chemical engineering process

英 [ˈkemɪkl ˌendʒɪˈnɪərɪŋ ˈprəʊses] 美 [ˈkemɪkl ˌendʒɪˈnɪrɪŋ ˈprɑːses]

网络  化工工艺过程; 化学工程过程; 化工过程

计算机



双语例句

  1. Heating of air, suited to drying up certain powder, chemical engineering process and jet drying under certain pressure.
    空气的加热,适用于一定压力下,一些粉末干燥、工过程及喷射干燥。
  2. Study on expert system for simulation design of chemical engineering process based on RDBMS
    基于关系数据库的化工过程模拟辅助设计专家系统的研究
  3. In this paper, it is discussed in detail by instance that involves the function and some problems of chemical engineering process intensification.
    本文还结合实例对化工过程强化的作用和存在的问题等进行了讨论。
  4. The factors are analysed affecting chromic hydroxide recovery, between product in chromium metal production in chemical engineering process.
    对金属铬生产过程中影响化工工序中间产品氢氧化铬回收率的因素进行了分析。
  5. Neural networks build models without the mechanisms, it modeling chemical engineering process by sample data.
    神经元网络建模不需要考虑机理,根据样本数据即可建立起过程模型。
  6. Status monitoring and fault diagnosis are the great importance in chemical engineering process, especially by now the equipment is becoming more and more complex.
    工业设备的大型化和工业过程的日趋复杂,使得对工业过程的状态监测和故障诊断显得尤为重要。
  7. A Visual Modeling Support System for Chemical Engineering Process Simulation
    化工过程仿真可视化建模支持系统
  8. Energy-Saving Consulting System in Chemical Engineering Process
    化工过程节能咨询系统
  9. The Approach of Development of Chemical Technological Process The synthesis of reactor networks is an important field in chemical engineering process.
    反应器网络综合是化工过程综合的重要方面,其深入研究对反应过程开发和优化设计具有重要意义。
  10. The improvement of the veracity of simulation and the definition of the chemical engineering process design is not only important for flow design and the production, but also important for reducing the experiment consuming and avoiding the safety hidden problems.
    化工过程模拟计算的准确性和精确度的提高不仅对于流程设计、生产指导具有重要的意义,对减少实验消耗、消除安全隐患也是十分必要的。
  11. Establish the model and look for the solution to solve the method is key factor of chemical engineering process system optimization including of design, decision-making, assign and control.
    在化工过程系统优化中,建立模型和寻找有效的求解方法是极其关键的问题,从优化设计到优化决策、优化调度和优化控制都离不开建模和求解。
  12. A Software of Design and Simulation of Chemical Engineering Process& ChemCAD
    一款化工设计和流程模拟软件ChemCAD
  13. Several new reaction rectification techniques have been exploited for replacing traditional chemical engineering process.
    近年来一些新型的反应精馏工艺相继开发代替了传统的化工生产工艺。
  14. The result of experiments shows: Simulative training is especially effective when used to help the students understand the technique of chemical engineering process and the dynamic character of the control system and improve the ability to operate and control the process of technique.
    实验结果表明:仿真训练对学生了解化工过程的工艺和控制系统的动态特性,提高对工艺过程的运行和控制能力具有特殊的效果。
  15. The scientific methods for the amplification of chemical engineering process development and the principles of green chemistry necessarily followed by chemical engineering process development have been also discussed in this book.
    论述了化工过程开发放大的科学方法,化工过程开发必须符合绿色化学的原则。
  16. The Method to Overcome Pure Delay Factor Occurring in Chemical Engineering Process Control System
    如何克服化工过程控制系统中的纯滞后因素
  17. The paper discussed a chemical engineering process control device which has been used in training and research.
    论述了用于研究和培训的化工过程控制模拟装置。
  18. A Visual Modeling Support System is designed and implemented independently. It is used to support the whole process of chemical engineering process simulation modeling, automatic program code generation, algorithm testing and model debugging.
    给出了自主开发的面向化工过程的可视化建模支持系统,它能够支持化工过程仿真建模、代码的自动生成、算法测试和调试验模的全过程。
  19. Study on the Application of Virtual Instruments to the Simulation of Chemical Engineering Process
    虚拟仪器在化工过程模拟中的应用研究
  20. In modern chemical engineering manufacture, most of chemical reactions need catalyst. Catalyst choice and applications are the key techniques in the chemical engineering process. Developing new green catalyst is a heal research area now.
    在现代化工生产中,绝大多数化学反应都必须有催化剂的参与,催化剂的合理选择与应用是化工过程最关键的技术之一,开发新型的绿色催化剂是当今的研究热点。
  21. Accurate prediction of phase equilibrium for mixtures is critical important to chemical engineering process design.
    混合物相平衡是重要的热力学性质之一,是化工过程设计与控制必不可少的基础数据。
  22. Near or supercritical water is an excellent solvent and acid/ base catalyst for organic reactions, which provides opportunity for environmental benign innovation in conventional chemical engineering process.
    近临界水与有机物的优异互溶和对有机反应的酸碱催化能力,为绿色化学合成工艺的开发提供了良好的契机。
  23. Consideration to Control in the Engineering Stage of Chemical Engineering Process
    化工过程设计阶段对控制的考虑
  24. The technique of measuring data reconciliation in chemical engineering process is research frontier now.
    化工过程测量数据校正技术是目前化工系统工程的研究前沿。
  25. Interval Newton and Its Applications in Chemical Engineering Process
    区间牛顿法在化工计算中的应用
  26. Computation and simulation using MATLAB in chemical engineering process
    化工过程计算和过程模拟中的MATLAB求解
  27. Considering the uncertainty supply of petroleum, this paper studies the flexible process and optimum design heat exchanger networks ( HEN) of an atmosphere-vacuum plant applying chemical engineering process simulation software and heat exchanger networks system software.
    针对原油供应情况的不确定性,应用化工过程模拟优化软件和换热网络系统软件,对某常减压装置进行了灵活加工换热网络的优化设计。
  28. The intensification of chemical engineering process is one of the important developments that go beyond traditional chemical engineering.
    化工过程强化是传统化工发展的重要方向之一。
  29. Gas-liquid mass transfer enhancement by dispersed particles is an important intensification method of chemical engineering process.
    分散颗粒增强气液传质是化工过程的强化手段之一,本文对分散颗粒(包括分散固体颗粒与分散液滴)增强气液传质的机理及模型进行研究。
  30. Combining technics knowledge of chemical engineering process, some modeling methods of soft sensor technique are studied intensively in this dissertation. Furthermore, the problems of soft sensors implementing for industrial processes are also studied and solved.
    本文以实际工业过程为背景,结合化工过程的工艺知识,对软测量建模若干方法进行了深入的研究,并对软测量技术在实际工业过程中的应用进行了探讨和实践。