1) critical engineering
关键工程
1.
The paper introduces the latest research development of risk management for critical engineering system from three aspects: risk definition and representation, connotation of risk management and project risk management.
本文从风险的定义与表示、风险管理的内涵及项目风险管理三个方面介绍了关键工程系统风险管理的最新进展。
2) key process
关键流程
1.
Research on the key process of Make-to-Order APS and its applying method;
面向订单生产APS的关键流程分析及其应用方法研究
2.
By means of clinical pharmacy intervene route which regards as key process of hospital Improving Management of Hospi- tal Business Process in our hospital,through process reconstruction and sustain improving over one year,the level of rationaliazing antibiotics in clinical was improved,the rate of NI decreased,the rate of delivering test ascended.
我院以临床药学介入路径作为医院感染流程化进阶管理的关键流程,通过一年多的流程再造和持续改进,临床合理使用抗菌药物水平得以提高,院感率下降,送检率升高。
3) key process
关键过程
1.
To ensure the project quality, one has start with the process control, especially the control of key process.
要保证工程的质量就要从过程控制入手,特别是关键过程的控制。
2.
Study Methods: The key process of cellular LPBM was studied bymeans of comparison of the transition rate of.
方法：文献研究：通过总结细胞LPBM的实验研究，比较LPBM原初过程的跃迁速率方程和LPBM的剂量关系，研究LPBM的关键过程。
3.
QCOS(Quality Check Operation Sheet)is a quality operating tool from General Motors for critical process control which could help to detect the defect during critical manufacturing process and decrease the risk of the occurrence of the defect(including safety,regulation,all the key process like torque,weld,equipment,operators that directly impact the customer satisfaction).
QCOS(Quality Check Operation Sheet)质量控制操作表,是来自GM系统用于关键过程控制的质量工具,它可以帮助我们检查在关键的制造过程存在的控制缺陷,降低出现缺陷的风险(包括涉及到安全项、法律法规项、直接影响到顾客满意度的扭矩、焊点、设备、人员操作等各种关键过程);通过QCOS系统地评估了一个控制过程,确定过程控制资源是否有效、合适,从而实现一个产品关键特性的质量过程保证。
4) key equation
关键方程
1.
If the intersection line is a nonplane closed curve,the key equation is gained by coordinate transformation.
在交线为非平面闭合曲线的情况下,通过巧妙的坐标变换,得到了关键方程,求出关键点,并根据关键点的个数确定交线的拓扑结构并求出交曲线的参数方程,确保了交线拓扑结构的稳定。
2.
Decoding codes such as BCH、RS codes consist essentially of solving the key equation,namely,finding error locator polynomial.
BCH码、RS码的译码问题主要归结为一个所谓关键方程的解决,也即是错位多项式的求法。
3.
Compared with the traditional Euclidean algorithm,the proposed algorithm can easily get error value polynomial and error locator polynomial in the process of solving key equation.
与传统欧几里德算法相比,该算法在求解关键方程的过程中能够较容易地得到错误值多项式和错误位置多项式,从而可以减少硬件电路的复杂性,提高译码速度。
5) key processes
关键过程
1.
This article clearly discusses the logistic relations either pivotal process with key nature,important characteristic,key parts,important parts and key process by the terms and definitions of key processes,explores the differences between key processes and pivotal working procedure,explaines the activity between import and export of identifying of pivotal process,and activities related with them.
本文从关键过程及与其相关的术语和定义入手,明晰关健特性、重要特性、关键件、重要件与关键过程的逻辑关系,探讨关键过程与关键工序的差别,阐述了关键过程识别的输入、输出及与之相关的活动。
6) key technology
工艺关键
1.
The processing and key technology in GAIM,as well as its advantages and application areas are introduced.
介绍气体辅助注射成型工艺、工艺关键、优点、应用范围。
补充资料：坦克维修工程车(见坦克保养工程车、坦克修理工程车)
坦克维修工程车(见坦克保养工程车、坦克修理工程车)
tank maintenance %26 repair vehicle
一““、、’v‘丈人1以gUflgCnengChe坦克维修工程车(:artk Inaintenane。%26repair vehicle)装有坦克维修设备、仪器、工具的技术保障车辆。见坦克保养工程车、坦克修理工程车。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条