查询词典 process

One must be aware of the following in order to understand the NPD process: Analysis of Critical path, proceeding by combine with QMS. Thus one could clearly realize the major check point and stage gate of whole project of QMS process. In the same time, resource allocation and conscientious audition fora critical activity could be processed with such analysis.QMS function helps us to do the job right and well contribute in limited time with limited resources.

了解在新产品发展过程上，运用阶段关卡流程法管理工具，必须注意到：关键流程的分析，并结合品质管理系统来实行，可以清楚整个专案的新产品发展过程中的重要检核点或关卡在哪里，同时可经由此分析，对相关的关键活动进行资源的分配及严密的审核。

Through the use of critical path method and the process of mapping network model,analyse the progress of activities,optimize the process model for the goal of the cost and time.

过程模型的优劣直接影响到企业并行工程的实施。1·1模型分析与优化的意义与目标

Through the use of critical path method and the process of mapping network model, analyse the progress of activities, optimize the process model for the goal of the cost and time.

通过运用关键路径法和绘制网络图对过程模型中活动进度安排进行分析，并且以时间-成本为目标对过程模型进行优化。

As to disadvantages, opinions may not converge in the voting process, cross-fertilization, of ideas may be constrained, and the process may appear to be too mechanical.

至于缺点，在投票表决过程中各个意见可能无法集中，各种想法杂交成功的机会可能会受到限制，并且过程可能会显得过于机械化。

It showed that the propane recovery rate of new process would be 23%~27% higher than that of cryogen refrigeration process at the same refrigeration temperature. To increase the absorption tower pressure appropriately was good to improve the propane recovery rate. However, the choice of pressure must take the pressure of the feed natural gas and product gas into account together. The flow rate of absorbent had great effect on propane recovery rate and tower heat load.

本文实例研究表明：相同制冷温度下，冷剂制冷－油吸收复合工艺的丙烷回收率比原冷剂制冷工艺可提高23%~27%适当提高吸收塔的压力，对增大丙烷回收率有利，但吸收塔压力的确定要综合考虑原料气压力和外输气压力的大小。

The cooling process involves complex droplet evaporation, strong convective heat and mass transfer, therefore a deep understanding of spray characteristics is essential to optimize the nozzle design and improve the cooling efficiency of the spray. This paper presents a theoretical model to describe the equilibrium evaporation process of a single droplet in cryogen spray.

为了深入了解制冷剂喷雾特性以提高冷却效率、优化喷嘴设计，利用质量传递数法推导传质方程，通过选取合适的阻力系数经验关联式建立了动量方程，考虑液滴蒸发以及与环境气体的对流换热建立了液滴能量方程，初步建立了单个制冷剂液滴平衡蒸发阶段蒸发冷却理论模型。

In this article the author detail study the working process of the cryogenics pump and introduce how to application of the pump, include the clearly process how to do trouble shooting on the product.

本文系统地研究了低温泵的工作过程，详细地总结了低温泵的在使用过程中应注意的问题与解决方案。

According to the test result,the process of synthesis of cryolite from sodium fluorosilicate by ammonia method and the optimum process parameters are introduced in detail.

根据试验研究结果，详细介绍了氟硅酸钠氨法脱硅、氨化液化学合成制取冰晶石的工艺流程和优惠工艺技术参数，以及在制取过程中应着重注意控制的工艺条件，有效地解决了在以往生产中产品除硅、硫杂质难及产品灼烧失量大等问题。

During the cold crystallizing process, when PBT component was above 20%, the existence of PBT promoted the cold crystallizability of the blends. While during the melt crystallizing process, the addition of a second component restrained the crystallization of the system.

在冷结晶过程中，当PBT含量超过20%时，将促进体系的结晶性能；而在熔融结晶过程中，第二组分的加入抑制了体系的结晶性能，当配比为50/50时，结晶速率相对最低。

The aluminum hydrolysis process has been investigated using chemical analysis as the main testing method, we discovered that temperature plays an important part in the formation of products and its properties, at the same time, the change of reaction with the change of temperature is a reversible process. The experiment further proved that the optimal formation temperature of AlCl3·4Al3·7.5H2O and AlCl3·7Al3·18H2O is 75℃,the productivity rate of products were higher at this temperature and the crystallizability were better.

以化学分析为主要监测手段，对AlCl3·4Al3·7.5H2O和2AlCl3·7Al3·18H2O形态过程进行了研究，结果表明，温度对于产物的行成及性能有很大的影响，并且反应随温度的变化基本上是一个可逆的过程，同时，实验表明 75℃为AlCl3·4Al3·7.5H2O和2AlCl3·7Al3·18H2O析出的最佳温度，该温度下产物的产率较高且结晶状态良好。

"Second Life is remarkably easy to work with, and is very popular,"

"第二次生命是显着容易的工作，并且很受欢迎，"

For example, we usually assume that materials are homogeneous and isotropic and free of internal defects or flaws.

为了得到适合有限元分析的模型，我们必须经过如图2所示的简化步骤。