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building materials industry     
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  建材工业
     Orientation capital economy the need does the strong doing the big building materials industry manufacturing industry
     适应首都经济需求 做强做大建材工业制造业
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     Development trend of the Chinese building materials industry that enter new century
     新世纪建材工业发展趋势
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     The current situation and major tasks in future of building materials industry
     建材工业的当前形势和今后的主要任务
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     Investigation of management current situation of building materials industry.
     对建材工业行业管理现状的调查
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     Impacts of WTO entry on building materials industry of our country,
     加入WTO对我国建材工业的影响
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  建筑材料工业
     APPLICATION OF RADIOISOTOPE TECHNOLOGY TO BUILDING MATERIALS INDUSTRY
     放射性同位素技术在建筑材料工业中的应用
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     Pyroprocessing laboratory was established in Jinlin Design and Research Institute of Building Materials Industry on the base of European standard of ETAG004 and national construction standard of "expansion polyphenyl board thin-plastering exterior insulation system"(JC 149-2003) in 2002. And a laboratory for large scale weather resistance testing was set up in 2005 to study and appraise the validity, wholeness and durability of external wall and external insulation system.
     根据东北地区气候特点,依据欧洲标准ETAG004和国家建筑行业标准《膨胀聚苯板薄抹灰外墙外保温系统》(JG149-2003)以及《国家建筑热工测试方法》,吉林省建筑材料工业设计研究院于2002年建立了热工性能试验室,2005年建立了大型耐侯性试验室,用以研究和评价外墙外保温体系的节能有效性、整体性和耐久性。
短句来源
     Because of its high energy consumption, heavy pollution and low efficiency, the traditional building materials industry has been badly hampered from advancing ahead for a long time.
     长期以来,传统建筑材料工业由于其高能耗、大污染和低效率等已严重制约了该产业的进一步发展。
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     During the procedure, advanced third generation grate cooler designed by Chengdu Design & Research Institute of Building Materials Industry was adopted, which created favorable conditions for using low volatile coal in production line.
     在改造中,采用了成都建筑材料工业设计研究院有限公司先进成熟的第三代篦冷机,为该生产线使用低挥发分煤创造了有利条件。
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     Building materials industry, as one of the basic and substantial industries in our national economy, has become the essential part of our national economy system owing to the 50-year development.
     建筑材料工业作为我国国民经济的基础性和关键性支柱产业之一,经过五十余年的发展,现已成为国民经济的重要组成部分。
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  建材行业
     Analysis on situations and prospect of new building materials industry
     新型建材行业形势分析与展望
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     Research and application of large span space structure will advance development for calculation of mechanics,CAD and CAM,include the technology progress of building materials industry and construction industry.
     大跨度空间结构的研究与应用 ,将促进计算力学、计算机辅助设计与制造等相关专业的发展,促进建材行业和建筑行业技术进步。
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     Some Precautions for Water and Soil Conservation Scheme in Building Materials Industry
     建材行业水土保持方案编制应注意的几个问题
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     Based on the research achievements in modern risk management, combined with our new building materials industry practice, this thesis makes the research on project investment related to the risk of new building materials.
     在现代风险管理研究成果的基础上,结合我国新型建材行业的实际,对新型建材项目投资风险进行了研究。
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     The popularizing com-mercial building mortar is the tide of the international development presently,is also a kind of trend that building materials industry develops.
     推广商品建筑砂浆是目前国际发展的潮流,也是建材行业发展的一种趋势。
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  “building materials industry”译为未确定词的双语例句
     Study on strategical policy of the second leap for new building materials industry
     我国新型建材第二次飞跃战略方针的研究
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     Thinking on the strategic policy of the second leap of new building materials industry
     关于新型建材第二次飞跃战略方针的思考──学习五中全会《建议》的体会
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     To build the Agile Supply Chain ManagementSystem(ASCMS) for Building Materials Industry, which supports the operation of supplychain for Building Materials industry effectively, it is necessary to determine thecooperating pattern between business entity and system management methodology.
     建立支持建材供需链优化运作的敏捷供需链管理系统(ASCMS)需要明确企业(实体)间的供需协作关系、确定系统的管理与运作方式。
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     The application status of PVC resin with high apparent density and moderate oil-absorption rate in chemical building materials industry was introduced.
     阐述了高表观密度和适中吸油率PVC树脂在化学建材业的使用效果。
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     STUDY OF THE STANDARD OF LIMIT ON RADIOACTIVE SUBSTANCE FOR PRODUCTS CONTAINED INDUSTRIAL WASTE SLAGS IN BUILDING MATERIALS INDUSTRY
     《掺工业废渣建筑材料产品放射性物质控制标准》的研究
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  building materials industry
State of moisture content measurement in the building materials industry
      
Metrological service of the building materials industry
      
The method for evaluating the ecological danger of heat engineering objects in the building materials industry developed by the authors is described using a glass furnace as an example.
      
Method for evaluating ecological danger of heat engineering objects in the building materials industry
      
In the Ministry of Building Materials Industry of the USSR
      
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This paper deals with the key problem and its solutions of energy saving in heating houses today by analyzing building energy consumption from the viewpoint of energy shortage in china. The statistical figures from the Ministry of Building Material Industry show that the total amount of energy used in building material industry is 5833×10~4 tonne/annum of standard coal, and up to 54.2% of them are consumed in producing common clay bricks and tiles. This is partly due to the unreasonable production...

This paper deals with the key problem and its solutions of energy saving in heating houses today by analyzing building energy consumption from the viewpoint of energy shortage in china. The statistical figures from the Ministry of Building Material Industry show that the total amount of energy used in building material industry is 5833×10~4 tonne/annum of standard coal, and up to 54.2% of them are consumed in producing common clay bricks and tiles. This is partly due to the unreasonable production structure of wall materials, and that is the reason why the energy consumption in building material production is so high. Therefore, the important measures taken by the authorities to derease the energy consumption in building construction are to decrease the energy consumption in building material production, adopt lower energy consumpt- ion materials and products, and readjust the production of wall materials in particular. According to the latest statistics, the ratio of energy consumed in building construetion in the heating regions to that consumed in use for household is 1: 7~16. Accordingly, more efforts must be made to minimize the energy consumption in building construction, especially in building heating, than in the use for household. The key problems concerning housing energy saving are presented as follows: (1) Low thermal efficiency in heating system, bad designing of the architectural function and the rapid growth of housing construction, resulting in a rapid rising in energy demands for building heating; (2) The necessity to increase thermal insulation capability of the enclosing walls to a rational extent; (3) Speeding up the production of new-type building materials (a foundamental solution for increasing in wall thermal insulation capacity). It has been verified that building thermo-technical design should not only be based on the hygienic conditions but also on energy saving and its social-economic efficiencies. The rational mothod of improving the thermal insulation capacity is to design a building enclosing structure according to "economical thermal resistance". With the aim of energy saving, the authors proposed that a limit should be set for the large-scale production of common clay bricks which leads to a higher energy consumption, and that several new kinds of building mate- rials for wall construction, such as rock-wool, aerated concrete, expanded perlite etc., should be developed as "energy saving wall materials". A feasibility study for developing such materials has been made with reference to their social-economic efficiencies. Finally, the authors made some suggestions that support should be given to the speedy development of these new-type building materials.

本文从我国的能源形势及建筑节能的紧迫性出发,分析了采暖地区住宅建筑的能耗构成及当前建筑节能中存在的问题与解决途径。根据国家建材局能源处的统计资料,全国每年建材生产耗能总数为5833万吨标准煤,其中高达54.2%的能源消耗于普通粘土砖瓦生产,这是由于建材产品结构的不合理所造成,它是建材生产能耗过高的原因之一。因而降低建造能耗的主要途径在于降低各种建材的生产能耗,采用能耗低的建材和制品,建材部门要着手调整我国墙体材料的产品结构。又根据最近的调查资料,在采暖地区建筑物的建造能耗和使用能耗之比为1:7~16,因此,我们既要重视建造能耗的节约,更要重视使用能耗的节约,而且必须把注意力放在供暖能耗方面,采取各种有力的节能措施。文章列举了我国住宅建筑节能中的几个突出问题,它们是: (1)当前采暖房屋中的严重问题是热效率低,建筑功能差,加以住宅建设速度的加快等原因引起采暖能耗迅速增长。 (2)建筑节能的核心问题是要合理提高房屋保温隔热质量。 (3)提高房屋保温隔热质量的根本出路是要大力发展新型建筑材料。文章还论证了建筑热工设计不应只立足于卫生要求,更应立足于节约能源及其社会经济效益。按“经济热阻”设计外围护结构是一种较为合理...

本文从我国的能源形势及建筑节能的紧迫性出发,分析了采暖地区住宅建筑的能耗构成及当前建筑节能中存在的问题与解决途径。根据国家建材局能源处的统计资料,全国每年建材生产耗能总数为5833万吨标准煤,其中高达54.2%的能源消耗于普通粘土砖瓦生产,这是由于建材产品结构的不合理所造成,它是建材生产能耗过高的原因之一。因而降低建造能耗的主要途径在于降低各种建材的生产能耗,采用能耗低的建材和制品,建材部门要着手调整我国墙体材料的产品结构。又根据最近的调查资料,在采暖地区建筑物的建造能耗和使用能耗之比为1:7~16,因此,我们既要重视建造能耗的节约,更要重视使用能耗的节约,而且必须把注意力放在供暖能耗方面,采取各种有力的节能措施。文章列举了我国住宅建筑节能中的几个突出问题,它们是: (1)当前采暖房屋中的严重问题是热效率低,建筑功能差,加以住宅建设速度的加快等原因引起采暖能耗迅速增长。 (2)建筑节能的核心问题是要合理提高房屋保温隔热质量。 (3)提高房屋保温隔热质量的根本出路是要大力发展新型建筑材料。文章还论证了建筑热工设计不应只立足于卫生要求,更应立足于节约能源及其社会经济效益。按“经济热阻”设计外围护结构是一种较为合理的方法,它有助于改善房屋的保温隔热质量。文章提出了应当控制能耗高的普通粘土砖的盲目发展,建议大力发展岩棉、加气混凝土、膨胀珍珠岩等新型建筑材料作为“节能型”墙体材料,对此作了可行性及其社会经济效益的研究及论证分析,在技术经济政策上提出了如何促进、扶助新型建筑材料的发展的一些看法和建议。

This article introduces remarkable achieve-ments made in the field of energy saving in thecity of Yantai as a result of hard work.The coalconsumption for clinker per ton in the buildingmaterials industry of this city has been reducedat the speed of 2.65% every successive year byraising understanding, strenthening leadership,respecting science, relying on techniques, con-solidating management, laying solid foundation,setting up good models whose experience promotesthe work in the entire area. The total industrialproduction...

This article introduces remarkable achieve-ments made in the field of energy saving in thecity of Yantai as a result of hard work.The coalconsumption for clinker per ton in the buildingmaterials industry of this city has been reducedat the speed of 2.65% every successive year byraising understanding, strenthening leadership,respecting science, relying on techniques, con-solidating management, laying solid foundation,setting up good models whose experience promotesthe work in the entire area. The total industrialproduction output value and profits accomplishedin the building materials industry in Yantai in theperiod of January to October of 1984 was 12.84%and 13.95% respectively over the previous period,while the comprehensive energy consumption perevery ten thousand Yuan was reduced by 6.6%.The average standard coal consumption per tonclinker in sixteen cement plants above county'slevel in Yantai is 116.98 kg, while the averagecomprehensive power consumption per ton cementis 79 K.W.H., considerably lower than the provin-cial and state level. Therefore, Yantai has beenlisted by the State Administration of Building Ma-terials Industry as one of the lowest energy con-sumption units for local cement. Some cementplants has got rewards honourably.

千方百计节能增产,是关系到振兴建材工业的重大战略问题。我们务必提高认识,采取有效措施,使建材行业由耗能大户逐步变为节能大户。本期摘编了国家建材局局长林汉雄同志在第二次全国建材工业节能工作会议上的讲话,选编了若干节能先进单位的典型经验,供大家学习参考。

The purposes of experimental study, design of the test structure and the main test results of the destructive test study of framed light weight panel buildings are briefly introduced. The conclusions and suggestions of aseismic design for such buildings from the test and analysis are presented in this paper. The main conclusions of the experimental study are as follows: 1. The values measured by different methods are close to each other, therefore the values are reliable. The test results show...

The purposes of experimental study, design of the test structure and the main test results of the destructive test study of framed light weight panel buildings are briefly introduced. The conclusions and suggestions of aseismic design for such buildings from the test and analysis are presented in this paper. The main conclusions of the experimental study are as follows: 1. The values measured by different methods are close to each other, therefore the values are reliable. The test results show that the loading system, by which thrust and pull are both generated, is important, the failure characteristics obtained are similar to those induced by a severe earthquake. 2. The stiffness of floor slabs in-plane is very large, and for simplifi- cation, it can be assumed as infinite. 3. The effective flange width of ribbed slabs ean be taken as one third of slab span. 4. The ductility of the test structure is very satisfactory. 5. The structure will be safe in art earthquake of intensity Ⅷ. This test study was finished by Wuhan University of Technology and Shijiazhuang Bureau of Building Material Industry.

本文简要介绍石家庄79型框架轻板建筑整体破坏性试验研究目的、模型设计、主要测试结果以及基于试验研究、分析所得出的主要结论和抗震设计的建议。试验研究的主要结论是: (1)用几种测试方法测得的结果是基本一致的,可见测试数据是可靠的。试验结果表明:推——拉反复加载方法是很重要的,能得出与地震破坏现象相类似的特征。 (2)楼板在平面刚度很大,为简化计算可假定为无穷大。 (3)框架横梁的有效翼缘宽度可取跨度的1/3。 (4)试验结果的延伸率很大。 (5)结构抗7度地震是安全的。

 
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