LOGISTICS,air transport history
国际航空货物运输ppt课件

• 与发达国家相比,我国民航业还有很大的差距,以美
国为例,我国人口大约是美国的4.3倍,国土面积比美 国略多,而年人均乘机次数仅约为美国的1/17,年航 空客、货周转量分别约为美国的1/5和1/4。
二、航空运输的特点:
• • • • • •
运送速度快 不受地面条件影响,能深入内陆地区 安全性高、准确性好 节约包装、保险、利息等费用 运费高,不适合大件、大批量或低值货物 容易受恶劣气候影响
• 2010 年 完成 货 邮吞吐量 1,129.0 万 吨,比上年增长
19.4% 。其中,国内航线完成 721.9 万吨,比上年增 长 15.5% ; 国 际 航 线 完 成 407.1 万 吨 , 比 上 年 增 长 27%。北京、上海和广州三大城市机场货邮吞吐量占 全部机场货邮吞吐量的56.7%。
世界民航运输业发展迅速,在交通运输中发挥着日益重要的
作用。 1978—2008年间,国际民航组织成员国完成运输总周转量பைடு நூலகம் 1133亿吨公里增长到5610亿吨公里,年均增长5.5%,是世 界经济增长率的1.6倍。其中,美国一直独占鳌头,其运输 总周转量曾占世界40%以上,目前约占30%。 民用航空推动现代国际贸易,航空运输促进了经济全球化。 • 2006年全球国际贸易货物价值中的35%是通过航空运输方 式实现的。 • 1965年美国还只有7%的对外贸易货物价值通过航空运输实 现,这一比例到2001年已经上升为40%。 • 20世纪的最后20年中,全球航空货运以每年7%的速度增长, 而世界经济的增长率为3.2%。
国际航空货物运输
第一节 国际航空运输概述
航空运输(Air Transport),是指使用飞机或其他飞行 器进行货物运输的运输方式。 一、民用航空货物运输业的发展 世界航空运输的发展起步较晚,在20世纪初才开始的。 世界上第一架飞机是在1903年由美国人莱特兄弟发明创 造的。1909年,法国最先创办了商业航空运输,随后德、 英、美等国也相继开办。航空运输作为一种国际贸易货 物运输方式,则是在第二次世界大战以后才开始出现 的,但发展十分迅速,国际航空货运是世界上增长最快 的行业之一;在整个国际贸易运输中所占的地位日益显 著,航空货物运输量亦在逐步增大。 贸易商品结构的变化(高价值、小体积、轻重量的信息 产品所占的比例越来越大),商品行情瞬息万变对商品 运送速度要求越来越高。
物流专业英语课后习题答案

Exercises 1Part II Vocabulary exercises1. B2. C3. D4.B5. D6. B7. A8. C9. C 10. BII Fill in the blanks with words or phrases from the list below:1.“Logistics” is a term, which originates from both the army and French. According tothe French, the Baron of Jomini, who of Swiss origin who had served in Napoleon’sarmy before joining the Russians and who later founded the Military Academy of St.Petersburg, first used the term in the early 19th century. So in a military sense, theterm ‘logistics’ encompasses transport organization, army replenishments andmaterial maintenance.2.Logistics deals with satisfying the customer. This implies that management must firstunderstand what those requirements are before a logistics strategy can be developedand implemented to meet them. As will be discussed in more detail later, customerservice is the most important output of an organization’s logistics system. This focuson customer satisfaction will be emphasized through the text just as it should be inthe firm.Part III Vocabulary exercises1. B2. D3. A4.C5. D6.D7.A8.A9.C 10. AII Fill in the blanks with words or phrases from the list below:1.Transportation refers to the physical movement of goods from a point of origin to apoint of consumption and can involve raw materials being brought into theproduction process and/or finished goods being shipped out to the customer.2.Since these inputs can have a direct impact on both the cost and quality of the finalproduct/service offered to the consumer, this activity is vital to the overall success ofthe logistics effort. In addition, the move away from local sourcing in favor of globalbuying has complicated this entire process dramatically in recent years.Part IIII Vocabulary exercises1. D2.C3.B4.D5. A6. C7. D8. D9. B 10. CII Fill in the blanks with words or phrases from the list below:1.Cost has a relation to service. They go hand in hand. As you define your serviceagainst your costs or costs against service, the give and take develops into youroperating costs and budgets. Then you have to make sure that the cost can bemanaged. Otherwise costs can go out of control, or seem to.2.Logistics is a process, which runs from the vendor's door through to the customer's. Itinteracts with almost every group within the company and with many companiesoutside the company, including its customers. Effective logistics revolves around fivekey issues--movement of product, movement of information, time/service, cost andintegration. Each of this is critical to the success of logistics and to creatingvalue-added to the company and improving competitiveness.Exercises 2Part II Vocabulary exercises1. A2. B3. B4.B5.A6. B7. B8.B9. A 10. A 11. B 12. B 13. B 14. B 15.DPart III Vocabulary exercises1. A2.C3.A4. D5.A6. D7.B8. B9. D 10. B II Structure1. C2. C3.C4.D5.CPart IIII Vocabulary exercises1.A2. B3. C4. A5. A6.C7.A8. CII Structure1.C2. C3. C4. A5. BExercisesPart II. Click on the word or phrase that fits the sentence:. The Public sector ______an important role in transport, through the construction, ownership and control of roads, railroads and in most countries.(A) do (B) get (C) play (D) plays2. This does not only relate to the handling techniques, _______to the equipment itself.(A) and (B) which (C) but also (D) too3. A ship may be moved from one trade or route to another, _______a port cannot be moved.(A) that (B) which (C) while (D) why4. The high cost of provision, longevity and scale economies associated _______the fixed componentscreate tendencies towards monopoly control, while the ease of entry, flexibility and lack of scale effetstend to stimulate competition in the mobile sector.(A) on (B) in (C) to (D) with5. Public authorities are most often responsible (1) planning, construction and maintenance of the fixed elements of transport, the infrastructure. It is assumed that their main (2) is to secure the international trade to and from a region or a country. But the investments they are willing to undertake must in most cases be demonstrated to have a viable economic basis through projections of cargo flows and (3) national gains. The careful planning and (4) of road and port projects are examples of this. The shipowners, as the suppliers of ships, will have similar interests in evaluating the cargo flow to and from a specific area. But as they operate internationally and their ships most likely serve other regions or countries, at least in liner operations, their considerations will have a wider scope within some profit motive. They may not be willing to add capacity to a service to cater for local needs.(1) (A) on (B) in (C) to (D) for(2) (A) objective (B) object (C) objectively (D) objecting(3) (A) result (B) resulting (C) results (D) resulted(4) (A) evaluation (B) improvement (C) development (D) increaseII. Fill in the blanks with words or phrases from the list below:1. mobile, relate, infrastructure,influenced, link, consists,(1) The _____elements are also generally cheap.(2) This does not only ______to the cargo handling techniques, but also to the equipment itself.(3) It is the features of the fixed and mobile components of transport that have _______the present institutional arrangements in the industry.(4) A particularly important ________ between transport and development is in international interaction.(5) A transport system _______of inland transport, ports and ocean going vessels.(6) The importance of building up a transport that involves considerable cost has madethis a widely accepted public task.Part IIExercises:I. Click on the word or phrase that fits the sentence:1. The capability to efficiently transport large tonnage over long distance is the main reason _____ continue to handle significant inter-city tonnage and revenue.(A) motor carrier (B) water transport (C) railroads (D) pipelines2. _______is the oldest mode of transportation(A) Motor carrier (B) Water transport (C) Railroads (D) Air transport3. _____ can not be transported by pipelines.(A) gas (B) general cargo (C) liquid (D) slurry4. One ______aspect of air transport is the high cost.(A) prohibitive (B) limited (C) obstacle (D) advantage5. There has been an increasing _ (1)__ on these vehicles both in developed and in developing country. The construction of motorway and trunk road network, the concentration of manufacture into bigger production units and the general trend towards containerization have supported and (2) to this trend. Road transport shares the road or highway (3) other user. The (4) of roads are normally financed either through direct taxes (toll roads), by petrol or other indirect taxes or by combination.(1) (A) to rely (B) rely (C) relied (D) reliance(2) (A) lead (B) led (C) leading (D) to lead(3) (A) with (B) on (C) and (D) in(4) (A) build (B) building (C) manufacture (D) constructII. Fill in the blanks with words or phrases from the list below:. unique, complementary, extremely, ranks, shifted, reduced,(1). The basic nature of a pipeline is ______in comparison to all other modes of transport.(2) Water transport _______ between rail and motor carrier in respect to fixed cost.(3) The replacement of steam by diesel power ______ the railroads’ variable cost per ton-mile.(4) In many situations road and rail transport may be seen as ______ rather than a competitor.(5) Port and freight station are places where goods are _____from one mode of transport to another.(6) The main advantage of water transportation is the capacity to move large shipments.Part IIIExercises:I. Click on the word or phrase that fits the sentence:1. According to the passage, transport economics is influenced by _______factors.(A) five (B) six (C) seven (D) eight2. ______ is a major influence on transportation cost since it directly contribute to variable cost, such as labor, fuel and maintenance.(A) Product density (B) Stowability (C) Market (D) Distance3. Items with standard rectangular shapes are much easier to stow ______odd-shaped items(A) with (B) than (C) to (D) at4. The bill of lading serves as a receipt and documents commodities and quantities ______.(A) ship (B) shipped (C) shipping(D) to ship5. The multi-modal transport operator (MTO) acts (1) the principal for the performance of the multi-modal transport contract and, in (2) capacity undertakes to contract and provide for the different modes of transport and other services required for expeditious, efficient and safe transport of goods from the place where he takes the goods in charge to the place where he deliver the goods (3) the contract. In the execution of the contract he has necessarily to engage the services of several carriers such as shipowners, road operators, railways, airlines or inland water way operators in addition to non-carriers like terminal operators, warehouses, container freight stations, groupage or consolidation depots, container (4) organizations or freight forwarders.(1) (A) on (B) as (C) to (D) at(2) (A) which (B) what (C) that (D) where(3) (A) according to (B) due to (C) because (D) in addition to(4) (A) lending (B) borrowing (C) owning (D) leasingII. Fill in the blanks with words or phrases from the list below:Applied , decreases, arrange, delivery, lists, required(1) Special handling equipment may be for loading or unloading trucks, railcars, or ships.(2) Transportation cost per unit of weight ________as load volume increases.(3) The shipping manifest ______ individual stops or consignees when multiple shipments are placed on a single vehicle.(4) The primary task of forwarding is to ______ international transport of general cargo on behalf of others.(5) Export rates may reduce total cost if to domestic origin or destination line-haul transport.(6). In many situations the place of ______ of a cargo may not be known at the time of loading. A typical example is oil.Answers:Part I I.1.D 2.C 3.C 4.D 5.CBDC II. (1)mobile (2)relate (3)influenced (4)link (5)consists(6) infrastructurePart II I.1.C 2.B 3.B 4.B 5.DBAB II. (1)unique (2)ranks (3)reduced (4)complementary(5)shifted (6) extremelyPart III I.1.C 2.D 3.B 4.B 5.BAAC II.(1)required (2)decreases (3)lists (4)arrange (5)applied(6)deliveryChapter IV ExercisesPart II. Click on the word or phrase that fits the sentence:1.Contract warehousing, which is ______ from the public warehouse segment, provides benefitsof both the private and public alternative.(A)to evolve (B)evolving (C)develop(D)development2. A private warehouse is operated by the firm _______ the product.(A)owning (B)own (C) have (D) has3. Public warehouses frequently offer operating and management expertise ______ warehousing istheir core business.(A)because of (B)since (C)that(D) which4. There are contract warehouses capable of _______ total logistics responsibility for enterprises that desire only to manufacture and market.(A) assume (B) assuming (C) respond(D) responding5. The major benefits of private warehousing (1) control, flexibility, cost, and other (2) benefits. Private warehouses provide more control since the enterprise has absolute decision-making authority over all activities and priorities in the facility. This control (3) the ability to integrate warehouse operations with the (4) of the firm’s logistics.(1) (A) include (B) includes (C) include to (D) is to include to(2) (A) perception (B) intangible (C) tangible (D) advantage(3) (A) facilitates (B) available (C) have (D) provide(4) (A) other (B) that (C) rest (D) allII. Fill in the blanks with words or phrases from the list below:standardized, specialized, combines, substantial, results, application,(1) Public warehouse operators generally offer relatively _______ service to all clients(2) A warehouse requires _______ material-handling activities.(3) Firms with very _______ customers or products are often motivated to develop their own warehouse facilities.(4) Contract warehousing _______ the best characteristics of both private and public operations.(5) This ______ in high-volume operations that can spread fixed costs and justify more efficient handling equipment.(6) ABC analysis is an inventory _______ of what is known as the Pareto Principle.Part 2Practice:I. Click on the word or phrase that fits the sentence:1 _____are utilized in the combination with four-wheel trailers on a continuous power basis.(A) Forklift truck (B) Towlines (C) Conveyors(D) Carousels2. A pallet or slip sheet forms a platform upon _____ master cartons are stacked.(A) that (B) which (C) where (D) why3. It is not as economical _______ the towline because it requires greater labor participation and is often idle.(A) on (B) at (C) such (D) as4. Typical application _____ selection of individual packages in pack-and repack and service parts operation.(A) involve (B) involving (C) involves (D) to involve5. The holding of the inventory is risk with because of the capital's investment and the potential for _(1)__. First, investment for inventory cannot be used _(2)__ other goods or assets that could improve the enterprise performance. Alternatively, funds supporting inventory investment must be borrowed, (3) the firm' s interest expense. A second form of risk is the possibility that the product will be pilfered or become obsolete. These factors and the relative magnitude of assets that are inventory-related contribute substantially to the risk of most enterprises. It is important to understand that the nature and extent of risk vary (4) on an enterprise' s position in the distribution cha nnel.(1) (A) lack (B) over time (C) obsolescence (D) broken(2) (A) to obtain (B) get (C) have (D) obtain(3) (A) rising (B) raising (C) increasing (D) developing(4) (A) depend (B) to depend (C) depends (D) dependingII. Fill in the blanks with words or phrases from the list below:advancements, indicates, merchandise, automated, installation, development(1) Forklift trucks are most effectively utilized in shipping and receiving, and to place _______ in high cube storage.(2) Considerable ________ have been made in automated-guided vehicle system.(3) A series of lights or a “light tree” in front of each pick location _______ the number if items to pick from each location.(4) A number of _______ decoupling devices have been perfected that route trailers from the main line to selected shipping docks.(5) In-floor _______ is costly to modify and difficult to maintain from a housekeeping viewpoint.(6) An exciting and revolutionary technological ______ for managing a firm’s operation is the Internet.Part IIIExercises:I. Click on the word or phrase that fits the sentence:1. _____ we may think of service as not having inventory , that is not the case.(A) since (B) but (C) although (D) so2. Finished goods inventory is completed awaiting shipment.(A) cargo (B) goods (C) product (D) things3. _____ inventory is the minimum inventory necessary to keep a perfect system running.(A) WIP (B) MROs (C) ABC analysis (D) JIT4. It is not realistic to monitor inexpensive items with the same intensity _______ very expensive items.(A) with (B) so (C) as (D) to5. E-commerce is revolutionizing the way operations managers achieve (1) efficiencies. Economical collaboration can (2) decision-making and reduce costs. Cost reduction can occur in transaction (3) , purchasing efficiencies, inventory reduction, scheduling, and logistics. Stragglers won’t just be left behind---they will be eliminated. Operations personnel (4) use e-commence to their advantage will overpower their rival.(1) (A) bigger (B) greater (C) less (D) smaller(2) (A) improve (B) rise (C) lift (D) increase(3) (A) working (B) making (C) processing (D) doing(4) (A) that (B) who (C) which (D) whereII. Fill in the blanks with words or phrases from the list below:common, technologies, lack, consideration, benefits, generated,(1) Scale economies refer to the ability to reduce material-handling and storage cost through application of advanced _______.(2) The most ______ value-added service relate to packaging.(3) Operation of early warehouse illustrated the ______ of concern with material-handling principles.(4) Service ________ gained through warehouses in a logistical system may or may not reduce costs.(5) Supply requests are ______ as a pick list at the inventory center.(6) Management of service inventory deserves some special ________Answers:Part I: I.1.B 2.A 3.B 4.B 5.ABAC II. (1)standardized (2)substantial (3)specialized(4)combines(5)results (6)applicationPart II: I.1.B 2.B 3.D 4.C 5.CABD II.(1)merchandise (2)advancement (3)indicates(4)automated(5)installation (6)developmentPart III: I.1.C 2.C 3.D 4.C 5.BACA II.(1)technologies (2)common (3)lack (4)consideration(5)generated (6)benefitsExercisesPart II. Click on the word or phrase that fits the sentence:1.Prior (1) the 1980s, a significant portion of the information flows between functional areas (2) an organization and between logistics organization were paper-based.(1) (A) in (B) at (C) to√( D) on(2) (A) within√(B) with (C) in (D) to2.However, firms that are embarking logistics management initiatives now recognize the vital importance of information and the technologies that make this information available.(A)on (B)upon√(C)in (D)at3.Through a of agreements with giant retail customer ,P&G has made a major commitment to the development of dedicated customer teams to handle these major accounts.(A)lot (B)number (C)serious (D)series√4.Continuing through the supply chain, P&G orders to its supplier, 3M, indicated the mostof all.(A)Alternation (B)variability√(C)change (D)difference5.Several interorganizatonal come into play when addressing information sharing across the logistics.(A)Dynamics√(B)initiative (C)purpose (D)determinantII. Put the words or phrases in the box under the correct headings.III.. Fill in the blanks with words or phrases from the list below:1.phenomenon, impacts, access, objective, distorted,facilitate(1) Four causes of this .phenomenon,were identified.(2) In fact, distorted information from one end of logistics to the other can lead to tremendous inefficiencies.(3) A primary objective of these teams is to facilitate the sharing of information between the firms.(4) This consolidation impacts the entire supply chain.(5) Fewer and fewer firms control access to customer trading areas.2. capabilities, demonstrate, impeded, deliberate, approach, technique(1) Just-in-time, or JIT, is a philosophy as much as it is a technique.(2) The conventional approach to meeting customer requirements is based upon some form of statistical inventory control.(3) This approach also impeded efforts to develop and capitalize on successful interorganizational ventures.(4) The Wal-Mart and P&G experience demonstrate how information sharing can be utilized for mutual advantage.(5) However , only as the variety of available information technologies and capabilities began to emerge.3.transactions, unreliable, accurate, crucial, resources, bullwhip, executives(1) Timely and accurate information is more critical now than at any time in the history of American business.(2) Information is a crucial factor in the manager’s abilities to reduce inventory and human resources requirements to a competitive level..(3) Distorted information throughout the logistics is a common result from what logistics executives at P&G and other organizations have termed the bullwhip effect.(4) These paper-based transactions and communications were slow, unreliable and error prone.Part III. Match the meanings to their actual explanation1.order cycle time ( )2.order status information( )3.background information( )4.IOIS ( )5.documentation quality ( )6.business systems planning ( )A . Interorganizational Information SystemB. Time from customer order to delivery. Standards should be defined against customer’s stated requirements.C. Procedures or hot line for informing customers of potential problems on stock availability or delivery.D. Identification of problems and decisions associated with an organizational process and determines what information is needed to address them.E. The error rate on invoices, delivery notes and other customer communications, and also the documentation “user friendly” is necessary.F. Information required by decision makers in the member organizations to effectively andefficiently perform their roles within the logistics.II. Click on the word or phrase that fits the sentence:1.The participants indicated that current approaches used to share information internally, and with suppliers and customers, are in themselves to improving cycle-time performance..A. detestB. detachC. detersiveD. deterrents√2.Clearly, the main point of for improving cycle-time performance across the supply chain was “informating”.A. leverage √B. letupC. liableD. legal3.A (1) theme in the cycle-time problems discussed by the participating organizations was a critical (2) of information.(1)A. recurrence B. recurring √ C. repeated D. recycle(2)A. lacking B. wanting C. lack √ D. shortage4.To the information process, the research team decided to explore the development of an IOIS.A. facilitate √B. pushC. implementD. enhance5.This is not valid.A. assuranceB. supposeC. assumption √D. assuringIII. Read this articles about the logistics information system. Are this statements true(T) or false(F)?Increasingly, it seems that successful companies have one thing in common—their use of information and information technology (IT) to achieve quick response. Information systems are re-shaping the organization and also the nature of the linkages between organizations. Information has always been central to the efficient management of logistics but now, enabled by technology, it is providing the driving force for competitive logistics strategy.We are now starting to see the emergence of integrated logistics system that link the operations of the business, such as production and distribution, with the supplier’s operations on the one hand and the customer on the other. These systems are often referred to generically as Enterprise Planning Systems or Enterprise Resource Planning (ERP). Already it is the case that companies can literally link the replenishment of product in the marketplace with their upstream operations and those of their suppliers through the use of shared information. The use of these systems has the potential to convert supply chains into demand chains in the sense that the system can now respond to known demand rather than having to anticipate that demand through a forecast.1. Because of the good linkages between organizations, a logistics enterprise can response quickly.( )2.The efficient management of logistics mainly depends on the IT system.( )3.Production scheduling is the driving force of the competitive logistics strategy. ( )4. Production and distribution are the emergence of integrated logistics system. ( )5. The use of shared information enable the logistics company to convert supply chains intodemand chains. ( )6.Responding to known demand will be more efficient than having to anticipate that demand through a forecast. ( )Part IIII. Click on the word or phrase that fits the sentence:1. Today , a laptop computer weighing 5 pounds exceeds all of the power of an old mainframe by several order s of .A. capacityB. magnitude √C. volumeD. content3. The of new telecommunications and computer technology has also made real-time, on-line communications throughout the entire logistics a reality.A. increaseB. inflationC. raiseD. proliferation√4.One of the major of traditional logistics is the lack ofplanning between logistics partners.A. weakness √B. defectC. faultD. fallingA. collaborationB. collaborative √C. collaborationismD. corporation5.Many organizations are some form of IOIS.A. accomplishB.implementing √C. enforceD. complete6.What makes these systems so important is the caused by inaccurate forecasts.A. instability √B. wavyC. volatilityD. unsteadinessII. Match the meanings to their actual explanation1.Global inventory management2.Intercompany information access3.Total logistics management4.Global sourcing5.Data capture6.Data interchangeA. consolidation of the purchasing function across organizational lines, facilitating leverage and component standardization across business units.B. integrating all transportation ordering and manufacturing system.C. ability to locate and track the movement of every item.D. between affiliates and nonaffiliated through standard telecommunications channels.E. ability to acquire data about an order at the point of origin, and to track products during movement and as their characteristics change.F. clarity of production and demand information residing in organizations both upstream and downstream throughout the value chain.III. Complete the missing information of the following form of the “Functions of a logistics informati on system” with the given phrases.D. system performanceE. internal dataF. customer order statusG. production schedulingH. inventory availabilityI. carrier performancePart IVI. Click on the word or phrase that fits the sentence:1.How to best value from information technology resources is a major challenge facing both business and IT manager.A. wringB. distortionsC. extractD. extort√2.The development of software applications to logistics management is currently a hotbed of activity, promising continued growth into the future.A. relevantB. applicableC. significantD. pertinent√3. This software provides an end-to-end enterprise resource planning solution .incorporating the most advanced supply chain planning available.A. capabilities √B. abilitiesC. fitnessD. competency4. EDI improves productivity through faster information transmission as well as reduced information entry .A. reduplicateB. redundantC. redundancy √D. redundantly5.The great advantage of this approach was that it made the internet virtually .A. undeservedB. indestructible √C. indistinctD. indestructiveII. Fill in the blanks with words or phrases from the list below:1.profitable, potential , maintenance, utilized, tremendouslyA.EDI is also tremendously beneficial in counteracting the bullwhip effect described earlier in this chapter.B. The Internet offers tremendous potential for logistics members to share information in a timely and cost-effective manner.C.GE is now the most profitable U.S. company from the electronic commerce.D. Electronic commerce i s the term used to describe the wide range of tools and techniques utilized to conduct business in paperless environment.E. In the development and maintenance of the logistics’ information systems, both hardware and software must be addressed.2. significant, meld, numerous, exaggerations, replenishment1.GE will also release software to meld traditional EDI with the Internet,2.Electronic commerce is having a significant effect on how organizations conduct business.3.The benefit of EDI are numerous .4.They have implemented EDI to support their continuous replenishment program with many of their customers.5.Through the use of EDI, logistics partners can overcome the distortions and exaggerations in supply and demand information.3.scanning, legacy, maintained, coupon, sponsoredanizations adopt distributed computing architectures while they leverage their isolated legacy systems.2.In most cases, a data warehouse is a consolidated database maintained separately from an organization’s produc tion system database.3.Separate production systems may track sales and coupon mailings.4.The Internet was an initiative sponsored by the U.S> Department of Defense.5.Bar coding and electronic scanning are identification technologies that facilitate information collection and exchange.。
《物流英语》第1阶段在线作业

一、单项选择题答题要求 :每题只有一个正确的选项。
1(5.0 分)0Because dead inventory increases inventory carrying cost, red uces inventory turnover and takes up space in warehousing f acility, companies should __________the size of dead inventory. A) reduce B) increase C) maximize D) minimize 参考答案: D收起解析 解析:无2(5.0 分)0Break-bulk cargo refers to general cargo that has been ______ ________in some ways with the use of bags, boxes or drums. A) weight B) packaged C) seal D) not packaged 参考答案: B收起解析 解析:无3(5.0 分)0Transportation refer to the physical movement of goods from point of _______to point of__________. A) start end B) market manufacture C) origin consumption D) here there 参考答案: C收起解析解析:无4(5.0 分)0Bulk cargo refers to freight, both dry or liquid, that is________ _______, such as minerals (oil, coal, iron ore) and grains. A) weight B) packaged C) seal D) not packaged 参考答案: D收起解析 解析:无5(5.0 分)0Demand forecasting refers to efforts to estimate product dem and in a ______time period. A) long B) short C) future D) long-term 参考答案: C收起解析 解析:无6(5.0 分)0Warehousing can be defined as the part of logistics systems that store products (raw materials, parts, goods-in-process, fin ished goods…) at and between points of ______to points of___ _________. A) start end B) market manufacture C) origin consumption D) here there 参考答案: C收起解析 解析:无7(5.0 分)0The increase of transit time for these inventories would lead to an_________ in the size of the transit inventory. A) decrease B) need C) increase D) reduction 参考答案: C收起解析 解析:无8(5.0 分)0Distribution centers emphasize the ____________movement of pr oducts through a facility. A) slow B) rapid C) large D) short- distance 参考答案: B收起解析 解析:无9(5.0 分)0________________ is usually considered as the cleanest among al l transportation modes. A) road transport B) water transport C) rail transport D) air transport 参考答案: B收起解析 解析:无10(5.0 分)0Air transportation is perceived as ___________ compared to the charges of land and ocean freight . A) cheap B) fast C) expensive D) reliability 参考答案: C收起解析 解析:无二、判断题答题要求 :判断下列说法是否正确。
习题册参考答案-《物流英语(第二版)》-A25-9030

写在前面的话各位老师:您们好。
欢迎使用劳动版专业英语教材。
如果您在使用中发现问题,或者有任何建议和意见,可与我们联系:联系人:赵硕联系电话:64962011电子邮箱:zhaos@物流英语(第二版)参考答案Unit 1Lesson1Check and LearnA quantity place time condition priceDialogueA 1. KFC chain 2. suppliers 3. logisticsB 1. logistics2. regularly3. supplier4. operationReadingA 1-b 2-e 3-a 4-d 5-cC. 1. be made of 2. ship 3. uniqueLesson 2Check and LearnA 客户服务、运输、仓储、设施布局、库存管理、采购、物料搬运、包装、需求预测、废弃物处理、信息处理A 1. warehouse assistant 2. exported 3. clearanceReadingA 1-c 2-e 3-d 4-a 5-bB customer service / transportation / warehousing / facility location / inventory management / procurement / material handling / packaging / demand forecasting / waste disposal / information processingLesson 3Check and LearnA a-3 b-6 c-4 d-1 e-2 f-5B 1. developed 2. reduce 3. leading 4. step by stepDialogueA 1. FedEx Express 2. air 3. processesB 1. fifteen2. one hundred and sixty-eight3. six thousand, five hundred and twenty4. twelve thousand, five hundred5. one hundred and fifty-seven thousand6. two million, three hundred thousand, seven hundred and eighty7. ten million8. eight point fiveReadingA sustainable globalization efficiency goalB 1- c 2- d 3- b 4- aLesson 4Check and LearnA 运输专员/ 仓库助理/ 订单处理专员/ 采购专员/ 客户代表/ 客户服务专员A 1. 安全库存2. 人体其实是一台精密的机器。
物流英语单词翻译(英翻中)

将物流英语词语译成汉语1、logistics operation (物流作业)2、bar code (条码)3、combined transport (联合运输)4、order picking (指令拣选)5、packing of nominated brand (定牌包装)6、safety stock (安全库存)7、international multimodal transport (国际多式联运)8、joint distribution (共同配送)9、delivery terms (交货/交付条件)10、shipping by chartering (租船运输)11、customs broker (报关行)12、force majeure (不可抗力)13、automatic warehouse (自动化仓库)14、supply logistics (供应物流)15、pallet (托盘)将物流英语词语译成汉语1、logistics technology (物流技术)2、supply chain (供应链)3、transfer transport (中转运输)4、goods collection (集货)5、sales package (销售包装)6、article reserves (物品储存)7、international through railways transport (国际铁路运输)8、palletizing (托盘包装)9、delivery date (交货期)10、liner transport (班轮运输)11、tally (理货)12、transportation documents (运输单证)13、bonded warehouse (保税仓库)14、internal logistics (企业物流)15、goods yard (货场)将物流英语词语译成汉语1、logistics activity (物流活动)2、door-to-door (门到门)3、through transport (直达运输)4、sorting (分拣)5、neutral packing (中性包装)6、cycle stock (经常库存)7、land bridge transport (大陆桥运输)8、distribution center (配送中心)9、delivery time (递送时间)10、shipping agency (船务代理)11、customs declaration (报关)12、free of duty (免税)13、virtual warehouse (虚拟仓库)14、returned logistics (回收物流)15、fork lift truck (叉车)将物流英语词语译成汉语1、ABC classification (ABC分类管理)2、automatic sprinkler system (自动喷淋系统)3、chill space (冷藏区)4、computer integration manufacturing system (计算机集成制造系统)5、distribution assortment (配送分类)6、EAN International (国际物品编码协会)7、environment logistics (绿色物流)8、fright of all kinds (包干价)9、global manufacturing (全球制造)10、handling/carrying (搬运)11、industrial packing (工业包装)12、insurance premium (保险费)13、non-vessel operating common carrier (无船公共承运人)14、spot stock (现场储备)15、warehouse functionality (仓库功能)将物流英语词语译成汉语1、all risks (一切险)2、box car (箱式车)3、commodity inspection (进出口商品检验)4、containerized transport (集装运输)5、core business (核心业务)6、drop and pull transport (甩挂运输)7、EDI billing (电子提单/运单制作)8、export supervised warehouse (出口监管仓库)9、first-in, first-out operation (先进先出作业)10、freight forwarder (货运代理)11、gantry crane (龙门起重吊)12、goods shelf (货架)13、hazardous goods (危险品)14、inland container depot (公路集装箱中转站)15、warehouse-to-warehouse cover (仓至仓保险条件)将物流英语词语译成汉语1、alternative tiers row pattern (交错码放)2、bill of lading (提单)3、Currency Adjustment Factor(CAF)(货币贬值附加费)4、certificate of origin (原产地证明)5、complete sets of factory equipment (成套设备)6、contract logistics (合同物流)7、decision-making (决策)8、declare at the Customs (报关)9、dispatch note (发运单)10、efficient replenishment (快速补充)11、field warehousing (场地储存)12、functional aggregation (功能整合)13、integrated supply chain management (集成供应链管理)14、in-transit mixing (转运中组合)15、logistics value-added process (物流增值过程)将物流英语词语译成汉语1、aborted journey (车辆空驶、车船空驶)2、“after-the-fact” customs clearance (事后报关)3、average (海损)4、block row pattern (整齐码放)5、cargo arrival notice (到货通知)6、container bridge hoist (集装箱装卸桥)7、core competency (核心能力)8、cost-to-service trade-off (成本对服务的利益互换)9、distribution (配送、分拨)10、E-Procurement (电子采购)11、humidity controlled space (控湿储存区)12、inventory control (库存控制)13、live cargo tracing (实时货物跟踪)14、market forecasting (市场预测)15、one-stop service (一站式服务)将物流英语词语译成汉语1、be tailor made (定制)2、cash flow (现金流)3、consolidation cargo (拼箱货,集中托运货物)4、cross-functional (跨功能的)5、cutting edge technology (顶尖技术)6、data base management system (数据库管理系统)7、Declaration Form for Expert Cargo (出口货物报关单)8、dock receipt (场站收据)9、E Fulfillment Center ( eFC) (电子化运作仓库)10、external logistics (社会物流)11、enduser (最终用户)12、e-tailing (电子零售)13、free from particular average (FPA) (平安险)14、shipping order (s/o) (装货单)15、shipment-tracking technology (货物跟踪技术)将物流英语词语译成汉语1、work-in-process inventory (在制品,在制品库存)2、vehicle routing (路线选择)3、transfer price (调拨价格)4、value added logistics service (增值物流服务)5、tangible loss (有形消耗)6、strategic positioning (战略定位)7、stock-keeping unit (SKU) (货格)8、simultaneous engineering (同步工程)9、receiving space (收货区)10、production logistics (生产物流)11、pipeline transportation (管道运输)12、physical distribution (实物配送)13、outsourcing (业务外包)14、packing list (装箱单)15、master production schedule (主生产计划)将物流英语词语译成汉语1、manifest (舱单)2、logistics cost control (物流成本管理)3、logistics alliance (物流联盟)4、loading and unloading (装卸)5、lead time (前置期、提前期)6、just-in-time logistics (准时制物流)7、inventory deployment (库存部署)8、intangible loss (无形消耗)9、insurance policy (保险单)10、in bulk (散装)11、Demand-Oriented Capabilities (DOC) (以客户需求为向导的能力)12、air transport (航空运输)13、market forecasting (市场预测)14、aggregate inventory control (库存总量控制)15、after-sale service (售后服务)将物流英语词语译成汉语1、logistics operation 物流作业2、logistics modulus 物流模数3、logistics cost 物流成本4、logistics management物流管理5、logistics center物流中心6、logistics network、物流网络7、logistics information物流信息8、logistics documents物流单证9、distribution logistics销售物流10、military logistics军事物流11、customized logistics定制物流12、international logistics国际物流13、transportation运输14、combined transport联合运输15、containerized transport集装运输16、storing储存17、storage保管18、order cycle time订货处理周期19、goods stack货垛20、stacking堆码21、handing/carrying搬运22、inventory cycle time库存周期23、package/packaging包装24、transport package运输包装25、containerization集装化26、cross docking直接换装27、assembly组配28、distribution processing流通加工29、cargo under customs’ supervision海关监管仓库31、storehouse库房32、cold chain冷链33、freeze space冷冻区34、temperature controlled space温度可控区35、shipping space发货区36、goods shed料棚37、shipping agency船务代理38、container terminal集装箱码头39、international freight forwarding agent国际货运代理40、international transportation cargo insurance国际货物运输保险41、commodity inspection进出口商品检验42、logistics strategy物流战略43、goods yard货场44、conveyor输送机45、specific cargo container特种货物集装箱46、full container ship全集装箱船47、railway container yard铁路集装箱场48、ogistics strategy management物流战略管理49、warehouse management仓库管理50、warehouse layout仓库布局51、zero-inventory technology零库存技术。
海运术语

abbreviations0-93G3rd Generation Networks3PL3rd Party Logistics4PL4th Party Logistics4SC4-High Straddle Carrier5-S Seiri, Seiton, Seiso, Seiketsu, ShitsukeAABC ABC ClassificationAGVs Automated Guided VehiclesAI Artificial IntelligenceAMPS Administrative Monetary Penalty SystemAMS Automated Manifest SystemANERA Asia North America Eastbound Rate Agreement A.P.All purposesAPEC Asia-Pacific Economic CooperationAPI Application Programming InterfaceASME American Society of Mechanical Engineers ASN Advanced Shipping NoticeASP Active Sever PageAS/RS Automated Storage and Retrieval Systema.t.s.All time savedAWB Air WaybillBB2B Business to BusinessB2C Business to CustomerBAF Bunker Adjustment FactorB/B Break BulkBCC Blind Carbon CopyBCO Beneficial Cargo OwnerBIMCO The Baltic and International Maritime Council B/L Bill of LadingBPO Business Process OutsourcingBSC Balanced ScorecardBSP British Standard Pipe TreadCCAF Currency Adjustment FactorCBM Cubic MetreCBO Community Based OrganizationCC Carbon CopyCCR Commodity Classification RatesCDMA Code Division Multiple AddressCEP Courier, Express, ParcelCEPA Closer Economic Partnership Arrangement C&F Cost and FreightCF Collapsible Flat RackCFM Cubic Feet per MinuteCFR Cost and FreightCFS Container Freight StationCGI Common Gateway InterfaceCIF Cost, Insurance and FreightCILT The Chartered Institute of Logistics andTransportCIM The Chartered Institute of MarketingCIP Carriage and Insurance Paid ToCIS Commonwealth of Independent States CKD Completely Knocked DownCLM The Council of Logistics ManagementCLP Container Load PlanCNOOC China National Offshore Oil Corp.C/O Certificate of OriginCOA Contract of AffreightmentC.O.C.Carrier's Own ContainerC.O.D.Cash On DeliveryCOFC Container-on-flatcarCOGS Cost of Goods SoldCon-Ro Container-Roll ShipCOP Custom of the PortCOSCO China Ocean Shipping CompanyCOSL China Oilfield Services LimitedC/P Charter PartyCPFR Collaborative Planning Forecasting andReplenishmentCPT Carriage Paid ToCQD Customary Quick DispatchCRM Customer Relationship ManagementCRP Continuous Replenishment ProgramCSC International Convention for Safe ContainerCSF Critical Success FactorCSI Container Securtiy IntiativeCSP Commerce Service ProvidersCY Container YardDD/A Document Against Acceptance DAF Delivered at FrontierDC Distribution CentreD1/2D Demurrage Half DispatchDDC Destination Delivery ChargeDDF Documentation Fee – Destination DDP Delivered Duty PaidDDU Delivered Duty UnpaidDEQ Delivered Ex-QuayDES Delivered Ex-Shipd.f.Dead FreightDFZ Duty Free ZoneD.G.Dangerous GoodsDHC Handling Charge – Destination DNS Domain Name SystemD/O Delivery OrderD.O.P Dropping Outward PilotDOS Disk Operating SystemD/P Document Against PaymentDPA Transport Arbitrary – Destination DPP Damage Protection PlanD/R Dock ReceiptDRP Distribution Resources Planning DWCT Deadweight Cargo TonnageDWT Deadweight Tonnage (All Told)EECR Efficient Customer Response ECSI Export Cargo Shipping Instruction EDI Electronic Data InterchangeEH&S Environment Health & SafetyEIR Equipment Interchange Receipt E.I.U.Even If UsedE.&O.E.Errors and Omissions Excepted EOQ Economic Order QuantityEPQ Economic Production Quantity ERM Enterprise Resources Management ERP Enterprise Resources Planning ETA Estimated Time of ArrivalETD Estimated Time of DepartureETR Estimated Time of ReadinessETS Estimated Time of SailingEXW Ex-WorksFFAF Fuel Adjustment FactorFAK Freight All KindsFAQ Frequently Asked QuestionFAS Free Alongside ShipFB/L FIATA Combined Transport Bill of Lading FBO Faith Based OrganisationFCA Free CarrierFCL Full Container LoadFCR Forwarder's Cargo ReceiptFEFC Far East Freight ConferenceFEU Forty Feet Equivalent UnitF.H.E.X.Fridays and holidays excludedF.I.Free InFIATA International Federation of Forwarding Agent AssociationsFIBC Flexible Intermediate Bulk ContainerFIFO First-in, First-outF.I.O.Free In and OutFIOST Free In, Out, Stowed & TrimmedFIS Fixed-Interval SystemFMC Federal Maritime CommissionFMCG Fast Moving Consumer GoodsF.O.Free OutFOA Fire Defence Agency (Japanese)FOB Free On BoardF.O.R.Free On RailF.O.T.Free On TruckF.P.A.Free of Paticular AverageFQS Fixed-Quantity SystemFR Flat Rack ContainerFRC Fuel Recovery ChargeFSDC Full-Service Distribution CompanyFT Freight TonFTP File Transfer ProtocolFTZ Free Trade ZonesGGATT General Agreement on Tariffs and Trade GCC Gas Carrier CodeGCR General Cargo RatesGDP Gross Domestic ProductGIF Graphics Interchange FormatGMDSS Global Maritime Distree and Safety System GP General Purpose ContainerGPRS General Packet Radio ServiceGPS Global Positioning SystemGRI General Rate IncreaseGRT Gross Registered TonnageGSA General Sales AgentGSC Global Supply ChainGSM Global System for Mobile CommunicationsGVW Gross Vehicle WeightsGWT Gross WeightHHAFFA Hong Kong Association of Freight Forwarding and Logistics Ltd.HAWB House Air WaybillH.F.O.Heavy Fuel OilH/H Half Height ContainerHKIM Hong Kong Institute of MarketingHSCodesHarmonized System of CodesHTML Hypertext Mark-up LanguageHTTP Hypertext Transfer ProtocolII.A.Im AuftragIADA Intra Asia Discussion AgreementIAF Inflation Adjustment FactorI.A.RatesIndependent Action RatesIATA International Air Transport AssociationIBC Intermediate Bulk ContainerICAO International Civil Aviation OrganizationICC International Chamber of CommerceICD Inland Container DepotICP Internet Content ProviderICT Information and Communications TechnologyIEEE the Institute of Electronic and Electrical EngineeringIICL Institute of International Container Lessors IMDG International Maritime Dangerous Goods Code IMF International Monetary FundIMO International Maritime OrganizationIncotermsInternational Commercial TermsIP Internet ProtocolIPI Interior Point IntermodalIPO Initial Public OfferingIRA Informal Rate AgreementISAPI Internet Server Application ProgrammingInterfaceISDN Integrated Server Digital NetworkISO International Standard OrganizationISP Internet Service ProviderISPS International Ship and Port Facility Security ITF International Transport Workers' Federation IWL Institute Warranty LimitsJJIT Just In TimeKKbps Kilobits per secondKPI Key Performance IndicatorKSF Key Success FactorK/T Kilo TonsLLAN Local Area NetworkingLASH Ligther Aboard ShipLAYCAN Laydays/Cancelling (Dates)L/C Letter of CreditLCL Less than a Container LoadL/G Letter of GuaranteeL.I.Liner InwardLIFO Liner In Free OutLILO Last-In, Last-OutL.I.O.Liner In and OutL/L Loading ListL.L.M.C Limitation of Liability for Maritime Claims LMX Leader-Member ExchangeLNG Liquefied Natural GasL.O.A.Lenght OverallLo-Lo Lift-on Lift-off ShipLPG Liquefied Petroleum GasLSD Landing, Storage and DeliveryLT Lead TimeLTL Less-Than-TruckloadMMAWB Master Air WaybillMB MegabyteMBO Management By ObjectiveMbps Millions of Bits Per SecondMIS Management Information SystemMLB Mainland BridgeMLO Main Line OperatorsMMS Multimedia Messaging ServicesM/N Marks and NumbersMNC Multinational Corporationmol.More or LessMOLCHMore or Less in Character's OptionOPMOLOO More or Less in Owner's OptionMPEG Motion Picture Experts GroupMPS Master Production ScheduleMQC Minimum Quantity CommitmentM/R Mate RateMRP Material Requirements PlanningMRP II Manufacturing Resource PlanningM/S Motor ShipMSDS Material Safety Data SheetMT Metric TonMTO Multimode Transport OperatorNN/A Not Applicable/Not AvailableNAFTA North America Free Trade AgreementNAP Network Access PointNCV No Customs ValuationNEC Not Elsewhere ClassifiedNGO Non-Governmental OrganizationN.O.E.Not Otherwise EnumeratedNOI Not Otherwise IndexedNOIBN Not Otherwise Indexed by NameNOR Notice of ReadinessN.O.S.Not Otherwise SpecifiedNPO Non Profit OrganizationNRT Net Registered TonnageNVD No Value DeclaredNVOCC Non Vessel Operating Common Carrier NWT Net WeightOOCP Overland Common PointOD Organization DevelopmentODC Odd Dimension CargoesODF Documentaion Free - OriginOECD Organization for Economic Cooperation and DevelopmentOEM Original Equipment ManufacturerO/H Over HeightOHC Handling Charge - OriginOJT On-the-Job TrainingOMC Occupational Market ConditionOPM Other People's MoneyORC Origin Receiving ChargeO/S Open Side ContainerOS&D Over, Short and DamagedOSHA Occupational Safety & Health ActOT Open Top ContainerO/T Over TimeOTROff-the-Road TyresTyresO/W Over WidthOWS Overweight SurchargePP2P Path to ProfitP2P Peer-to-PeerPAI Peformance Appraisal InterviewPAQ Position Analysis QuestionairePCD Pitch Circle DiameterPCS Port Congestion SurchargePDA Personal Digital AssistantPDF Portable Document FormatPDPR Per Day Pro RataPENAVIChina Ocean Shipping CompanyCOP.F.T.Per Freight TonP. & I.Protection and Indemnity Club (Association) ClubPKI Public Key InfrastructurePOD Port of DischargePOL Port of LoadingPOP Point of PresencePOS Point of SaleP.P.Per ProeurationemPPP Point-to-Point ProtocolPRD Pearl River DeltaPS Port SurchargePSS Peak Season SurchargePSTN Public Switched Telephone NetworkPTO Please Turn OverleafPWS Personal Web ServerQQDII Qualified Domestic Institutional Investors QFII Qualified Foreign Institutional InvestorsQR Quick ResponseRRAM Random Access MemoryREIT Real Estate Investment TrustRF Reefer ContainerRFID Radio Frequency IdentificationRFP Request for ProposalRFQ Request for QuotationRFRC Rail Fuel Recovery ChargeRMB RenminbiRMG Rail Mounted GantryROA Return on AssetsR.O.B.Remaining on BoardROI Return on InvestmentRo-Ro Roll-on Roll-off ShipRRS Rate Restoration SurchargeR/T Revenue TonsR.T.W.Round the World ServiceRVNX Released Value Not ExceedingSS.A.Safe GroundSAN Storage Area NetworkS.B.Safe BerthSBT Segregated Ballast TankS/C Service ContractSCM Supply Chain ManagementSCQ Special Commodity QuotationSCR Specific Commodity RatesS.D.Single Deck ShipSED Shipper's Export DeclarationSER Carrier Security ChargeSET Secure Electronic TransactionS.G.Specific GravitySHEX Saturday and Holidays Excluded SHINC Saturday and Holidays Included SIM.SUSimilar SubstituteB.SKU Stock Keeping UnitSLA Services Level AgreementSME Small and Medium-size Enterprises SMS Short Message ServicesSMTP Simple Mail Transport Protocol SNMP Simple Network Management Protocol S/O Shipping OrderS.O.C.Shipper's Own ContainerS.P.Safe PortSPC Statistical Process ControlSPIM Single Period Inventory ModelsSQL Structure Query LanguageSS Safety StockS/S SteamshipS.S.H.E. X.Saturdays, Sundays and Holidays ExcludedS.S.H.I.N.C.Saturdays, Sundays and Holidays Included SSL Secure Socket LayerS.T.C.Said To ContainSTCC Standard Transportation Commodity CodeTTACA Transatlantic Conference AgreementTBN To Be NominatedTCP Transmission Control ProtocolTDW Total DeadweightTEU Twenty-foot Equivalent UnitT.H.C.Terminal Handling ChargeTMS Transportation Management SystemTOFC Trailer-On-FlatcarTPC Tones Per CentimeterTPD Tones Per DayTPI Tones Per InchTQC Total Quality ControlTQM Total Quality ManagementT.R.S.Terminal Receiving StationTSA Transpacific Stabilization AgreementTSR Trans Siberian RailwayTT Telegraphic TransferTVC Time Volume ContractTWRA Transpacific Westbound Rate AgreementUUBC Universal Bulk CarrierUCP Uniform Customs and Practice for Documentary CreditsUHF Ultra High frequencyULCC Ultra Large Crude CarrierULD Unit Load DeviceUNCTAD United Nations Conference of Trade andDevelopmentURL Uniform Resource LocatorUU Unless UsedVVAN Value-Added NetworksV.A.T.Value Added TaxVHF Very High Frequencyly (Used in Tariffs to Specify Commodities VLCC Very Large Crude CarrierVMI Vendor Managed InventoryVOC Vessel Operating CarrierV.O.W.Vehicle On WheelVPN Virtual Private NetworkV.S.A.Vessel Sharing AgreementVSL VesselWWAP Wireless Appreciation ProtocolWCS Wireless Communications ServiceWDEX Warehouse Withdrawal for Transportation Immediate ExportationWDT Warehouse Withdrawal for TransportationWDT&E Warehouse WithdrawalforTransportationExportationW.E.F.With Effect FromW.I.B.O. N.Whether In Berth Or NotW.I.F.P.O.N.Whether In Free Pratique Or NotWI-FI Wireless FidelityWIP Work in ProcessW.I.P.O.N.Whether In Port Or NotW/M Weight or MeasurementWMS Warehouse Management SystemWPA With Paticular AverageW.P.Weather PermittingW.R.War RisksWTO World Trade OrganizationW.T.S.Working Time SavedW.W.Warehouse WarrantWWD Weather Working DaysW.W.R.C.D.Whe n Wh ere Ready on Completion of Discharge WWW World Wide WebXXML Extensible Mark-up LanguageYYAS Yen Appreciate Surcharge第三代網路第三方物流第四方物流集裝箱高跨車吊具常組織、常整頓、常清潔、常規範、常自律ABC分類化自動導引車人工智能行政罰款制度海關自動艙單系統亞洲北美東向運協會全部裝卸時間亞太經濟合作組織程式設定介面機械工程師美洲協會事前出貨通知單動態伺服端網員自動化存儲和修復系統操作節省的全部時間空運提單企業與企業之間的交易企業與客戶之間的交易燃油附加費散件雜貨密件抄送貨物擁有者權益波羅的海國際海運公會海運提單企業外判程序平衡記分卡英國標準的管子踩踏幣值附加費立方米社區性組織抄送等價貨物運價分發(部門)若干位址編碼-更緊密經貿關系的安排成本和運費折疊式板架集裝箱每分鐘的立方尺成本和運費集裝箱貨物集散站共同閘道介面成本和運費兼付保險費英國特許物流運輸學會英國特許市務學會兼付指定運費及保險費獨立國家聯合體全拆裝物流管理學會集裝箱/裝載計劃表中國海洋石油總公司產地來源證包運合同船東提供集裝箱交貨付現集裝箱輸送銷貨成本集裝箱/滾裝兩用船港口慣例中國遠洋運輸公司中海油田服務股份有限公司租船合同(租約)預報和補充合作計劃兼付指定運費習慣快速裝運客戶關係管理連續補充庫存計劃對安全容器的國際規定-商業服務提供商集裝箱堆場承兌交單貨交邊境配送中心速遣費為滯期費的一半目的地提貨費目的地文件費貨交入口國家連稅貨交入口國家倉庫貨交指定港口倉庫貨交指定港口船上虧艙費貨交指定港口倉庫危險品貨物目的地操作費網絡領域名字系統出貨單引航員下船時磁盤作業系統付款交單目的地運輸附加費集裝箱損壤保險場站收據分發資源計劃淨載重吨位總載重吨位(量)有效回應顧客的準則-電子資訊傳遞職業環境健康安全集裝箱設備交接單即使使用錯誤和遺漏不在此限經濟訂購量經濟生產批量企業資源管理企業資源計劃預定扺港時間預定離港時間預計準備就緒時間到戶取貨燃料附加費同一費率常見問題船邊交貨國際運輸商協會聯運提單宗教組織貨交貨運商人整箱集裝貨運承運人領貨單遠東歐州運費公會40英呎標準雜裝箱計算單位星期五和節假日除外船方負責裝船費用國際運輸商協-貨物先進倉和先出倉的安排船方不負擔裝卸費船方不負責裝船卸船理艙及平艙費用定期訂貨方式美國聯邦海事委員會快速銷售消費品船方不負責卸船費用防禦代辦處離岸價格火車上交貨貨車上交貨-定量訂貨方式平板集裝箱恢復燃料費全方位物流服務公司運費吨檔案傳輸協定自由貿易區關與貿易總協定-普通貨物運價國民生產總值圖形學交換版式-多用途集裝箱全球衛星定位系統全部費率調高注冊(容積)總吨總推廣代理全球供應鏈全球系統之機動通信-毛重香港貨運物流業協會有限公司代理空運提單重油半高集裝箱香港市務學會-超文本記號超文本傳送-亞洲集裝箱運輸研討協定通貨膨脹調整系數獨立等級價格國際航空運輸協會中型液體集裝箱國際民用航空組織國際商會?陸集裝箱聯網內容供應商資訊和通訊技術電子和電的工程學院國際集裝箱出租商學會國際危險的商品代碼-國際海事組織國際貿易術語國際網路議定書經美國西岸入內陸運輸首次上市集資項目非正式運價協定國際網路伺服器應用式設計介面數位式多功能公眾通信網路國際標準化組織網絡供應商國際船舶與港口保安設施規則國際運輸工人聯合會(倫敦保險人)協會保証航行範圍運送及時千分之一秒關鍵績效指標成功因素公噸本區域網絡集裝箱子母船-信用證併箱散貨保函入口航線運費不包括卸貨費貨物後進倉和後出倉的安排船方負責裝卸費,但不包碼頭費裝貨清單海事索賠任限制領導-成員交換理論液化天然氣全長吊裝船液化石油汽卸貨、倉儲和送貨費訂貨到交貨的時間散貨拼車空運提單百萬位元目標管理數百萬位分之一秒管理資訊系統大陸橋運輸模式遠洋船公司多型通訊聯繫服務嘜頭-增减承租人有增選擇權船東有增選擇權活動圖片小組專家總生產日程表最小數量承諾-材料需要計劃-輪船材料安全資料表公吨聯運商不適用/無資料北美自由貿易協定網路途徑點無聲明價值-非政府組織除非另有列名--船舶準備就緒通知書除非另有指定非營利組織注冊(容積)淨吨不要求聲明價值無船舶公共承運商-內陸公共交貨點組織發展特殊尺寸貨物來源地文件費-原產商超出正常高度來源地操作費在職培訓-籌集資金始發港付加費開邊集裝箱超, 欠及破損 (指收貨與提單不一致的三種情況) -開頂集裝箱加班時間-超出正常闊度超重附加費對得益的路徑同儕網路運算---港口擠塞附加費電子手賬便攜式文件版式-中國外輸代理公司(外代)每運費吨船東保賠協會公開鑰匙基礎卸貨港裝貨港存在的點--點對點的草案泛珠三角州港口附加費季節附加費公開轉換電話網路請閱後頁私人伺服器國內機構投資者赴海外投資資格認定制度國外機構投資者到內地投資資格認定制度快速反應隨機途徑記憶(存儲器)領匯房地產投資信託基金冷藏集裝箱無線射頻識別技術書面建議要求書面報價要求軌道燃料恢復費用人民幣台軌道式龍門吊資產回報船上所有投資回報滾裝船比率修復附加費計費噸全球性服務-安全擱淺網路存儲安全泊位分隔壓載水艙貨量簽訂合同鏈鎖供給管理特種商品報價特種貨物運價單層甲板船-船東保安費用安全電子交易比重--相似替換船儲備保持的單位服務等級協議中、小型企業短訊服務簡單郵件運輸草案簡單網路管理草案裝船單付貨人所屬集箱安全港口統計製程管制單一週期的存貨模式架構疑問語安全庫存-星期六、日和節假日除外星期六、日和節假日包括在內付款加密法據報內裝-跨大西洋公會協定指定船舶傳輸控制草案總載重量20英呎標準集裝箱計算單位碼頭操作費運輸管理系統集裝箱車架輸送每厘米吃水吨數每天裝卸吨數每英寸吃水吨數全面品質控制全面品質管理碼頭收貨站跨太平洋穩定協議西伯利亞大鐵路電匯時間貨量合同泛太平洋西向運費協會通用散裝貨船跟單信用證統一慣例和實務特高頻50萬噸油輸成組器聯合國貿發會議網址-增值網增值稅甚高頻-20萬噸油輪供應商的存貨管理系統船舶承運商可駕駛的車輛虛疑網路船舶共用協議輪船無線應(運)用草案無線通信服務---自生效無論靠泊與否無論是否通過檢驗無線相容認證未完工的產品不論是否在港內重量/體積倉庫管理系統-天氣允許兵險-節省的裝卸時間--何時何處還船全球資訊網(發源地-歐洲量子物理實驗室)可延長的記號語言日圓調整費。
物流英语
TransportationWhat is transportationEvery firm requires the movement of goods from the point to another point. Transportation refers to the physical movement of goods from a point of origin to a point of consumption. It can involve raw materials being brought into the production process or finished goods being shipped to the customer. Transportation is one of the most significant areas of logistics management. Railway, road, waterway, air, and pipeline transportation make up the major modes of transport in modern society. Each mode has its own requirements and features.The field can be divided into infrastructure, vehicles, and operations. Infrastructure consists of the fixed installations necessary for transport, and may be roads, railways, airways, waterways, canals and pipelines, and terminals such as airports, railway stations, bus stations, wharehouses, trucking terminals, refueling depots (including fueling docks and fuel stations) and seaports. Terminals may both be used for interchange of passengers and cargo, and for maintenance. Vehicles traveling on these networks include vehicles of appropriate types such as automobiles, bicycles, buses, trains, trucks, helocopters and aircraft. A vehicle is any non-living device that is used to move people and goods. Unlike the infrastructure, the vehicle moves along with the cargo and riders. Vehicles that do not operate on land, are usually called crafts. Unless being pulled by a cable or muscle-power, the vehicle must provide its own propulsion; this is most commonly done through a steam engine, combustion engine, electric motor, a jet engine or a rocket, though other means of propulsion also exist. Vehicles also need a system of converting the energy into movement; this is most commonly done through wheels, propellers and pressure.Vehicles are most commonly staffedby a driver. However, some systems, such as people movers and some rapid transits, are fully automated. For passenger transport, the vehicle must have a compartment for the passengers. Simple vehicles, such as automobiles, bicycles or simple aircraft, may have one of the passengers as a driver. Operations deal with the way the vehicles are operated, and the procedures set for this purpose including financing, legalities and policies. In the transport industry, operations and ownership of infrastructure can be either public or private, depending on the country and mode. For public transport and freight transport, operations are done through private enterprise or by governments. The infrastructure and vehicles may be owned and operated by the same company, or they may be operated by different entities. Traditionally, many countries have had a national airline and national railway. Since the 1980s, many of these have been privatized. International shipping remains a highly competitive industry with little regulation,but ports can be public owned.Transportation FacilityThe public sector plays an important role in transport, through the construction, ownership and control of roads, railroads and in most countries also ports. The importance of building up a transport infrastructure that involves considerable cost has made this a widely accepted public task. It should be noted in this context that transport is responsible for a substantial number of jobs in the national economies.The fixed components are usually expensive to build and replace and are long-lived traditionally, there have been few and slow technological changes in these elements. Ports are an exception, in the sense that the ways cargo is handled have changed dramatically over the last two decades, especially with the introduction of containers.The mobile elements involved in the production of transport: trucks,rail-wagons, barges, ships, etc, are relatively short-lived, especially as the wear and tear is considerable. In addition, technical development has historically been fast. This does not only relate to the cargo handling techniques, but also to the equipment itself.The mobile units are generally cheap. Ships may be viewed as an exception, but even the price of a ship is low compared to the price of constructing a port or a railway. Unlike the fixed elements, the mobile components of transport may find alternative employment if demand declines in one market. A ship may be moved from one trade or route to another, while a port cannot be moved.The use of mobile units in the transport sector reduces the possibility of benefit from economies of scale. Roads, rail-tracks and ports set limits to the size of the individual mobile unit, and consequently to the cargo shipped. Capacity could—after a certain point—only be expanded by adding more trucks, ships, etc.It is the features of the fixed and mobile components of transport that have influenced the present institutional arrangements in the industry. The high cost of provision, longevity and scale economies associated with the fixed components created tendencies towards monopoly control, while the ease of entry, flexibility and lack of scale effects tend to stimulate competition in the mobile sector. In principle, the structure of the mobile part of the supply side of the transport industry is characterized by many suppliers working on a basis of free competition. It is perhaps typical that the tendency to deviate from this dictum is found in the liner shipping sector of the industry, which is the least mobile, inter alia, because a regular shipping line depend on heavy investments in the infrastructure.Transportation ModesA mode of transport is a technological solution that used afundamentally different vehicle, infrastructure and operations. The transport of a person or cargo may be by one or more modes, the latter called intermodal transport. Each mode has its advantages and disadvantages, its own requirements and features,and will be chosen for a trip depended on the nature of the purpose, cargo and destination. While there transport in air and on water has their own mode, land transport has several modes.The five transportation modes are rail, road, water, air, and pipeline. The relative importance of each mode can be measured in terms of system mileage, traffic volume, revenue, and the nature of traffic composition. Each mode is discussed with respect to these measures.Railway TransportationThe capacity to efficiently transport large tonnage over long distance is the main reason railroads continue to handle significant inter-city tonnage and revenue. Rail offers cost-effective transport of large quantities of cargos over long distance. It is especially good for cargoes with high volume and low value, such as coal, timber and grain. Railroads operations incur high fixed costs because of expensive equipment, right-of-way, switching yards, and terminals. However, rail experiences relatively low variable operation costs. Over the past years rail usage has declined as road transport has taken over short haul business and water transport has taken bulk commodities freight. Rail transport is one of the most energy efficient modes of land transport. Environmental and safe consideration also favor rail over road transport.However, the major disadvantages of railway are the inherent inflexibility of operation, fixed time schedules and service from terminal to terminal.To provide improved service to major rail users, progressive railroads have concentrated on the development of specialized equipment, such as theenclosed tri-level automobile car, cushioned appliance cars, unit trains, articulated cars, and double-stack containers. Unit trains are an entire train carrying a single product. Typically, the product is a buck commodity such as coal or grain. Unit trains have also been used to support assembly operations for the automobile industry. The unit train is faster and less expensive to operate than traditional trains since it can bypass rail-yards and go direct to the product’s destination. Articulated cars have an extended rail chassis that can haul up to ten containers on a single flexible unit.Road TransportationRoad transport is widely used in inland delivery of goods. This mode tends to be used for higher-value and lower-volume cargo over relatively short distance. It is capable of providing a door to door service. It has not any break in the journey to change from one vehicle to another. So it can be flexible enough to perform “just-in-t ime” delivery. Any work place in the country can be serviced by road.The advantages of road transport are flexibility of both location and time and speed of delivery. To a significant degree the rapid growth of the road carrier industry results from door-to-door operating flexibility and speed of inter-city movement. With the development of road transport, new types of problem, such as a significant growth of fuel consumption, air pollution, traffic congestion and road accidents have emerged.In comparison to railroads, road carriers have relatively small fixed investments in terminal facilities and operate on publicly maintained highways. Although the cost of license fees, user fees, and tolls is considerable, these expenses are directly related to the number of over-the-road units and miles operated. The variable cost per mile for motor carriers is high because a separate power unit and drive are required for each trailer or combination of tandem trailers. Labor requirements are also highbecause of driver safety restrictions and the need for substantial dock labor. W aterway TransportationWaterway transportation includes maritime and river transportation. As the oldest mode of transport, waterway has developed considerably over the last decades. Waterway is utilized for large loads of low-value-per-unit goods. The carriers are specialized for internal river, canal transport, and international deep-sea ships.It is the cheapest method of moving goods world wide. The main advantage of shipping industry lies in moving the vast quantities of cargo in one ship. The main disadvantages of water transport are the limited rang of operation and speed of the ship which is very slowly. Unless the original and destination of the movement are adjacent to a waterway, supplemental haul by rail or truck is required. The capability of water to carry large tonnage at low variable cost places this mode of transport in demand when low freight rates are desired and speed of transit is a secondary consideration.Water transport ranks between rail and road carrier in respect to fixed cost. Although water carriers must develop and operate their own terminals, the right-of-way is developed and maintained by the government and results in moderate fixed costs compared to rail and highway.Air TransportationAir transport has been increased tremendously and plays a more important role in global logistics than ever before. Air transport accounts for the smallest proportion of cargo transportation. Its growth rate in recent years is the highest among the modes of transport. It offers rapid and flexible delivery. The major advantage of air freight is the speed of travel. The longer the distance of the flight, the greater the time saving of the customer. Air transport is primarily used for: Emergency transport of the critical items, Speedy transport of high-value, low-weight products, Speedy transport ofperishable items.One prohibitive aspect of air transport is the high cost. However, this can be traded off for high speed, which allows other elements of logistical design, such as warehousing or inventory, to be reduced or eliminated.The fixed cost of air transport is low compared to rail, water, and pipeline. In fact, air transport ranks second only to road with respect to low fixed cost. Airways and airport are generally developed and maintained with public funds.Pipeline TransportationPipelines are a significant part of the United States transportation system. In 1989, they accounted for over 53 percent of all crude and petroleum ton-mile movements.The basic nature of pipeline is unique in comparison to all other modes of transport. Pipelines operate on a twenty-four-hour basis, seven days per week, and are limited only by commodity changeover and maintenance. Unlike other modes, there is no empty “container” or “vehicle” that must be returned. Pipelines have the highest fixed cost and lowest variable cost among transport modes. Pipeline routes are practically unlimited. An obvious disadvantage is that pipelines are not flexible and are limited with respect to commodity that can be transported: only products in the form of gas, liquid, or slurry can be handled. Pipelines are usually used to transit natural gas, petroleum and coal. Natural gas and crude oil account for the majority of pipeline traffic. Considering the world's dependence on energy products, pipelines will probably become even more important in the future .Pipelines offer the shipper an extremely high level of service dependability at a relatively low cost. Pipelines are able to deliver their product on time because of the following factors: (1)The flows of products within the pipeline are monitored and controlled by computer. (2)Losses anddamages due to pipeline leaks or breaks are extremely rare. (3)Climatic conditions have minimal effects on products, moving in pipelines.(4)Pipelines are not labor - intensive;Therefore, strikes or employee absences have little effect on their operations. The cost and dependability advantages pipelines have over other transport modes have stimulated shipper interest in moving other products by pipeline.Transportation ManagementThe economic factors of transportationTransport economics is influenced by seven factors. While not direct components of transport rate tables, each factor is considered when developing rates. The specific factors are distance, volume, density, stowability, handling, liability, and market. In general, the above sequence reflects the relative importance of each factor. The specific characteristics are discussed below.Distance is a major influence on transportation cost since it directly contributes to variable cost, such as labor, fuel, and maintenance.The second factor is load volume. Like many other logistics activities, transportation scale economies exist for most movements. Transportation cost per unit of weight decreases as load volume increase.The third economic factor is product density, which incorporates weight and space considerations. These are important since transportation cost is usually quoted in terms of dollars per unit of weight, such as amount per ton or amount of per hundredweight (cwt). Once a vehicle is full, it is not possible to increase the amount carried even if the product is light. Since actual and fuel expenses are not influenced by weight, high density products allow relatively fixed transport costs to be spread across additional weight. As a result, these products are assessed lower transport costs per unit of weight.The stowability factor refers to product dimensions and how they affect vehicle(railcar, trailer, or container)space utilization. Odd sizes and shapes, as well as excessive weight or length, do not stow well and typically waste space. Items with standard rectangular shapes are much easier to stow than odd-shaped items.Special handling equipment may be required for loading or unloading trucks, railcars, or ships. Therefore, the manner in which products are physically grouped together(e.g., taped, boxed, or palletized)for transport and storage also affects handling cost.Finally, market factors, such as lane volume and balance, influence transportation cost. A transport lane refers to movements between original and destination points. Since transportation vehicles and drivers must return to their original, either they must find a load to bring back(“back-haul”). When deadhead movements occur, labor, fuel, and maintenance costs must be charged against the original “front-haul” move. Thus, the ideal situation is for “balanced”moves where volume is equal in both directions. However, this is rarely the case because of demand imbalances in manufacturing and consumption locations.Transport DocumentationSeveral documents are required to perform each transport movement. The three primary types are bills of lading, freight bills, and shipping manifests.The bill of lading is the basic document utilized in purchasing transport service. It serves as a receipt and documents commodities and quantities shipped. For this reason, accurate description and count are essential. In case of loss, damage, or delay, the bill of lading is the basis for damage claims. The designated individual or buyer on a bill of lading is the only bona fide recipient of goods. A carrier is responsible for proper delivery according toinstructions contained in the document. In effect, title is transferred with completion of delivery.The bill of lading specifies terms and conditions of carrier liability and documents responsibility for all possible causes of loss or damage expect those defined as acts of God. It is important that terms and conditions be clearly understood so that appropriate actions can be taken in the event of substandard performance. Recent ICC rulings permit bills of lading to be computerized and electronically transmitted between shippers and carriers.In addition to the uniform bill of lading, other commonly used types are order-notified, export, and government. It is important to select the correct bill of lading for a specific shipment.An order notified of negotiable bill of lading is a credit instrument. It provides that delivery not be made unless the original bill of lading is surrendered to the carrier. The usual procedure is for the seller to send the order notified bill of lading to a third party, usually a bank or credit institution. Upon customer payment for the product, the credit institution releases the goods. This facilitates international transport where payment for goods is a major consideration.An export bill of lading permits domestic use of export rates, which are sometimes lower than domestic rates. Export rates may reduce total cost if applied to domestic origin or destination line-haul transport.The freight bill represents a carrier’s method of charging for transportation services. It is developed using information contained in the bill of lading. The freight bill may be prepaid or collect. A prepaid bill means that transport cost must be paid prior to performance, whereas a collect shipment shifts payment responsibility to the consignee. Considerable administration is involved in preparing bills of lading and freight bills. There has been considerable effect to automate freight bills and bills of lading through EDItransaction. Some firms now elect to pay their freight bills at the time the bill of lading is created, thereby combining the tow documents. Such arrangements are based on relative financial benefits of reduced paperwork costs. Many attempts are also under way to produce all transport documents simultaneously. This has become more practical with the use of computer.The shipping manifest lists individual stops or consignees when multiple shipments are placed on a single vehicle. Each shipment requires a bill of lading. The manifest lists the stop, bill of lading, weight, and case count for each shipment. The objective of the manifest is to provide a single document that defines the contents of the total load without requiring a review of individual bills of lading. For single-stop shipments, the manifest is the same as the bill of lading.运输一、什么是运输每一个公司都要求货物从一个点移到另一个点。
物流专业英语词汇
物流专业英语词汇大全-物流英语-物流专业英语-物流英语词汇表一、物流英语的145个专业词汇二、常用物流英语50句1.Modern logistics is one of the most challenging and exciting jobs in the world.现代物流是世界上最富挑战性和最激动人心的工作。
2.Logistics is part of a supply chain.物流是供应链的整体组成部分。
3.Logistics is anything but a newborn baby.物流不是新鲜事。
4.Logistics is a unique global “pipeline”.物流是独特的全球通道。
5.Logistics is related to the effective and efficient flow of materials and information.物流所涉及的是物料和信息有效、快速的流动。
6.Logistics operation and management include packaging, warehousing, material handling, inventory control, transport, forecasting, strategic planning, customer service, etc.物流操作和管理包括包装、仓储、物料搬运、库存控制、运输、预测、战略计划和客户服务等方面。
7.Logistics consists of warehousing, transportation, loading and unloading, handling, carrying, packaging, processing, distribution andlogistics information.物流由仓储、运输、装卸、搬运、包装、加工、配送和物流信息所组成。
航空运输
4、托运人必须在托运的货物上标明发站、到站和托运人、收货人的单位。姓名和,按照国家规定标明包装 储运指标标志。5、国家规定必须保险的货物,托运人应在托运时投保货物运输险。
在市场权力结构逐步向消费者(客户)倾斜的大趋势下,掌握客户资源、直面客户需求的终端络才是最有价值、 最难以被替代的络。随着经济和社会的发展,以单纯的运输为主要功能的传统航空物流服务已无法满足客户的需 求,要发展我国的航空物流,就必须要大力发展一体化的航空物流。
航空运输始于1871年。当时普法战争中的法国人用气球把政府官员和物资、邮件等运出被普军围困的巴黎。 1918年5月5日,飞机运输首次出现,航线为纽约—华盛顿—芝加哥。同年6月8日,伦敦与巴黎之间开始定期邮政 航班飞行。30年代有了民用运输机,各种技术性能不断改进,航空工业的发展促进航空运输的发展。第二次世界 大战结束后,在世界范围内逐渐建立了航线,以各国主要城市为起讫点的世界航线遍及各大洲。1990年,世界定 期航班完成总周转量达2356.7亿吨千米。
形式
航空运输企业经营的形式主要有班期运输、包机运输和专机运输。通常以班期运输为主,后两种是按需要临 时安排。班期运输是按班期时刻表,以固定的机型沿固定航线、按固定时间执行运输任务。当待运客货量较多时, 还可组织沿班期运输航线的加班飞行。航空运输的经营质量主要从安全水平、经济效益和服务质量3方面予以评价。
航空运输的货物重量按毛重计算。计算单位为公斤。重量不足1公斤,按1公斤算,超过1公斤的尾数四舍五 入。非宽体飞机装载的每件货物重量一般不超过80公斤,体积一般不超过40 60 100厘米。宽体飞机装载每件 货物重量一般不超过250公斤。体积一般不超过250 200 160厘米.超过以上重量和体积的货物,由西北公司依 据具体条件确定可否收运。每公斤的体积超过6000立方厘米的货物按轻泡货物计重。轻泡货物以每6000立方厘米 折合1公斤计量。
第8章航空运输
3
國際航空貨運協會(TIACA)
最早成立的航空貨運專業協會,指出航空貨運 成長的主要原因包括
航空貨運市場的解除管制與自由化。 相關世界貿易協定促進全球互動與相互依賴度的增
加。 產品及服務生產與銷售的國際化。 新存貨管理觀念的發展。 愈來愈多適合航空運輸特性的新商品出現。 高價值與高時效性商品的快速成長。
北大西洋(North Atlantic) 越太平洋(transpacific) 歐洲─遠東(Europe-Far East) 美國國內(SU domestic)
11
航空貨物運輸業發展主要型式
整合型快遞業者(integrated carriers):聯邦 快遞(FedEx)與優比速(UPS)
開放天空協議(Open Sky Agreement) 。 亞洲國家在市場競爭上的政策顯得非常地開放,
少數未接受開放天空,最著名的中國大陸與北 韓。 近年來,拉丁美洲國家隨著商業環境上的重大 改變,逐漸支持開放天空政策。
27
陸 空運業者管理
航空貨運產業迅速成長原因
對優質服務需求的增加 增加的服務 更具競爭性的服務 運輸業者整合
彈性機腹(flexsbelly):機艙內部空間可彈性 調整以供運載較多的貨物或乘客。
全貨機(freighter):此種航空器僅供載運貨物。 卡車(truck):在許多地區航空貨物係利用卡車
運送。
7
航空運輸的特性
速度較快,過程平穩,可降低航空貨運的保險 費用。
航空公司需要節省油料、低勞力成本與低噪音 的航機而非快速的航機。
法律案例 美國與英國之對等協定並不真正對等。
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History of Air Transportation---History of Commercial Air FreightEarly aviation promoters were always looking for practical uses for the airplane. One idea was to use them as carriers of freight. The first practical demonstration of air freight occurred in November 1910 when a department store shipped a bolt of silk by air from Dayton to Columbus, Ohio. Reported in the local Columbus newspaper, the story noted that the shipment had beaten the railroad express between the two cities. In 1919, American Railway Express used a converted Handley-Page bomber in an attempt to fly 1,100 pounds (500 kilograms) of freight from Washington, D.C., to Chicago. A frozen radiator forced the plane to land in Ohio but the company continued its efforts to move freight by air. Airlines across the country flew freight in the late 1920s, benefiting American businesses when they needed parts or merchandise as quickly as possible. The advent of air freight also allowed businesses to keep fewer inventories on hand.During the 1920s, the volume of freight shipped by air grew significantly. In 1927, only 45,859 pounds (20,801 kilograms) were shipped. By 1929, the figure had grown to 257,443 pounds (116,774 kilograms) and by 1931 to more than 1 million pounds (453,592 kilograms) per year. In addition to the air freight flown by American Railway Express, Henry Ford's express company carried 1 million pounds of freight for the Ford Company when it started in 1925, and averaged more than 3 million pounds (1.36 million kilograms) by the end of 1929. The U.S. Post Office also shipped additional air freight.Although there were a few attempts to organize air freight airlines from the 1920s on, the first commercial airlines that were all-cargo did not emerge until after World War II.National Air Transport, one of the companies that originally made up United Airlines, was founded on November 14, 1926, for the purpose of carrying parcels. This airline delivered the first air cargo in the United States on September 1, 1927, between Dallas and New York. Another company that was an early promoter of air cargo was American Railway Express (renamed Railway Express Agency or REA in March 1929), a firm that managed to get a group of small airlines to contract to deliver freight. A competitor to REA was General Air Express, founded in 1932. Because of low rates, neither company made much money in the early 1930s. Air freight at the time contributed just fewer than four percent of all air traffic revenues. Eventually, the two companies, REA and General Air Express, found it useful to combine their operations. Beginning in February 1935, they operated as one.United Airlines began its own air freight delivery service just before the beginning of World War II. On December 23, 1940, the airline inaugurated what some historiansbelieve was the first all-cargo service in U.S. airline history. The airline used Douglas DC-4 aircraft to deliver mail from New York to Chicago and back. The route was short-lived and ended within five months. Air freight remained a sideline operation to mail and passenger traffic until March 14, 1941 when the big Fourairlines—United, American, TWA, and Eastern—formed Air Cargo, Inc., to deliver freight. Air Cargo began operations in December 1941 and operated through most of the war. Its last regular flight was in November 1944. By the end of the war, many of the airlines, including United and TWA, began their own independent air freight services.In general, entrepreneurs found it difficult to enter the air freight market because of resistance from the established passenger carriers. The passenger airlines believed that new air freight airlines that offered low rates and irregular services would destabilize the whole commercial aviation sector. The established air carriers, who had formed Air Cargo, Inc., were especially afraid of smalltime operators such as Slick Airways, Flying Tiger, California Eastern, and others. Through the late 1940s, these small airlines, the established giants, and the government's Civil Aeronautics Board (CAB) wrangled over how to hand out contracts and set the proper rates for freight transport. In August 1949, the CAB finally gave permission to four all-freight airlines to operate. These were Slick, Flying Tiger, U.S. Airlines, and Air news.Neither U.S. Airlines nor Air news survived long. U.S. Airlines operated for a while on the New York-Miami route on Air Force contracts but a series of accidents in 1952 as well as the threat of bankruptcy folded the airline. Air news met a similar fate in June 1951 after incurring heavy losses.The two that did survive were Slick Airways, which was founded by Earl F. Slick in January 1946, and Flying Tiger. When it began service, Slick operated a fleet of 10 Curtiss C-46E aircraft. By the end of the 1940s, the company had become the country's most successful all air freight operator. Although Slick enjoyed moderate growth, it also faced problems. Established passenger carriers such as American Airlines had introduced all-freight flights that offered stiff competition. Since the passenger airlines could rely on established facilities and routes, their fixed costs for transporting cargo were lower. Under threat from the passenger airlines, Slick and Flying Tiger decided to merge into one airline in 1954. Unfortunately, labor problems at both airlines prompted them to abandon this idea. The failure to merge was a big blow to both airlines. Slick continued operations for a while but temporarily closed down in February 1958, unable to compete with the big passenger airlines. The company claimed that lack of government support for all-freight airlines had been the major cause of their downfall. Although Slick resumed operations in October 1962, the CAB eventually suspended Slick's activities in August 1965. The company's operations were acquired by other smaller freight carriers.Flying Tiger Line fared much better. The airline had been founded on June 25, 1945, by Robert Prescott, a C-46 flying Tigers pilot during the war. Prescott started with afleet of 14 Budd RB-1 Conestoga aircraft, bizarre-looking wafer-thin stainless steel planes that did not have very good flying characteristics. Beginning in August 1945, Prescott's pilots were flying coast-to-coast carrying freight. Unlike Slick, Prescott made sure to diversify into both military and civilian markets. The company survived the competition with established passenger airlines partly because of its diversified customers and partly because of favorable CAB judgments. Although Flying Tigers faced stiff competition in the early 1960s from new small-time cargo carriers, it did well. The airline also signed cooperative agreements with rail companies to deliver its freight door-to-door. By the mid-1960s, Flying Tigers was making an annual profit of $20 million and was the largest air cargo airline in the country. Its only real competitor was Airlift International, Inc., a much smaller company that had inherited some of Slick's assets.Despite widespread hopes for a vibrant industry, the air freight industry did not grow as expected. Air freight, in fact, remained a very small part of total air traffic. Many who tried to break into the air freight business did not survive their heavy losses. Flying Tigers remained an exception; most of the big-time operators such as Slick and Airlift faded from the scene. Major passenger airlines such as United Airlines continued to play a large role in the freight industry. In March 1964, United became the first airline in the country to offer nonstop transcontinental all-cargo service.Flying Tiger flew Boeing 747s in the 1980s.It was only in the 1980s that a new airline changed the face of the air freight business.A young entrepreneur named Fred Smith believed that combining passenger air traffic with freight air traffic, as the established airlines were doing, was not the most efficient way of doing business. He believed that the route patterns for the two were totally different. He also argued that combining freight with passenger traffic slowed down cargo delivery. Smith, with a lot of financial support, built a hub in Memphis, Tennessee, for his exclusive freight air delivery service, which he called Federal Express. One of the most important selling points was his idea of next-day delivery, a service that he guaranteed. The company began operations in April 1973 and while the initial years were financially difficult, by 1976, Federal Express was showing a profit. By 1982, the company had as many as 76 aircraft, including 39 Boeing 727s and four Douglas DC-10s. In 1983, the company reported revenues of $1 billion, anunheard of amount for a company that had existed for only ten years.In 1989, Federal Express acquired Tiger International, Inc., the owners of Flying Tigers. The two airlines merged in August 1989. As a result, Federal Express became the world's largest full-service all-cargo airline. In 1994, the company officially changed the name of its operating division to FedEx.United Parcel Service (UPS), one of FedEx's main competitors, also maintains a large presence in both the air freight and airmail markets. The origins of UPS go back as early as 1907 to a bicycle-based delivery service. In its early years of operation, UPS primarily focused on contract service to retail stores. It was only in the 1950s that the company diversified into package delivery for a wide range of customers including private and commercial clients. UPS operated a short-lived air service beginning in 1929, but the company began sustained air service via its UPS Blue Label Air much later—in 1953. In 1988, UPS received permission from the FAA to operate its own airline (as opposed to leasing), known as UPS Airline. Since then, UPS Airline has grown dramatically, and by 2001, was the ninth largest airline in the United States. On average, UPS delivers 2 million air express packages and documents per day. In the 1980s, UPS also expanded into international routes for documents and small packages.At the turn of the century, the air freight industry remains a mix of dedicated large companies (such as FedEx), small-time operators (such as OCS Air Freight), and passenger airlines (such as United Airlines) that operate cargo divisions.On January 1, 1914, a wealthy manufacturer named Thomas Benoist launched air service between Tampa, Florida, and nearby St. Petersburg. Those towns were separated by Tampa Bay; the only connections were by once-a-day boat or by railroad. His airline drew business all through the winter, but his prospects faded with the coming of spring, when the tourist season ended. His airline shut down then and did not resume its flights.No one else tried to carry passengers by air for several years, and there was a reason: railroads. The United States had a quarter-million miles of track, with rail carriers offering fast, convenient service from downtown terminals.Early airline builders therefore tried a different approach, by carrying airmail. The U.S. Post Office became involved, and President Woodrow Wilson was present when the first airmail flight left Washington, D.C., for New York. The pilot, who should have been heading north, followed railroad tracks south and wound up in southern Maryland, but other flights were more successful.The planes of the day were little faster than mail trains, and aviators saw that their best hope lay in cross-country service. Flying at night, three pilots carried mail from San Francisco to New York on a trial flight in February 1921. In 1923, the assistantpostmaster general, Paul Henderson, began installing powerful beacon lights to mark air routes for routine night flying in clear weather. Scheduled transcontinental air service began in mid-1924.This did not suit the railroads, which depended on income from carrying the mail. In Washington, railroad lobbyists won passage in Congress of the Kelly Act of 1925, which turned the new airlines into privately owned businesses. A follow-up law, in 1926, gave the government responsibility for aircraft safety. Collectively, these acts served to create an air transport industry that was regulated by the U.S. government and received direct subsidy through a complex set of contracts awarded to airlines to carry the mail.Then in 1927, Charles Lindbergh touched off an enormous surge of interest in aviation by flying nonstop from New York to Paris. Only 5,800 passengers had flown in 1926; this leaped to 417,000 four years later. In 1930, Postmaster General Walter Folger Brown set out to encourage this trend.Brown disliked the Kelly Act. In his view it had provided overly generous subsidies for airmail, about $3 per pound. Some carriers were raking in the money just by paying postage to send cast-iron stoves as airmail. Brown won passage of a new law, the McNary-Watres Act. It changed the subsidies in ways that encouraged the airlines to carry more passengers. But airmail was still their main business, and Brown took action in that area as well.By law, he had the power to award airmail contracts to competing airlines. The nation's existing air-route map was a hodgepodge of local lines, whereas Brown wanted a few strong carriers that could serve the entire nation. Drawing on his legal powers, he awarded airmail routes to airlines that he favored, forced others to merge to qualify for his awards, and left still others to die for lack of business. When he had finished, he had a major north-south carrier, Eastern Airlines, along with three coast-to-coast airlines: TWA, American, and United.Brown's reforms worked. The airlines he selected continued to dominate the nation's air routes for the next fifty years. In addition, because people could no longer make money by shipping cast-iron stoves, they began to build good airliners that could carry passengers as well as mail. The best of them was the Boeing 247 of 1932. It had a streamlined and modern look, breaking decisively with the boxy biplanes of only a few years earlier.However, Brown was a Republican. When the Democrats returned to Washington with President Franklin Roosevelt, in 1933, they lost little time in declaring that Brown's actions amounted to a scandal. He had used his powers in high-handed ways, and Democrats declared that he and the airlines together had committed fraud. Roosevelt responded by turning the airmail over to the pilots of the U. S. Army. Itdidn't work they were unprepared, and a number of them crashed. Roosevelt had to rely on the airlines, whose pilots knew their business. But the Air Mail Act of 1934 cut their mail pay particularly sharply, forcing them to rely even more on passenger traffic for their income.This meant that they needed aircraft that could make money just by carrying people. The firm of Douglas Aircraft responded to this need with the DC-3. Introduced in 1936, it carried 21 passengers and flew nonstop from New York to Chicago. It quickly drove competing airliners from the airways, and went on to dominate American aviation. As late as 1958, as jet airliners were about to enter service, the nation's airlines counted more DC-3s than any other type of airplane.Brown left a further legacy, in the area of overseas travel. An ambitious young airline operator, Juan Trippe, convinced Brown to give him a monopoly on the right to carry airmail to foreign countries. Trippe's airline, Pan American World Airways, started with its 90-mile (145-kilometer) route in 1927 from Florida to Cuba and completed its conquest of Latin America in 1930, with 20,308 miles (32,683 kilometers) of airway in 20 Latin American countries.Profits from these Latin American routes subsidized Trippe's losses as he constantly expanded his operations. In 1935, he introduced his four-engine Clipper flying boats on a route that crossed the Pacific, reaching from San Francisco to the Philippines. He carried few passengers the round-trip fare equaled a workingman's wages for an entire year garnered priceless publicity. Then in 1939, just before the war, he introduced commercial service across the Atlantic.The air transport revolution swung into full power with the building of advanced new airplanes in the latter 1930s. Donald Douglas' twin-engine DC-3 ruled the passenger skies for much of the 1930s and 1940s, but carriers also expressed much interest in four-engine airliners. These could carry more passengers at higher speeds, while carrying extra gasoline for longer range. Two aviation leaders competed for advantage in this field: Donald Douglas, whose firm of Douglas Aircraft was building the DC-3, and Howard Hughes.Hughes was a riverboat gambler with a lot of money and a penchant for doing as he liked. His father had made a vast fortune in oil. He started his career in Hollywood, where he discovered such stars as Jean Harlow and Jane Russell. Turning to aviation, he built a record-breaking racing plane. Then he bought control of TWA. His new airline needed aircraft and he decided he would provide the best. Working with Lockheed Aircraft, he crafted the Constellation airliner.Though designed in 1940, it looked beautiful, even by today's standards. It flew as fast as the fighter aircraft of the day, and could cross the nation nonstop. Donald Douglas had to match it, and did so with his own four-engine aircraft, the DC-6 andDC-7. The rivalry between these airliners and the Constellation then spearheaded the development of advanced commercial airliners until the coming of the jets.The first jet engines were war babies, entering service with high-speed fighters late in World War II. Boeing took the lead in crafting large jet bombers: the six-engine B-47 and the eight-engine B-52. However, early jet engines gulped fuel at excessive rates, which drove up costs and limited their range. Airline executives distrusted them. These people expected that while a commercial jetliner would be speedy, it would lose money.Juan Trippe had different ideas. He learned that better engines were coming along, and he had enough money to order new engines that were better still. He proceeded to play Boeing against Douglas Aircraft, promising each that he would place extensive orders if either could build the long-range jetliners that he wanted. Douglas responded with the DC-8; Boeing came out with the 707. Other airlines ordered their own jets, knowing that if they didn't, Pan Am would walk off with their passengers. Boeing proved particularly capable at tailoring versions of the 707 that met the needs of individual carriers, and this company surged to the lead in sales.But during 1956, as orders for the 707 and DC-8 mounted, the nation's airways were far from ready for the new jets. They needed radar and electronic aids to navigation, which were in short supply due to federal budget cuts. Then in June 1956, a DC-7 and a Super Constellation collided over the Grand Canyon, killing 128 people. This drove home the point that the air routes were unsafe even for fast propeller-driven aircraft. Congress responded with a gush of dollars, and soon the needed equipment was in place.The Fed Ex cargo airline used Boeing 727 aircraft for both U.S. and European serviceThe new jets entered service in large numbers during the 1960s. Passengers responded in droves, for these airliners were both fast and comfortable. Demand soared, leaping from 62 million passengers in 1960 to 169 million, nearly three times as many, in 1970. Juan Trippe expected that this trend would continue, as did William Allen, president of Boeing. Together they crafted an entirely new and very largecommercial jetliner that was to serve this new era the Boeing 747.Both men were visionaries; the 747 was to be their legacy, flying down the long decades that lay ahead. However, it nearly wrecked both companies. Boeing took on a great deal of debt in preparing to build it. Then it couldn't deliver them, for the engines weren't ready. In time, Boeing indeed had 747s ready for customers and then orders for the new plane dried up as the nation entered a recession. Boeing fought back by offering new and highly desirable versions of earlier jets, including the 707, and came up with enough new sales to survive. Still, it had a very close call with bankruptcy.Pan Am had its own problems. By 1970 it was losing money. It nevertheless took on additional debt to purchase 747s and found itself paying very high interest rates. The recession hurt that airline as well. It survived, at least for a while, with help from the International Air Transport Association. IATA was a cartel, which enforced a worldwide agreement that kept fares high. Pan Am remained weak, but it managed to fly through the 1970s.For half a century, the nation's airlines had been a heavily regulated industry in which competition was more in the way of service than in fares, and this regulation prevented new airlines from entering the market while stabilizing those already operating. These arrangements came to an end in 1978, as the nation entered an era of deregulation. Airline executives won new freedom to introduce cut-rate fares and to serve new routes, as well as to abandon less lucrative routes thereby limiting or ending service altogether for some cities, while new carriers such as People Express won the right to offer service as well. For travelers, the consequences brought a bonanza, with passengers saving $100 billion in ticket fares during the first ten years. There was a price for this, of course, as travelers soon learned that their travel schedules could be quite inconvenient, airline service was reduced, and flights to less attractive destinations were unavailable.Some of the traditional carriers did not survive deregulation. For instance, already weak Pan Am needed new routes and new aircraft. It lacked both money and credit, and losses soon mounted. It survived for a time by selling off its holdings, including the famous Pan Am Building on Manhattan's Park Avenue. In 1991, it declared bankruptcy and went out of business.A corporate raider, Frank Lorenzo, purchased control of Eastern Airlines. He worked vigorously to cut the pay of his employees and soon found himself in a battle with his labor unions. When the smoke cleared, Eastern also was bankrupt. The magazine Business Week described it as "one of the few large bankruptcies in history that won't even has enough money left to pay off the lawyers."Other airlines also fell short. Braniff Airways gambled that new aircraft would help itrecover market share only to fly into a time of high fuel prices, high interest rates, and a new recession that cut into passenger demand. This airline ran out of cash and shut down. TWA was in and out of bankruptcy before finally folding in 2001, as it agreed to sell its assets to American Airlines. As the new century began, the nation counted only three strong surviving carriers: American, United, and Delta.Among the plane builders, Boeing faced an increasingly strong challenge from a European group, Airbus Industries. Boeing and Airbus both offered airliners in a wide array of sizes and ranges to meet the needs of their customers. Boeing covered losses with profits from its 747; it has sold more than a thousand of them, at prices up to $177 million. Airbus, with close ties to the governments of Europe, has covered its own losses with subsidies.In addition, the Europeans now are building something new: the Airbus A-380. This is to be the world's largest airplane, with two complete decks of seats. The biggest current version of the Boeing 747 seats 421 passengers; the A-380 is to carry as many as 656.In the United States, airline traffic topped 600 million passengers per year in 2001, for a fourfold increase in just 30 years. New airports could help relieve this congestion, but the nation recently has built only one large new one near Denver. Everywhere else, plans for new airports have faced stiff competition. It has also proven difficult to build new runways at existing airports although much effort is underway to expand on numerous airports around the nation.。