Engineering English Vocabulary
水利水电工程英文词汇
水利水电工程英文词汇Water conservancy and hydropower engineering is an important infrastructure in our daily life, which includes a variety of projects such as dams, reservoirs, hydroelectric power stations, water supply systems, and irrigation systems. The following is a comprehensive list of water conservancy and hydropower engineering English vocabulary related to construction, operation, maintenance and management.1. Dam: a barrier that holds back water and raises its level, typically used to create a reservoir2. Reservoir: a large natural or artificial lake used as a source of water supply.3. Hydroelectric power station: a power station that generates electricity by using the kinetic energy of flowing water to turn turbines4. Water supply system: a system that distributes water to households and businesses5. Irrigation system: a system that supplies water to crops6. Hydraulic engineering: the study of the flow and control of water7. River training: the process of maintaining or modifying the course, width, depth, or bed of a river channel8. Erosion control: methods used to prevent the loss of soil caused by water, wind, or other factors, typically by planting vegetation or constructing structures9. Flood control: measures taken to prevent or mitigate the damage caused by floods10. Dredging: the process of removing sediment or debris from the bottom of a body of water using a special excavating machine11. Water quality: the chemical, physical, and biological characteristics of water, which can affect human health and aquatic life12. Water resources: natural sources of water used for drinking, irrigation, power generation, and other uses13. Aquifer: a layer of permeable rock or sediment that stores and transmits groundwater14. Groundwater: water that is stored underground in soil or rock layers and that can be extracted for human use15. Water treatment: the process of purifying water to remove contaminants, such as bacteria, viruses, and chemicals16. Desalination: the process of removing salt and other minerals from seawater or brackish water to make it usable for human consumption17. Hydraulics: the branch of science and engineering concerned with the mechanical properties of fluids, especially water18. Water use efficiency: the ability to use water efficiently and sustainably, minimizing waste and optimizing productivity19. Water conservation: the act of using water wisely and reducing unnecessary water use20. Water reuse: the process of treating and using wastewater for other purposes, such as irrigation, industrial processes, or toilet flushing21. Hydrology: the study of the movement, distribution, and quality of water on Earth22. Seepage: the movement of water through soil or porous rock23. Water balance: the relationship between the amount of water added to a system and the amount of water lost, usually expressed as an equation24. Streamflow: the flow of water in a river or stream25. Turbine: a machine that converts the kinetic energy of water, steam, or wind into mechanical energyIn conclusion, the water conservancy and hydropower engineering is a complex and important field that provides essential services to individuals and communities around the world. This list provides basic vocabulary useful for anyone interested in the industry.。
工程设备英语词汇
工程设备英语词汇Engineering equipment is a vital component in the construction and operation of various industries. Here is a list of some common English vocabulary related to engineering equipment:1. Caterpillar - A type of heavy-duty construction equipment, often referred to as a bulldozer.2. Excavator - A machine used for digging and moving large amounts of material.3. Crane - A tall, metal piece of equipment used for lifting and moving heavy objects.4. Bulldozer - A large, powerful vehicle used to push large amounts of material.5. Backhoe - A vehicle with a large digging bucket in front and a backhoe attachment.6. Tractor - A powerful vehicle used to pull or push heavy loads.7. Loader - A machine used to load materials into trucks or other transport vehicles.8. Dump Truck - A large, heavy-duty truck designed totransport large quantities of material.9. Forklift - A machine used to lift and move heavy objects with a forked attachment.10. Grader - A vehicle used to level and smooth surfaces, often used in road construction.11. Drill Rig - A large machine used to drill holes in the ground, often for mining or construction.12. Pile Driver - A machine used to drive piles into the ground for construction purposes.13. Hydraulic Press - A machine that uses hydraulic force to press materials together.14. Conveyor Belt - A moving belt used to transport materials from one place to another.15. Mixing Plant - A facility where concrete or other materials are mixed in large quantities.16. Generator - A device that converts mechanical energy into electrical energy.17. Welding Machine - A device used to join materials together by heating them to a high temperature.18. Tunnel Boring Machine (TBM) - A machine used to excavate tunnels through various types of soil and rock.19. Tower Crane - A tall crane that is mounted on a tower, used in construction projects.20. Lathe - A machine tool that rotates a workpiece about an axis of rotation to perform various operations.These terms are essential for anyone working in the engineering field or for those who are studying engineering. Understanding this vocabulary can help in communicating effectively about the various types of equipment used in engineering projects.。
2024年理工英语四机考题库
2024年理工英语四机考题库In the realm of engineering and technology, proficiency in English is not merely a tool for communication but also a bridge to accessing cutting-edge research and innovation. The 2024 Engineering English Level 4 examination is designed to assess the ability of students to comprehend and utilize technical English in a practical context. This test is a crucial benchmark for students aspiring to excel in the global engineering arena.Understanding technical documentation is a fundamental skill tested in this examination. Students must be adept at interpreting complex instructions, specifications, and descriptions found in technical manuals, research papers, and reports. For instance, a question might present a scenario where one is required to configure a network router based on a given set of technical guidelines. The student's task would be to extract the pertinent information and apply it correctly to achieve the desired outcome.Another key aspect of the examination is the translation of technical terms and concepts. It is not uncommon for engineers to encounter manuals or documentation in English that must be understood and possibly translated into their native language. Therefore, the test may include passages that require translation, ensuring that the student not only understands the material but can also convey the information accurately in another language.Moreover, the ability to write clear and concise technical reports is essential. The exam could ask students to describe the process of designing a simple circuit, requiring them to explain the function of each component and the rationale behind their design choices. This exercise tests the student's ability to communicate complex ideas in a structured and coherent manner.In addition to these skills, the examination evaluates the student's capacity to engage in technical discussions. This might involve explaining a concept to a peer or debating the merits of a particular engineering solution. Such questions test the student's command of English in a live, interactive setting, where clarity and precision are paramount.Lastly, the test may include listening comprehension sections, where students listen to lectures or presentations and answer questions based on the content. This component assesses the ability to follow and understand spoken English in an academic or professional context.To excel in the 2024 Engineering English Level 4 examination, students must cultivate a strong foundation in technical vocabulary, an understanding of complex grammatical structures, and the ability to articulate ideas with clarity and precision. By mastering these skills, students will not only be prepared for the examination but also equipped to thrive in the international engineering community. 。
土木工程专业英语常用词汇
土木工程专业英语常用词汇Commonly Used Civil Engineering English Vocabulary.General Terms.Civil engineering: the discipline that deals with the design, construction, and maintenance of man-made structures.Infrastructure: the basic physical and organizational structures and facilities (e.g., buildings, roads, bridges) that are needed for the operation of a society.Sustainable development: the development that meets the needs of the present without compromising the ability of future generations to meet their own needs.Project management: the process of planning, organizing, and managing resources to achieve a specific goal.Risk assessment: the process of identifying and evaluating potential risks and their impact on a project.Geotechnical engineering: the study of the behavior of soil and rock and their interaction with man-made structures.Structural engineering: the study of the behavior of man-made structures under various loads.Transportation engineering: the study of the design, construction, and maintenance of transportation systems.Water resources engineering: the study of the design, construction, and management of water resources systems.Environmental engineering: the study of the design, construction, and management of systems to protect the environment.Materials.Concrete: a composite material composed of cement, sand, gravel, and water.Steel: a metal alloy composed primarily of iron.Timber: wood that is used for construction purposes.Masonry: a material composed of stone, brick, or concrete blocks that are bound together with mortar.Asphalt: a black, viscous material that is used for paving roads.Construction.Excavation: the process of removing soil or rock from a site.Foundation: the part of a structure that is below ground level and supports the rest of the structure.Framing: the skeleton of a structure that supports the walls, roof, and other elements.Roofing: the material that covers the roof of a structure.Finishing: the materials and processes used to complete the interior and exterior of a structure.Site work: the work that is done on a site before and after construction.Equipment.Bulldozer: a heavy-duty machine that is used for moving soil or rock.Excavator: a machine that is used for digging trenches and holes.Crane: a machine that is used for lifting heavy objects.Dump truck: a truck that is used for hauling soil, rock, and other materials.Concrete mixer: a machine that is used for mixing concrete.Design.Blueprint: a drawing that shows the plans for a structure.Model: a physical or mathematical representation of a structure.Simulation: a computer program that is used to simulate the behavior of a structure.Code: a set of rules and regulations that govern the design and construction of structures.Standards: a set of guidelines that are used to ensurethe quality of construction.Related Fields.Architecture: the art and science of designing and constructing buildings.Surveying: the science of measuring and mapping land and its features.Planning: the process of developing plans for the use of land and resources.Environmental science: the study of the environment and its interactions with human activity.Engineering management: the application of management principles to the field of engineering.。
消防工程专业英语词汇
消防工程专业英语词汇Fire Engineering Professional English VocabularyIntroductionIn the field of fire engineering, professionals need to have a solid understanding of specialized vocabulary to effectively communicate with colleagues, navigate technical manuals, and ensure the safety of individuals and property. This article aims to provide an extensive list of key English terms commonly used in the field of fire engineering.1. Fire Types and Behavior1.1. Ignition Sources- Electric sparks- Open flames- Chemical reactions- Heat-producing equipment1.2. Fire Classes- Class A: Ordinary combustibles (wood, paper)- Class B: Flammable liquids (petrol, diesel)- Class C: Energized electrical equipment- Class D: Combustible metals (magnesium, titanium)1.3. Fire Behavior- Pre-flashover: Initial stage of rapid fire growth- Flashover: Sudden involvement of all combustible materials- Backdraft: Sudden introduction of oxygen to an oxygen-depleted fire - Smoldering: Slow, low-temperature combustion2. Fire Protection Systems2.1. Fire Alarm Systems- Smoke detectors- Heat detectors- Manual call points- Fire alarm control panels2.2. Sprinkler Systems- Wet pipe systems- Dry pipe systems- Pre-action systems- Deluge systems2.3. Fire Suppression Systems- Water-based systems (water mist, foam)- Gaseous systems (CO2, FM-200)- Powder-based systems (ABC, BC)2.4. Passive Fire Protection- Fire-resistant building materials- Fire-rated walls and doors- Firestops and fire barriers- Fire dampers and smoke curtains3. Fire Safety Standards and Codes3.1. NFPA (National Fire Protection Association)- NFPA 70: National Electrical Code (NEC)- NFPA 72: National Fire Alarm and Signaling Code- NFPA 101: Life Safety Code- NFPA 25: Standard for the Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems3.2. IBC (International Building Code)- Fire protection requirements for building construction- Means of egress regulations- Fire resistance ratings for structural elements- Occupancy classifications3.3. OSHA (Occupational Safety and Health Administration)- Fire safety regulations for workplace environments- Emergency action plans and fire drills- Hazardous materials handling and storage guidelines- Personal protective equipment requirements4. Fire Investigation and Risk Assessment4.1. Fire Cause Determination- Arson investigation- Electrical failure analysis- Chemical analysis of fire residues- Fire pattern recognition4.2. Fire Risk Assessment- Identification of potential fire hazards- Evaluation of ignition sources and fuel loads- Assessment of fire spread and evacuation routes- Recommendations for fire prevention and control measures 5. Firefighting Tactics and Terminology5.1. Incident Command System (ICS)- Incident Commander (IC)- Operations Section Chief (OSC)- Safety Officer (SO)- Firefighter (FF)5.2. Fireground Operations- Fire suppression techniques (direct attack, indirect attack)- Ventilation methods (natural, mechanical)- Fire control and extinguishment- Salvage and overhaul operationsConclusionProfessionals in the field of fire engineering must possess a comprehensive understanding of specialized English vocabulary to effectively communicate and ensure the safety of individuals and property. This article has provided an extensive list of key terms covering fire types and behavior, fire protection systems, fire safety standards and codes, fire investigation and risk assessment, as well as firefighting tactics and terminology. Continual learning and familiarity with these terms will greatly contribute to the success and professionalism of individuals working in the field of fire engineering.。
建筑工程英语词汇大全
建筑工程英语词汇大全IntroductionIn the field of construction and engineering, having a good command of English vocabulary is essential for effective communication and understanding. This article aims to provide a comprehensive list of commonly used English terms and phrases in the context of construction and engineering projects. By familiarizing yourself with these terms, you will be better equipped to navigate the industry and communicate professionally with colleagues and partners from around the world.1. General Terminology1.1 Construction: The process of building, erecting, or constructing something, typically a structure or infrastructure.1.2 Engineering: The application of scientific and mathematical principles to design and develop structures, machines, systems, etc.1.3 Architect: A person who designs buildings and oversees their construction.1.4 Contractor: A person or company responsible for executing construction projects.1.5 Blueprint: A detailed plan or drawing that outlines the specifications of a construction project.1.6 Site: The location where construction or engineering work takes place.1.7 Foundation: The base on which a building or structure is built, typically made of concrete.1.8 Structure: The framework, support system, or shell of a building or infrastructure.1.9 Civil Engineering: The branch of engineering concerned with the design, construction, and maintenance of the built environment, including roads, bridges, dams, etc.2. Construction Materials2.1 Concrete: A mixture of cement, sand, aggregate, and water, used as a building material.2.2 Steel: An alloy of iron and carbon, commonly used in construction for its strength and durability.2.3 Brick: A rectangular block made of baked clay, used in building walls, pavements, etc.2.4 Timber: Wood used for construction, often in the form of beams, planks, or boards.2.5 Glass: A transparent or translucent material used for windows, doors, and other architectural features.2.6 Asphalt: A black, sticky substance used for surfacing roads and parking lots.2.7 Gravel: Small stones used for surfacing roads, paths, or gardens.2.8 Roofing Materials: Various materials used to cover and protect roofs, such as tiles, shingles, or metal sheets.2.9 Insulation: Material used to prevent the transfer of heat or sound, typically installed in walls, floors, and roofs.3. Construction Phases3.1 Planning: The initial stage of a construction project, involving the formulation of project goals, budgeting, and timeline development.3.2 Design: The process of creating detailed blueprints and specifications for a construction project.3.3 Site Preparation: Activities carried out to prepare the construction site before building work begins, such as clearing land, leveling, and excavation.3.4 Foundation Construction: The installation of the foundation of a building, typically involving excavation, pouring concrete, and reinforcing materials.3.5 Structural Construction: The assembly of the main framework and support system of a building or infrastructure.3.6 Finishing: The final stage of construction, including interior and exterior finishes, such as painting, flooring, and installation of fixtures.3.7 Inspection: The process of examining and evaluating the quality and compliance of construction work with established standards and regulations.3.8 Handover: The formal process of transferring the completed project to the client or end-user.4. Project Management4.1 Project Manager: The person responsible for overseeing and coordinating all aspects of a construction project.4.2 Schedule: A timeline or plan that outlines the sequence and duration of activities within a project.4.3 Budget: The estimated or allocated amount of money for the completion of a construction project.4.4 Procurement: The process of purchasing or acquiring materials, equipment, and services for a construction project.4.5 Risk Management: The identification, assessment, and mitigation of risks that could impact the success of a construction project.4.6 Stakeholder: Any individual or entity with an interest in or affected by the outcome of a construction project, including clients, investors, contractors, and the local community.4.7 Change Order: A written document that outlines any changes to the original scope, schedule, or budget of a construction project.4.8 Quality Control: The measures and procedures implemented to ensure that construction work meets specified standards and requirements.ConclusionThis comprehensive list of construction and engineering terms serves as a valuable resource for individuals working in the construction industry. By mastering these terms, you will enhance your ability to effectively communicate and collaborate with colleagues, clients, and partners fromdiverse backgrounds. Remember, clear and concise communication is essential for successful project execution.。
基于隐喻认知理论的汽车工程专业英语词汇教学
Value Engineering 0引言从亚理士多德时代开始，隐喻就被作为一种主要文学修辞手段进行研究。
上个世纪70年代，认知语言学家开始从认知角度对隐喻进行真正的跨学科研究。
近年来，国内外学者都试图找出隐喻理论在二语习得中应用的渠道，Cameron ＆Low 将隐喻研究引入到了应用语言学领域[1]。
本文拟运用隐喻认知理论，从人类认知角度出发，分析隐喻与专业词汇之间的关系，并初步探讨利用隐喻认知策略在汽车专业英语词汇教学和学习中的可行性，并提出相关的几点启示。
1隐喻认知理论认知语肓学家认为隐喻就是利用一种概念表达另一种不同概念领域的事物。
以相似性为基础的隐喻能够使人们创造新的意义和为人们提供看待事物的新视角，它对人类认识事物、形成概念、发展词汇均起了重要作用，所以语言教师可以利用隐喻理论来解释语言意义的变化过程，解释词汇意义之间的相互关系，同时，还可以利用概念隐喻理论来解释语言中不同形式的隐喻之间的系统性和相互关系[2]。
隐喻是通过映射实现的，即从一个人们比较熟悉且易于理解的、具体的源域映射到一个不熟悉或较难理解的、抽象的目标域，从而达到重新认识目标域的目的，从这一层面理解，隐喻应是词汇教学中一种手段,它有助于学习者根据已有知识和认知模式在词汇之间建立起联系，触类旁通地领悟、记忆和应用词汇知识，特别是难理解的、抽象的专业词汇知识，并在此基础上整理、发展专业词汇网络。
2汽车专业词汇教学随着我国汽车工业迅速发展，市场经济对汽车专业技术人才的需求呈多元态势增加，特别是国际汽车市场交流要求培养具有高水平英语的复合型汽车专业人才。
许多开设汽车工程专业的高校采用汽车工程专业英语教学模式，即利用英语学习专业知识，促使学生通过英语获取各种专业信息，了解学科前沿成果，掌握世界科技动态或用英语与同行专家交流[3]。
在汽车专业英语中，专业词汇、术语维系着专业英语的语音和语法，是语言学习和实际运用的基础，并且很多专业词汇和通用英语词汇音形完全一致，只是涉及特定专业内容，具有了特定内涵，所以词汇教学是专业英语教学的基础。
安全工程专业英语
Advanced Monitoring and Surveillance Systems
Utilizes cutting-edge technologies such as AI, IoT, and remote sensing to provide real-time monitoring and early warning of potential safety hazards.
English • English communication and exchange in
safety engineering
01
Overview of Safety Engineering
Definition of Safety Engineering
Safety Engineering is a branch of engineering that focuses on the design and management of safe systems and processes within various industries. It involves the identification, assessment, and control of risks associated with the operation of machines, equipment, and processes.
电子信息工程专业英语
The ability to analyze, evaluate, and apply information critically This investments distinguishing fact from opinion, identifying biases, and evaluating the reliability of sources
02
Electronic Information Engineering English Vocabulary
Vocabulary of electronic components
Inductor
A component used to store magnetic energy, commonly represented by the symbol L.
Professional course design and learning content
Professional courses: Typical courses in Electronic Information Engineering include analog electronics, digital electronics, microelectronics, semiconductors, optoelectronics, telecommunications, signal processing, image processing, and more
Connecting multiple devices enables the exchange and forwarding of data frames.
如何学好理工英语1
如何学好理工英语1Engineering English is a specialized form of English used in the field of engineering. It is crucial for engineers to have a strong command of English as it is the language of communication in the global engineering community. Mastering Engineering English requires practice, dedication, and a practical approach. In this article, we will discuss some effective tips on how to study Engineering English effectively.1. Understand the BasicsBefore delving into Engineering English, it is essential to have a solid understanding of the basics of English grammar, vocabulary, and syntax. Make sure you have a good grasp of essential grammar rules, such as tense, voice, and sentence structure. Familiarize yourself with technical vocabulary specific to engineering, as well as common engineering expressions and idioms.2. Focus on ReadingReading is a fundamental skill in learning any language, including Engineering English. Start by reading scientific articles, engineering journals, and technical manuals written in English. This will help you get used to the language used in the field and improve your technical vocabulary. Highlight any unfamiliar terms and look them up in a dictionary. Try to read a variety of materials to expose yourself to different writing styles and terminology.3. Practice WritingWriting is another important aspect of mastering Engineering English. Practice writing technical reports, project proposals, and research papers in English. Pay attention to organization, coherence, and clarity in your writing. Seek feedback from teachers, colleagues, or native speakers to improve your writing skills. Keep a journal or blog in English to practice writing regularly and track your progress.4. Attend Workshops and CoursesConsider enrolling in workshops or courses that focus on Engineering English. These programs are designed to help engineers improve their language skills, communication abilities, and writing proficiency. Participate in workshops on technical writing, presentation skills, and scientific communication. Take advantage of online resources, such as webinars, tutorials, and language exchange platforms, to enhance your language skills.5. Communicate with Native SpeakersOne of the best ways to improve your Engineering English is to interact with native speakers. Engage in conversations with colleagues, professors, or professionals in the field. Practice speaking about engineering concepts, projects, and challenges in English. Join English-speaking engineering forums or clubs to share ideas and experiences with like-minded individuals. Surround yourself with English speakers to immerse yourself in the language and improve your communication skills.6. Listen to Podcasts and LecturesListen to podcasts, lectures, and webinars related to engineering topics in English. This will help you improve your listening skills, vocabulary, and comprehension. Pay attention to pronunciation, intonation, and accents to enhance your speaking abilities. Take notes on key points, technical terms, and relevant information. Listen to a variety of speakers to expose yourself to different accents and speech patterns.7. Use Technology and ToolsUtilize technology and tools to study Engineering English more efficiently. Use language learning apps, online dictionaries, and grammar checkers to improve your vocabulary, grammar, and writing. Install language support software or extensions on your browser to translate technical terms and phrases in real-time. Create flashcards, vocabulary lists, and study guides to review and reinforce your knowledge regularly.8. Set Goals and Track ProgressSet specific, achievable goals for learning Engineering English and track your progress regularly. Determine your strengths and weaknesses in language skills, such as speaking, reading, writing, and listening. Create a study plan with daily, weekly, and monthly objectives to stay motivated and focused. Measure your improvement by taking practice tests, quizzes, or language proficiency assessments. Celebrate your achievements and milestones along the way.In conclusion, mastering Engineering English is a valuable skill for engineers to succeed in their careers. By following these tips and strategies, you can study Engineering English effectively and enhance your language proficiency. Remember to practice regularly, seek feedback, and stay motivated in your language learning journey. With dedication and effort, you can improve your communication skills, expand your knowledge, and excel in the field of engineering.。
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７I am a manager. (project manager, resident construction manager, construction superintendent, controller staff member, engineer, technician, economist, supervisor, foreman, worker)我是经理。
（项目经理、驻工地总代表、工地主任、管理员、职员、工程师、技术员、经济员、检查员、工长、工人）。
８I work in the Second Construction Company ofSINOPEC.(Market Department, Engineering Department).我在中国石化集团第二建设公司（市场开发部、工程部）工作。
９My technical specialty is civil engineering.(chemical engineering, process, mechanical equipment ,electrical, instrumentation, piping, welding, furnace building, corrosion prevention, thermal-insulation, heating-ven-tilation, quality control).我的技术专业是土建工程。
（化工工程、工艺、机械设备、电气、仪表、管道、焊接、筑炉、防腐、保温、采暖通风、质量管理）。
１１I am a mechanician.(electrician, Pipelayer,welder, carpenter, turner, blacksmith, builder, erector, riveter,rigger, concrete worker, engine-driver,repair worker).我是一个机械工。
（电工、管工、焊工、木工、车工、铁工、建筑工人、安装工人、铆工、起重工、混凝土工、司机、维修工）。
105 Today we shall discuss the question of hydraulic (pneumatic)test.今天我们将讨论水压、（气压）试验问题。
106 Please give us your opinion.(point of view, ideas)请把你的意见（观点、想法）告诉我们。
108 We are willing to accept your suggestion.(plan)我们乐于采纳你的建议（计划）。
109 Your suggestion suits us. We agree.你的建议适合我们，我们同意。
110 Please forgive me. We have different (opposite) views on this. Our opinion is …请原谅，我们对此有不同的（相反的）看法。
我们的意见是…. 111 I am very sorry, but I disagree with you.我很报歉，我不同意你说的。
112 We should be able to settle this question.我们应该能够解决这个问题。
113 We would like to hear your opinions.我们想听一下你的意见。
114 We must act according to the contract.我们应该按照合同办事。
115 Thanks for the advice, but this is something we have to figure out (workout) ourselves.感谢你的劝告，但此事我们要自己考虑一下。
（解决）116 I do not see any point in discussing the question any further.我认为进一步讨论此事没有必要。
117 Let us discuss these problems one by one.(step by step) 让我们一个一个地（一步一步地）讨论这些问题。
I agree with you ,but with some reservations.我同意，但有某些保留。
119 I think so.我想是这样。
121 It is a question which we shall not discuss here.这个问题我们将不在此讨论。
122 We have not get fully determined.我们尚未完全决定。
123 This is something beyond our comprehension.这是我们不可理解的事。
124 I regret to say that I can not agree with you.我很报歉（遗憾），不能同意你。
125 We hold the opinion of our own.我们坚持我们的意见。
126 Let us decide on this point.让我们决定这一点。
128 This problem must be reported to the higher level, they have the final say to make decisions.这个问题应该呈报上级，由他们作最后决定。
129 Your side will be held responsible for all the consequences arising there from.由此产生的一切后果由你方负责。
130 Let us draft a resolution about it.让我们为此起草一项决议。
131 Please sign your name to the minutes of the meeting.请在会议记录上签字。
132 We shall meet again tomorrow morning.我们明天早上接着开会。
133 Let us put this matter aside for sometimes, Good-bye.这事过些时候再说，再见！134 Your cooperation means much to us.你们的合作对我们是很重要的。
ENGINEERING PROJECT135 A project execution is usually divided into some elementary phases, such as :engineering, procurement and transportation, and field construction.一个工程项目的实施通常可分为几个基本阶段：工程设计、采购和运输、以及现场施工。
136 We are building an ethylene plant with an annual capacity of 300,000 metric tons.我们正在建设一座年产三十万吨的乙烯工厂。
137 The contract number of this project is CJC78-8.这个项目的合同号是CJC78-8。
138 The Seller(vendor) is Toyo EngineeringCorporation(TEC)of Japan.卖方（卖主）是日本的东洋工程公司。
（简称TEC）139 The Buyer (customer, client)is China National Technical Import Corporation.(CNTIC)买方（主顾、顾客）是中国技术进口总公司。
（简称CNTIC）140 China National Chemical Construction Corporation (CNCCC) contracts for domestic and overseas chemical projects.中国化工建设总公司（简称CNCCC）承包国内和海外的化工工程。
141 We can contract to build turn-key plant, undertake single items of projects as a subcontractor or provide labor services.我们可以承建成套工厂或分包单项工程或提供劳务。
142 The “UHDE” Corporation of Federal Germany takes part in this project as a patent licenser.(owner of the know-how)联邦德国的“伍德”公司作为一个技术专利执证者（专门技术所有者）参加此项工程。
143 Are you the Seller’s Representative on the job site?你是卖方的现场代表吗？144 I am the Buyer’s General Representative.(GR)我是买方的总代表。
（简称GR）145 It is an inquiry (commercial and technical proposal, approval, agreement ,protocol, annex, technical appendix) about this project.这是这个项目的询价书。
（商务和技术报价书、批准书、协议、会议记录、附加条件、技术附件）146 There are many information in the technical proposal, which including: process flow, process description, capacity of the plant, performance of the product.技术报价书中有很多资料，包括：工艺流程、工艺说明、生产能力、产品特性等。
147 There are two units (installations) in the contract plant. (within the battery limits)在合同工厂内（界区范围内）有两个车间。
（装置）148 The project team normally consists of project engineer, design engineer ,schedule engineer, and various specialists.项目工作组通常包括有项目工程师、设计工程师、计划工程师、以及各类专家。