97学年度真理大学资讯工程学系资讯专题(二)报告顺序(大三下)

合集下载

九十七学资讯工程系转系考试

九十七學年度資訊工程系轉系考試一、考試日期：97年 7 月 11日（星期五）**若當天因颱風放假,則考試延至7/14(一)二、考試科目及時間：8:30~10:00 計算機概論10:20~11:50 微積分三、考試地點：資訊館一樓101 室四、注意事項：* 考試當日請攜帶學生證、文具用品。

* 請勿攜帶計算機、參考書籍或任何電子器材。

五、以下名單為可參加轉系考試者:(其中有部份同學學校成績尚未全部到齊,目前無法確定是否符合本系申請資格,但可先參加考試,待個人成績送齊後再審核是否合格)學號姓名B94208019 晉良驩B95502017 丁振新B95602003 林哲維B95705017 林陳駿B96202057 陳秀昌B96303111 王子青B96502105 盧羿安B96611030 顧宗浩B96705010 施孟甫轉系考試場規則一、考生須於規定考試時間開始前十分鐘入場，未到時間不得先行入場；遲到逾三十分鐘者，不准入場；考試開始後，四十分鐘內不得出場，違者取消考試資格。

二、考生須依監試人員指示入座。

三、考生入場後，監試人員宣佈考試開始前不得翻動座位上之試卷；考試開始及結束請依監試人員指示。

監試人員宣布考試開始前即翻動考卷者，該科試卷不予計分。

四、考生應將學生證或身份證放置在考桌上，以便監試人員查驗。

五、考生須在試卷上填寫學號，請勿填寫姓名。

六、考生除應用文具外，不得攜帶其他妨害考試公平性之物品（如：電子呼叫器或行動電話等）及簿籍、紙張等入座，違者該科不予計分。

七、考生除因考試題目印刷不清得舉手發問外，其他概不得發問。

八、考生間不得交談，亦不可偷看他人試卷，違者該科不予計分。

九、考生不得有抄襲、傳遞、夾帶、頂替或其他舞弊情事，違者勒令退出考場，並取銷考試資格。

十、考生不得在試場內吸煙、飲食或擾亂試場秩序，影響他人作答，違者初次予以勸告；不聽勸告者，即請其出場，該科不予計分；拒不出場者，取銷其考試資格。

大叶大学资讯工程学系所课程纲要及进度表九十三学年第一学期

大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFR5069、IFN1013 年級：碩一、碩在一大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFI4025 年級：大三科目代號：IFI3017 年級：大三注意事項：1.出席(1)隨時抽點，不限次數，一次無故缺席扣學期總成績1分。

(2)找人代點者一次扣學期總成績5分。

(3)因事、病假請假者依學校相關規定辦理。

2.本學期點名未到者不得事後請假(特別是病假)及要求補考(公假以及家庭變故者可要求補考)，因故請假者必須於上課前以email通知老師及班代表。

3. Honor-Code Policy：任何一次考試如有作弊情事發生，除依照校規處理以外，所有相關同學的學期總成績一律50分。

作業不可互相抄襲，抄襲者當次作業不予計分。

科目代號：IFI3004 年級：大三科目代號：IFI3034 年級：大三、碩一科目代號：IFI2001 年級：大二科目代號：IFI3032 年級：大三科目代號：IFR5058、IFN1004 年級：碩一、碩在一科目代號：IFI3027 年級：大三科目代號：IFI3069 年級：大三大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFI2004 年級：大二大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFR5106 年級：碩一科目代號：IFI1010 年級：大一科目代號：IFR5003、IFN1007 年級：碩一、碩在一大葉大學資訊工程學系課程綱要及進度表〈九十四學年度第一學期〉科目代號：IFI1003 年級：大一大葉大學資訊工程學系課程綱要及進度表〈九十四學年度第一學期〉科目代號：IFI3039 年級：大三大葉大學資訊工程學系(所)課程綱要及進度表〈九十四學年度第一學期〉科目代號：IFR5105、IFN1021 年級：碩一、碩在一科目代號：IFI1005 年級：大一科目代號：IFI3021、IFR5023 年級：大四、碩一大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFI2011 年級：二大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFI3071 年級：三大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFI1003 年級：大一大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFI3003 年級：大三大葉大學資訊工程學系(所) 課程綱要及進度表（九十四學年度第一學期）科目代號：IFI3011 年級：大二科目代號：IFI2005 年級：大二科目代號：IFI4057、IFR5103 年級：大四、碩一科目代號：IFI1017 年級：大一科目代號：IFI2092 年級：大二科目代號：IFI4055、IFR5084 年級：大四、碩一科目代號：IFI4051、IFR5080 年級：大四、碩一科目代號：IFI3057 年級：大三科目代號：IFI4030 年級：碩一。

23482555

文章编号：６３３６（０６Ｏ—４８０１７—３３２０）４０６—４
煤矿深部开采面临的主要技术问题及对策
李化敏，付凯。
（．河南理工大学能源学院。南焦作１河４４０；２５００．大峪沟矿务局，南巩义河４１０）５００
摘要：总结分析了煤矿深部开采面临的主要技术问题，并就解决这些关键技术问题提出如下措施：强深部地质工作，加了解深部复杂多变的煤岩体特征，对深部开采进行统筹规划，合理开拓开
采部署，可能防止采动和煤柱应力叠加；尽改进围岩的控制技术，限制围岩变形破坏；开辟新的思
ｅｕｔｒｅｓｒｓｔｏｖｈｍｒｌｏｐｅｅｔｄＦｒｔｙ，ｔｅｍｉｉｇｉｄｃｄｍｏｅｅｔａｄｏｎｅｍａｕｅｏｓｌｅｔｅｗｅｅａｓｒｓｎｅ．ｉｓｌｈｎｎｎｕｅｖｍｎｎｓｐｒｏｅｔｅｓｏｏｌｉａｓｓｏｌｅａｏｄｄａｕｈａｏｓｂｅｂｔｅｇｈｎｎｈｅｕｅｐｓｄｓｒｓｆａｌｒｈｕｄｂｖｉｅｓｍｃｓｐｓｉｌｙｓｒｎｔｅｉｇｔｅｇ — ｃｐｌ
维普资讯
第２３卷第４期
２００６年１２月
采矿与安全工程学报
ＪｕｎｌｆＭｉｉｇ＆ＳｆｔｎｉｅｒｎｏｒａｏｎｎａｅｙＥｇｎｅｉｇ

97学年度第2学期学士班学生通识课程选课说明

97學年度第2學期學士班學生通識課程選課說明一、大一學生依循「國立中興大學學生修習通識教育課程須知」及各學系通識課程修習條件，修習新制通識課程，選修舊制通識課程不得採計為通識學分。

（一）預選：大一預選新制通識，不開放新制通識課程人文領域歷史類課程及社會科學領域政治類課程預選。

科目代碼如下列：1.人文領域：0301起始2.社會科學領域：0401起始3.自然科學領域：0501起始（二）初選、加退選：選修新制通識課程。

（三）大學國文、大一英文：一年級學生第二學期依第一學期選課結果上課，不再重新選課。

重補修者，請於初選時選修有餘額之班級。

（四）各系經認可為通識課程之專業課程，如與學生畢業時就讀學系之必修課程相同，或為學生畢業時就讀學系所開授之課程者，不得採計為通識學分。

二、大二以上學生依循該入學年度之修習條件，修習舊制通識課程。

（一）預選：大二以上限預選舊制通識，不開放舊制歷史、社會學群預選。

科目代碼如下列：人文與藝術領域：0101起始自然科學領域：0201起始應用科學領域科技學群：0251起始應用科學領域生活學群：0270起始（二）初選、加退選：通識教育改革過渡期間，因應特殊情形，舊生可於初選時選修新制通識人文領域歷史類課程及社會科學領域課程，另可於加退選時選修新制通識課程，採計為舊制相關領域通識學分，但須符合該生入學年度各系修習條件之規定。

（三）學分採計說明：(依「國立中興大學學生修習通識教育課程須知」第六條規定)1.原未修或重修大學國文學年課（6學分）者，除中文系學生之外，依本校選課辦法，學生重補修應以新課程科目學分數為適應準則，故重補修新制大學國文學年課者，以4學分計。

2.修習新制人文領域歷史系教師開設課程，其學分數可採計為舊制必修歷史學群學分數。

3.修習新制人文領域課程，可採計為舊制人文與藝術領域學分數。

4.修習新制社會科學領域課程，其學分數可採計為舊制必修社會學群，或應用科學領域生活學群學分數。

正修科技大学进修部课程表 97学年度第二学期班级二技电子三甲.

選修
數位信號處理
83N061
3
3
17-0308
李豫暉 2047
正修科技大學進修部課程表97學年度第二學期班級：二技電子四甲
星期
科目
時間
一
二
三
四
五
六(午)
六(晚)
晚上
１
１８：２０
∣
１９：１０
多媒體資訊系統
光纖通訊導論
IC封裝技術
天線設計實務
實務專題
13：15
|
14：00
18：10
|
18：55
２
１９：１５
必修
高等工程數學(二)
83A071
3
3
17-0308
蔡漢彰 0121
必修
DSP晶片實習
83A081
2
3
06-0402
林仲晟 0193
選修
電磁波
83N031
3
3
17-0308
林猶穎3823
選修
高頻電子電路
83N041
3
3
17-0308
蔡友遜 0244
選修
通訊系統
83N051
3
3
17-0308
李文加 2123
５
２１：５５
∣
２２：４５
DSP晶片實習
高等工程數學(二)
電磁波
通訊系統
16：35
|
17：20
21：30
|
22：15
必修與選修
科目名稱
課程代碼
學分
講課實習時數
上課教室
任課教師
必修
實用英文
830021
2

Book_MAS_SriLanka[1]

MAS Intimates Thurulie Clothing factory in Sri Lanka28101214161821222630364042464850525658606264676874767980838486Step by step2There are countless definitions of sustainability.Many are based on the three-pillar model:a project is considered sustainable when it responds equally to economic,ecological,and social factors–which often can be measured only subjectively–and brings these into lasting balance.Balance.That sounds desirable.But we all know that it is often very difficult to achieve balance in practice;we are usually forced to weighand trade off various interests.But even then we can produce notable achievements,certain aspects of which might even be exemplary.In this publication the Holcim Foundation for Sustainable Construction presents a new clothing factory at Thulhiriya in Sri Lanka,the production site of an international clothing maker.The first phase of this buildingwas finished mid-2008.I visited the factory a few months later and quickly recognized that this exemplary project also has its weaknesses.For example,one could have covered the entire roof with photovoltaic panels.Columns in the halls could have reduced steel consumption.The aluminum roofing represents a significant amount of gray energy. Perhaps they could have avoided reshaping the pond on the site,and damaging flora and fauna by dredging.One could have done many things differently.But still,the factory is impressive–also in terms of sustainability.As an engineer I haveseen uncounted industrial buildings in my lifetime,but no project has impressed me as favorably as this two-story building.Passive cooling reduces energy consumption.A hydroelectric plant supplies 90percent of the power requirement,and photovoltaic panels cover the34rest.Once the final wing is constructed,the factory will give1,300people work–in a country beset by tsunami and civil war.Despite limited resources,much has been done with this building to enhance its sustain-ability profile.When I think back on my visit,I remember women of Sinhalese and Tamil descent working together in groups.I see happy young people before me, pouring out of the sewing halls to enjoy lunch together beside the pond.The surroundings of the pond are thickly vegetated again;no signs remain of the shovel excavator that enlarged it.The recuperative capacity ofnature is so strong here that even massive interventions are not so decisive as in other global regions;accordingly,they must be assessed differently than elsewhere.I am impressed by the commitment of the people who have created notjust a building but a system–not a perfect one,but,measured on the imperfect scale of sustainability,a very good one.And that in itself is an outstanding achievement.See page79for an interview with Hansjürg Leibundgut:“Making an industrial building fundamentaly sustainable.”58Sustainable development and architecture are multifarious subjects intertwined with many other complex issues.To make sustainable construction easier to understand,assess,and practice,the Holcim Foundation for Sustainable Construction developed a five-point definition.These five so-called“target issues”serve to measure the degree to whicha building contributes to sustainable development.Three of the fivetarget issues align with the primary goals of the Rio Agenda:balanced environmental,social,and economic performance.A further target issue applies specifically to building–the creation of appropriate buildings, neighborhoods,towns,and cities.The final target issue recognizes the need for significant advancements that can be applied on a broad scale.These five target issues are explained in detail and illustrated at/target.The following section of this book is a summary of the five criteria and how MAS Intimates Thurulie meets them.910Significant advancements in construction practice must be applied on a broad scale to support global sustainability.Practices and ideas that transfer best are those that are affordable,simple,and broadly applicable.Quantum change and transferabilityMAS Intimates Thurulie claims to be the world’s first clothing factory powered solely by carbon-neutral sources.The building is a visionary depar-ture from the traditional factory.It meets very high standards for ethics and environmental stewardship in manufacturing.As a model building under Marks&Spencer’s eco-initiative Plan A,the project sets an example forthe company,the apparel industry,and other industries.Compared with the average factory,the design is outstanding in virtually every respect.As the flagship factory of MASHoldings,the building is a globally publicized icon that symbolizes the company’s commitment to sustainabledevelopment.1112Ecosystems worldwide are suffering under tremendous pressure.Buildings must conserve finite resources and minimize greenhouse gas emissions.Built environments must be healthful for humans,animals,and plants.Green buildings contribute to a healthy natural environment by reducing waste,controlling pollution,and treating land,air,and water as precious resources.Ecological quality and energy conservationMAS Intimates Thurulie was designed in compliance with USGBC standards for green buildings and complies with LEED*Platinum standards.This certifica-tion attests outstanding overall environmental performance.Energy required for operation is 25percent lower than that of com-parable factories.Only renewable and carbon-neutral energy sources are used.The building is carefully situated on the intensively planted site to minimize its footprint and maximize open space.Every drop of water on the site is carefully managed;consumptionof potable water is half that ofcomparable factories.To reduce the gray energy in the building,the main exterior walls are made of compressed stabilizedearth block manufactured 40kilo-meters from the site.*LEED (Leadership in Energy and EnvironmentalDesign)is the Green Building Rating System™of the U.S.Green Building Council.Platinum is thehighest LEED rating.Buildings that have attainedthis rigorous level of certification are among thegreenest in theworld.1314As the global population expands,ethical imbalance becomes another threat to sustainability.In developing countries,the chief mandate of construction is to ensure basic needs such as shelter,water,schools,and access to goods,services,and medical care.In developed countries,the challenge is to achieve socially equitable stewardship of natural resources.All settlements and buildings should respond to emotional and psychological needs of people by providing stimulating environments,raising awareness of important values,inspiring the human spirit,and bonding society.Sustainable construction includes fair and respectful treatment of everyone involved during the design,construction,use,and recycling of buildings and cities.Ethical standards and social equityHealth and well-being of staff are central to the design of MAS Intimates Thurulie.The building offers a comfortable,healthful,and attractive indoor environment for all users.As part of its service to employees,the plant transports employees to and from work,provides free lunches for staff,trains workers,and provides on-site conveniences such as medical care and banking.The production floor is divided into separate areas where workers collaborate in teams,enhancing productivity and employee satisfaction.The eco-factory is an ethicalresponse to consumers who called for stronger environmental stewardship.The beautiful and stimulating environment is uplifting;thefactory is a place where peoplefeel treated with respect anddignity.16Buildings must be financially feasible to build,operate,maintain,and ultimately remove.They should support sustainable economic mechanisms,activities,and purposes.Construction projects can stimulate local economies,lead to broader economic integration,help establish long-term bases for livelihoods,and serve to distribute wealth.Economic performance and compatibilityMAS Intimates Thurulie is designed for lean manufacturing;the factory is profitable to operate,displaying energy efficiency,operational efficiency,and high productivity.Because operation is very efficient,the payback period for the extra cost of making the building green is only five years.The iconic building enhances the brand equity of the manufacturer,MAS Intimates;its group,MAS Holdings;and its retailer,Marks &Spencer.The new factory helps revive a former industrial center,reestab-lishing a local economic base and providing long-term employmentfor 1,300people.As a motor of the new MAS FabricPark,the plant is central to thefurther development of an efficientmanufacturinghub.171922Apparel production and export accounts for two-thirds of Sri Lanka’s industrial product.The three-billion-dollar industry is the country’s largest export earner,directly and indirectly supporting one million of the nation’s twenty-one million inhabitants.Thulhiriya Textile Mills was established in 1968as a state institution in Thulhiriya,a rural community 65kilometers northeast of Colombo.In the 1970s the 68-hectare park was the largest mill complex in Asia,the motor of the regional economy,and a driver of national industrial development.The complex declined after it was privatized in the 1980s.Further invest-ments and improvements were made,but the complex ultimately failed.It was closed in 2003,which devastated the local economy.The state tried to revive the complex,but without success.In 2006the government of Sri Lanka invited MAS Holdings,the country’s largest clothing manufacturer,to lease the complex and revitalize it as a privately managed industrial park for textile processing and export.Thus MAS Fabric Park was formed from the remnants of its forty-year-old fore-runner.The new lingerie factory MAS Intimates Thurulie opened there in 2008,initially employing several hundred people,and returning economic prosperity to the district.Costs in Sri Lanka are higher than those in most of Asia,so Sri Lankan companies pick niches to survive.MAS makes sophisticated,high-value garments such as lingerie for Victoria’s Secret and other leading brands.MAS Intimates Thurulie manufactures lingerie exclusively for Britain’s biggest clothier,Marks &Spencer,which operates around 900stores worldwide,including more than 600in the UK.Marks &Spencer conducted a customer survey in 2006that showed that 78percent of its customers MAS Fabric Park and MASIntimates24wanted to know what materials go into the products they buy,where and how the items are made,and what the associated environmental impact is.Answering to this customer response,Marks &Spencer devised Plan A –a USD 340million,five-year,company-wide environmental and social sustainability program.Plan A comprises a hundred points to be achieved by 2012,one of which is establishing model green factories that supply goods to Marks &Spencer.Marks &Spencer invited three Sri Lankan suppliers to build such model factories;MAS Intimates Thurulie was the first plant to be designed in line with this plan.MAS believes the building is the first purpose-built green clothing factory in the world.All items produced at the factory are sold wholesale to Marks &Spencer.The bulk is shipped from Colombo to England,and a fraction to Marks &Spencer franchise holders based in Dubai,Hong Kong,and India.The building cost USD 2.66million.Marks &Spencer financed USD 400,000of the sum,paying for much of the green design and for the plant’s photo-voltaic system,the largest in Sri Lanka.Although MAS invested a greatamount in the factory,Marks &Spencer pays no premium for the products,and provides no guarantee to purchase the merchandiseproduced.Site descriptionMAS Fabric Park is located in Thulhiriya,five kilometers from ahub where two important highways intersect.The park possesses well-developed infrastructure with roads,all utilities,and a water-treatmentplant.The land is zoned into areas for industrial,warehousing,residential,commercial,institutional,and religious uses,and it includes small greenzones.The residential zone is planned for200people;80people live there,18of whom work at MAS Intimates Thurulie.MAS considered several sites in the industrial park for its new factory.Instead of reusing one of the vacant buildings in the park,the largestof which measures500,000square meters,the company built a newstructure on an undeveloped site at the northern tip of the park.Decidingwhether to build on a greenfield site or reuse buildings or building sitesis a central issue in sustainable construction.Greenfield construction2627Site plan 1Main entrance 2Workers’entrance 3Visitors’entrance A Entrance house B Lockers C South wingD Main hallENorth wing FShrine G Administrative wingG CA EF 123requires compelling justification because each project of this type is another step in the incessant march to cover the earth with buildings and paving.The chosen site had formerly served as a deer park and as a recreational site.It measures3.32hectares and is roughly trapezoidal,bordering Kurunegala Road to the east,the Ma Oya River bank reservation to the west,a DogiEFA factory to the south,and an electrical substation to the north.The general solar orientation is toward the northwest.The rolling terrain tumbles six meters from the highest point in the south cornerto the lowest point in the west.Steep slopes are located only along the southern boundary.The soil is laterite with high clay content.The climate is typical of the lowland wet zone of southwest Sri Lanka. Diurnal temperature fluctuation is greater than annual or seasonal fluctuation.Average daily temperatures vary from23°to30°Celsius.High temperatures exceeding32°C occur about65days a year.The region has more than100rain days a year,with approximately2,400millimetersper year of rainfall.Humidity averages74percent,but can easily approach 90percent in early morning and late evening during most of the year.On the eastern half of the site grew tall grass,shrubs,and trees.A man-made pond,measuring about6,900square meters,has long occupied much of the western half of the site,which is densely covered with maturetrees and thick shrubs(see back cover).This productive and sensitive biome is unfortunately zoned for industrial development.MAS wisely avoided building on this riparian area;in fact,the building effectively blocks development of it.28The thrust of the site design is to efficiently accommodate the factory and to maximize open space.This was achieved by planning a two-story building with a footprint of only 6,780square meters,or roughly fifteen percent of the site.The remaining open space was either left undisturbed or planted for erosion control.The pond and the dense woods on the western part of the site were retained.Most large trees on the site were preserved.The building is located near the center of the site,situated in response to the terrain,climate,soil,and hydrology.Natural topography and drainage patterns were preserved as much as possible by situating the building along the contour lines and raising Building G (see page 27)on stilts.The entrance to the site is at the southern tip.Pedestrian and vehicular circu-lation are segregated at the entrance and routed efficiently.The main road for trucks on the site follows the eastern boundary,leading directly to the load-ing docks.The employee entrance is just north of the main gate,and includes locker rooms and parking for 25bicycles.Farther to the northwest is the visitor entrance.Immediately to the west of the entrance are ten parking spaces for cars of visitors and staff.Most of the 800staff who work at the plant today commute by bus.It can be noted that if all staff were to commute by car,in the U.S.fashion,the site would be a parking lot.All roads,walks,and terraces on the site are paved with cement-stabilized earth instead of sealed pavement.The porous surface reduces runoff and helps recharge the ground-water.Paving covers about ten percent of the site.About 400trees were planted,doubling the number on the site.Essentially all areas not occupied by the building,pond,or pathways are planted with trees,most of them in the courtyards and in the green belt to the east of the building.The vegetation helps keep the factory cool.Shading of the building and grounds will keep the building an estimated 1to 2°C cooler when the 30SitedesignGround floor plan1Main entrance2Workers’entrance3Locker rooms4Loading dock5Raw material storage 6Finished goods storage 7Visitors’entrance8Compressor room9Holistic medical center 10Shrine1098765432132trees mature and the green canopy spreads.Requirements for watering and maintenance are reduced because endemic and adapted species were selected.Rare,endangered,and medicinal species were planted as well.Thulhiriya is in the intermediate climate zone of Sri Lanka.The site can host plants from the country’s wet zone and dry zone.Species from both zones are present.For example,at the top of the cascade,dry-zone plants thrive in the strong sun.At the base,where water accumulates,wet-zone plants thrive in the moisture.The green roofs of the building are planted with a local grass variety and some medicinal herbs.This flora requires little maintenance.No drop of water that enters the site is lost without providing some benefit.Green areas are designed to absorb up to 25millimeters of rain before runoff begins.Erosion is controlled by porous surfaces,dense planting,and,where necessary on steep slopes,stabilized soil.Runoff is channeled to the retention pond,which serves as the primary irrigation source for plants on the site.The pond was dredged and enlarged to increase its irrigation capacity.Native fish species and indigenous water plants were introduced.MAS reports that the number and variety of species on the site has expanded significantly,especially reptiles and birds,including waterfowl.The facility is used during daylight hours only.At night the site is left to nature,and emissions of light and noise are kept low.The image of MAS Intimates Thurulie is that of a factory in a garden paradise,because three quarters of the verdant site remains unbuilt.Except for the untouched forest,the greenery and water are handled primarily as scenery or functional amenities and secondarily as natural habitat.By placing greater emphasis on site ecology,the environmental impact of this model green factory could be further reduced.Our concept of landscaping mustexpand34from “design”–using natural features for functions such as beautification,shading,irrigation,or soil stabilization –to include habitat –maintaining natural spaces as pieces of a larger fabric essential to wildlife survival.MAS Intimates Thurulie could fully apply this concept by embracing the tenet protect ,connect ,and recreate .The pond is designed primarily for retention of irrigation water,decorated with islands and a footbridge,and designed for visitors to walk around it.The trails could be closed,and the bridge removed to prevent human intrusion into the biotope.Much of the bank is unnaturally steep and devoid of typical flora;nature is a perfect guide for appropriate slopes and variegated planting.The fence around the site prevents manyanimals,particularly mammals,from entering the site,foraging,or reaching the pond;it could be opened to allow passage and connect isolated habitats.The field to the east of the building is a monoculture turf dotted with trees –a 3,000-square-meter lawn;it could be developed into valuable habitat if it were designed and planted with nature as the model by adding a diversity of tall grasses,large plants,and shrubs,all allowed to undergo seasonal cycles of blooming,going to seed,and withering,with minimal intervention,otherwise known as “grounds maintenance.”Such improvements would be relatively easy to make at MAS Intimates Thurulie.They would not only enhance the building's status as an environ-mentally attuned factory,they could serve as an instructive example of vital but often overlooked ecological principles that apply in every backyard.Exemplary ecological site design could serve to sensitize and educate plant employees,visitors,and a potentially broader audience about design with nature.Such a plan must be part of the mission of a model green factory,especially a greenfield project that claims for itself such a large piece of land,with a floor-area ratio of1:4.Building programMAS Intimates Thurulie,conceived as a10,000-square-meter building for1,300people,is the first MAS plant designed fully in line with the MASOperating System,the company’s lean-production standard.In contrast tothe industry norm,in which the typical factory is a single large hall,thelean-production standard requires smaller production areas,each containinga complete value stream,from cutting fabric to packaging finished garments.The production floors are free from columns and other obstacles so thateach production team can arrange its machinery to best suit the garmentsbeing made.The arrangement of electrical receptacles and lighting fixturesprovides the same flexibility.In the first year of operation the floor layoutwas changed several times to accommodate efficient production of newarticles.styles of3637Cafeteria Upper floorplan38In addition to the comfortable atmosphere in the production halls,the workers enjoy a range of service spaces and amenities.Each hall has its own service spaces including mechanics’room,meeting areas,and toilets.The cafeteria,offices,board rooms,reception foyer,and main corridorsenjoy views of the pond.The shrine,to the north,stands beneath a mature Bo tree,or sacred fig (ficus religiosa).This tree has special significance to Buddhists,the predominant local religious pany standards require adequate circulation paths,barrier-free accessibility throughout the building,and compliance with all relevant fire and safety requirements.Showers,toilets,and lockers for employees are provided at the main entrance area.The plant infirmary provides holistic medical services.The administrative wing houses chiefly offices and meeting rooms.The collaborative style of working at the plant calls for places for impromptu meetings without the trappings of isolated meeting rooms.The company calls these quiet,open work areas relaxstations.Section40Sustainable approachBoth MAS Holdings and Marks &Spencer intended the factory to be an iconic model for green manufacturing,to set new standards for design,construction,and operation.Incorporating advanced technology in most areas,the building does this in several ways.To realize a sustainable design,the design team applied a three-point philosophy of respect for the site,respect for users,and respect for eco-systems.These three aims,complementing the functional and commercial requirements for the project,served as selection criteria for all materials and systems used in the building.The design is inspired by traditional Sri Lankan architecture,built partially on stilts,with courtyards,amid lush greenery.The building is energy efficient and the indoor climate is comfortable,a challenging combination in the tropics.It is powered by carbon-neutral sources,and it uses half the water of comparable factories,even though the grounds are a veritable garden.The facility incorporates an anaerobic digestion system for sewage treatment.These are all suggestions of PlanA.Passive coolingThe building is designed for efficient production,a comfortable atmos-phere,and low energy consumption.Meeting these three criteria in thetropics means mastering above all one thing–cooling.Cooling is achievedat the plant primarily by passive design and secondarily by active systems.Passive design measures include the orientation and massing of buildingvolumes,controlled fenestration and ventilation,shading of the buildingand its surroundings,and thermal mass and solar reflectivity of thefacades and roofs.EastElevation4243The high angle of the sun during most of the year makes the south facade the easiest to shade and the east and west facades the most difficult. Thus,the main building volumes,the production spaces,are aligned on an east-west axis,the north and south facades being the largest.This orientation makes it easier to block direct solar radiation.The massing of the building volumes and the positioning and sizing of windows permit daylight to enter as natural illumination without causing substantial heat gain.Horizontal shading intercepts the northern sun at midyear and the southern sun later in the year.Thermal roof load,the largest contributor to heat gain and indoor discomfort in the tropics,is controlled by a combination of green roofs, photovoltaic roofs,and cool roofs.Green roofs cover1,757square meters of the building.They are installed on concrete decks over shortspan spaces in the administrative wing.Covered with turf and plants,the high thermal mass of this roof absorbs heat without transmitting it into the building. The cool roof is a lightweight metal roof assembly over the longspan production halls.The white metal,with a solar reflectivity index of79, reflects nearly eighty percent of the solar energy that reaches theroof.44The photovoltaic roof covers 200square meters of the building with solar panels.This system not only prevents thermal gain,it transforms the solar energy into electricity.Another passive means of keeping the building cool is to cool the micro-climate,or reduce the ambient heat around the building.The heat-island effect around the building is controlled by shading,by covering parking areas,by using lighter,reflective paving around the building instead of dark,heat-absorbent paving,and by shading the courtyards between the building volumes.The combination of the many passive cooling measures reduces the thermal load to a level that can be handled by environmentally efficient cooling systems instead of power-hungry conventionalsystems.Once the final wing is complete,the facility will accommodate 1,300occupants,including nearly 1,100machine operators.With a worker-centered design,industrial processes follow the high-productivity MAS lean-manufacturing standard.The production floor is separated into five halls on two floors.This makes climate control more efficient and it allows housing complete value chains within each hall.At the time of writing,all wings of the facility were built except the north wing,the construction of which is scheduled to begin in 2009.Just-in-time manufacturing processes dramatically reduce storage space required for raw materials and finished goods at the plant,leaving more area for production.The production spaces are designed for inventory-free operation,meaning that the day's raw materials are delivered in the morning and the finished and packed garments leave the floor in the evening.The internal layout is designed to minimize transportation.Everything machine operators need is within arm’s reach,and dedicated spaces are provided for systematic problem-solving.The layout provides visual connection between offices and production floors.The plant is wireless-network enabled,and nearly all computer users have laptops and mobile phones linked to the company phone system,giving staff the mobility to work anywhere in the facility.Managers are encouraged to work with their teams in small groups on the production floor.Meeting areas and lounges are interspersed throughout the building,encouraging impromptu exchanges.46Productionmodel。

国立中兴大学材料系97学年大二第二学期课表.

15:10-16:00
應用電子學
材枓實驗(二)
材料熱力學
化材M203林佳鋒
化材M105
林佳鋒
化材M203張立信
第八節
16:10-17:00
應用電子學
近代物理
工程數學(二)
化材M203林佳鋒
化材M203林佳鋒
化材M203蔡佳霖
第九節
17:10-18:00
應用電子學
工程數學(二)
化材M203林佳鋒
化材M203蔡佳霖
國立中興大學材料系97學年大二第二學期課表
星期一
星期二
星期三
星期四
星期五
第一節
8:10~:00
第二節
9:10~10:00
金屬熱處理
材料熱力學
工程數學(二)
化材M203吳威德
化材M203張立信
化材M203蔡佳霖
第三節
10:10-11:00
金屬熱處理
材料熱力學
物理冶金
化材M203吳威德
化材M203張立信
化材M203張守一
第四節
11:10-12:00
金屬熱處理
物理冶金
物理冶金
化材M203吳威德
化材M203張守一
化材M203張守一
第五節
13:10-14:00
近代物理
材枓實驗(二)
化材M203林佳鋒
化材M105
林佳鋒
第六節
14:10-15:00
近代物理
材枓實驗(二)
化材M203林佳鋒
化材M105
林佳鋒
第七節

第23卷增2

主要分析方法。
Ｕ＝ｕ＝．；（ＤＤＢＬ６Ｂ，２）
式中：Ｂ为结横竟度，Ｄ为土壤液化所引致之超额ｕ
孔隙水Ｗｆ试为结横底版深度虚静水＇状憨下之有＿ｃ．．效覆土磨力，Ｌ＝ｕ试为超额孔隙／Ａ水Ｔ比。超额孔隙水墨比Ｌ可根披抗液化安全保数凡。
篇
Ｆ（）分怖，ＡＦ＜（ｆ，＜ＣＣ％之Ａ分Ａ１２）１ＦＣ０４０％％
＜０（１，Ｃ３％９粗）频。３％１Ｍ）Ｆ＞０（８Ｉ７等３依案例输橙桔果，以ＮＥＲ及Ｓｅ法之正榷率最高，由ＣＥｅｄ焚ＮＥＲ主要以Ｓｅ方法扁基堆做小部份修改，故ＣＥｅｄ建裱在熬较佳分析方法峙，探ＮＥＲ２０年高可ＣＥ（１）０
ＳＵＤＹＥＡＬＴＯＮＴＯＮＶＵＡＩＡＮＤＲＥＮＴＯＮＲＡＥＰＶＥＩＳＴＴＧＹＯＦ
ＬＱＵＦＴＯＦＳＥＤＮＥＩＥＡＣＩＮＯＲＨＩＬＴＮＬＵ
ＬａＨｕｓｅｇＹＭｇａ，ｕｆｇＣｎＮｌ２ｎ，ｈｇｏｉｏｉｎ，ｕｓｎＷＭｇｉａｅｎｈｌｉｈｉｎｉｅｎｓ
ｉｐｏｅｅｔｍｒｖｍｎ
１
Ｂｌ青１
台湾位放瑕太平洋地震带西侧，典郑近日本同届地震频繁地带。赏地震癸生畴，鲍和疏髯土壤可能由原先近似固悲之受力行），卿燮；颊似液悲之＂）Ａ
行高，此一状悲通常可维持数秒至数分撞之久。富液化现象癸生畴，常使土壤上方横造物失去支承能力而座生沈陷、倾斜甚至倒塌，埋投放地下之管腺、
ｔｎｌｅｔＴｅｍｎｐｆｄｔｄｉｅｇｅｒｇｔｒｔｃｏａｄｂｍｏｅｃｍｔｄｕｅｓｍｎ．ｃｍｏｓｌｉｍｈｓｎｉｅｎａｄｅｒｔｎｐｏｌｓａｅｏｎｅｇｓｈｏｉｉｅｅｏｎｎｉｎｈｓｉｉｎｒｅｆｍｅｈｈ

1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。

97學年度真理大學資訊工程學系資訊專題(二)報告順序(大三下)
專題口試時間：6/4(四)上午：8:30-12:00
參訪報告時間：6/4(四)下午：1:30-5:00
( 每人報告約5分鐘，組長額外加3分鐘 )
( 預定在下午做業界參訪報告的組別，請務必在上午專題報告時向口試委員報告登記 )
口試地點：562A 教室
口試委員：王慶生老師、謝明興老師、洪麗玲老師
指導老師：黃信貿老師、葉建華老師、陳育威老師
專題口試時間：6/4(四)上午：8:30-12:00
參訪報告時間：6/4(四)下午：1:30-5:00
( 每人報告約5分鐘，組長額外加3分鐘 )
( 預定在下午做業界參訪報告的組別，請務必在上午專題報告時向口試委員報告登記 )
口試地點：714B教室
口試委員：簡恩義老師、葉錫圻老師(下午場不參加)、陳炯良老師、林熙中老師
指導老師：游國忠老師、吳汶娟老師
專題口試時間：6/4(四)上午：8:30-12:00
參訪報告時間：6/4(四)下午：1:30-5:00
( 每人報告約5分鐘，組長額外加3分鐘 )
( 預定在下午做業界參訪報告的組別，請務必在上午專題報告時向口試委員報告登記 )
口試地點：565B 教室
口試委員：黃信貿老師、劉育良老師、蘇維宗老師
指導老師：陳育威老師、林熙中老師、陳炯良老師、吳汶娟老師、洪麗玲老師
專題口試時間：6/4(四)上午：8:30-12:00
參訪報告時間：6/4(四)下午：1:30-5:00
( 每人報告約5分鐘，組長額外加3分鐘 )
( 預定在下午做業界參訪報告的組別，請務必在上午專題報告時向口試委員報告登記 )
口試地點：上午544 教室、下午513教室
口試委員：游國忠老師、植村仁老師、吳汶涓老師(下午場不參加)
指導老師：王慶生老師、劉育良老師、洪麗玲老師、陳育威老師。