engineering chemistry

英 [ˌendʒɪˈnɪərɪŋ ˈkemɪstri] 美 [ˌendʒɪˈnɪrɪŋ ˈkemɪstri]

网络  工程化学

化学



双语例句

  1. In the course of engineering chemistry experiments, there exists a contradiction between the limited time and the ample contents for high agricultural institutes.
    面对农业院校工科大学化学实验学时少的现状,工科大学化学实验CAI课件的开发势在必行。
  2. Chemical engineering ( applied chemistry) uses the theoretical and experimental information obtained in chemistry to build chemical plants and make useful products.
    化学工程(应用化学)是把化学理论、实验性的资料应用到建筑化学工厂和制造有用的产品。
  3. The Study and Practice about the Compositing of a Blend Engineering Chemistry Course Series New System
    构建融合的工科化学系列课程新体系的探索与实践
  4. Spectrum elucidation course is one of required professional basic courses in the major of pharmacy, pharmaceutics, pharmaceutical engineering, chemistry, environmental protection, and food science.
    波谱解析课程是药学、药物制剂、制药、化学、化工、环境、食品等学科的必修专业基础课之一。
  5. A bachelor's degree in chemical engineering, chemistry, or equivalent.
    化学或化工专业统招本科以上学历。
  6. Application of geotechnical engineering chemistry in foundation treatment of a new Baiyun international airport of Guangzhou
    岩土工程化学在广州新白云国际机场地基处理中的应用
  7. Classification of chemical science is made based on the analysis of the characteristics of mod-ern chemistry and chemical industry. The characteristics of the future chemical industry and views on the development of engineering chemistry in the future are presented.
    通过对现代化学与化工特点的分析,作者对化学学科作了分类,阐述了未来化学工业的特点及工程化学学科发展的见解。
  8. Practice and Personal Experience in Teaching Reform of Engineering Chemistry
    工程化学教学改革的实践与体会
  9. Reform and Prospect of the Teaching Content of Fundamentals of Engineering Chemistry
    工程化学基础教学内容的改革与展望
  10. In view of the current state of higher engineering chemistry education, this paper puts forward counter-measures of teaching reform.
    针对高等工科化学教育现状,提出教学改革措施及对策。
  11. Design and Practice of CAT Courseware for Engineering Chemistry
    工程化学多媒体教学课件的研制与实践
  12. Study on the feature and teaching of engineering chemistry
    工程化学课程的性质和教学探讨
  13. The Gains in Teaching Engineering Chemistry in Technical Supervision Discipline
    在技术监督学科门类中讲授《工程化学》的体会
  14. This paper studies in detail the mechanism of casing damage in the oilfield, analyzes the causes of casing damage in the respects of geology, engineering and oilfield chemistry, and presents some preventive measures that should be taken in the future.
    文中对中原油田油水井套管的损坏原因,从地质、工程、油田化学三个方面进行了分析,并提出了防治措施。
  15. Transplantion and Development of ECSS Engineering Chemistry Simulation System on the VAX Computers
    ECSS在VAX机上的移植与开发
  16. Engineering Chemistry Simulation System ( be called "ECSS" for short) is a large-scale chemical process simulation software which is realized in a micro-computer by combining the theory of chemical engineering, applied chemistry, system engineering and mathematical method with computer software.
    ECSS工程化学模拟系统是由化学工程,应用化学、系统工程、计算方法和计算机软件等学科理论在微机上实现的大规模化工流程模拟软件。
  17. The development and application of the CAI course ware of engineering chemistry experiment, including its functions and characteristics, are briefly introduced in this article.
    本文简要介绍了工科大学化学实验CAI课件的开发、功能特点以及在教学中的应用效果。
  18. The design thought, developing tactics, ways and system function of CAI on non-chemistry and chemical engineering chemistry review system are presented in this paper.
    《有机系统工程化学》论阐述了计算机辅助非化学、化工类化学课题复习系统的设计思想、开发策略、开发途径及系统功能。
  19. Research on Improvement of Benefit during the Building of National Engineering Chemistry Talent Training Base
    提高国家工科化学基地建设效益的探索与实践
  20. As a case study, this system is applied in Engineering Chemistry Da-tabase ( ECDB), to implement the service of resource-sharing and data-integration.
    该系统以工程化学数据库为案例并得到应用,实现其多个数据库的资源共享与数据集成服务。
  21. In the next century, the gene engineering, enzyme engineering microorganism engineering, information chemistry and ecological engineering as well as the other biological technologies will be widely applied in agriculture.
    21世纪人类将广泛应用基因工程、酶工程、微生物工程、信息化学及生态工程等一系列生物技术来服务于农业生产,从而形成一场新的农业技术革命。
  22. So the study and development of LCP not only provides a new high performance material and results in the advance of technology and the generation of new technology, but also promotes the development of molecular engineering, synthesis chemistry, polymer physics, polymer processing and polymer applications.
    因此,研究和开发液晶高分子,不仅可提供新的高性能材料并导致技术进步和新技术的发生,而且可促进分子工程学、合成化学、高分子物理学、高分子加工以及高分子应用的发展。
  23. Functional Design of Non-chemistry and Chemical Engineering Chemistry Review System CAI
    非化学化工类化学复习系统的CAI功能设计
  24. Reform of Higher Engineering Chemistry Teaching for the 21st Century
    面向21世纪的高等工科化学教学改革
  25. It reflects the influence action of impulsive and delay in oscillations. The paper also showed that oscillatory properties of solutions to impulsive hyperbolic partial differential equations with delay have wide applications in such subjects as biology 、 medicine 、 engineering 、 chemistry and physics.
    同时也指出了脉冲和时滞在振动中的影响作用以及脉冲时滞偏微分方程解的振动性质在生物学、医学、工程学、化学、物理学等学科中的广泛应用。
  26. The teaching contents 'reform on fundamentals of engineering chemistry has been analysed and summed up in this paper, and reform suggestions to it are also put forward based on the task of it and the chemical development.
    以化学学科的发展和工程化学基础课程的任务为依据,对现行工程化学基础课程的教学内容改革方案进行了分析与总结,并提出了一些改革的建议。
  27. Practice on Teaching Reform for the Engineering Chemistry Facing the 21st Century
    面向21世纪全方位实践工程化学教学改革
  28. Positron annihilation technique ( PAT) is a developed nuclear science and technology methods which are applied in the condensed matter physics, materials science and engineering, chemistry, biology science and engineering etc. It has incomparable advantages and prospects than the other methods.
    正电子谱学是一种发展成熟的核物理与核技术检测手段,它在凝聚态物理、材料科学工程、化学、生物科学与工程等领域有着广泛的应用。
  29. Biological analysis technology based on microfluidic channel is a focus for scientists in the field of biological detection, which covers multi-disciplines such as microfabrication, biological engineering, analytical chemistry, polymer science, optical engineering and so on.
    基于微流通道的生物分析技术是目前生物检测的研究热点,它涉及微细加工、生物工程、分析化学、高分子科学、光学工程等多个学科领域。