1) resistance control principle
阻力控制原理
2) control principle
控制原理
1.
On the structure, control principle and repair of K3V plunger pump;
K3V型柱塞泵的结构、控制原理及维修
2.
It's significant to research the structure and control principle for independently development of the H beam mill.
水平辊轴向移动是H型钢轧机进行辊缝调整、控制产品尺寸精度的重要方法,已广泛应用在H型钢轧机中,研究其结构及控制原理对于自主开发H型钢轧机具有重要意义。
3.
Introduced the structure composition and control principle of three kinds of manipulators of rubber sheet cooling unit as horizontal type, vertical type and new type, as well as the concrete sequence of operation flow.
介绍了卧式、立式及新型三种胶片冷却机机械手的结构组成和控制原理,介绍了三种机械中具体的动作顺序流程。
3) controlling principle
控制原理
1.
The design and process of research of identifier,coordinating with the X-ray detecting mechanism,acted as to indicating the unqualified tires in the large numbered tire automatic production line and the finally determined mechanical structure and controlling principle were narrated.
叙述了在大批量轮胎自动化生产线上,为配合X光机检测机构作为标识不合格轮胎的标识器的设计与研究过程,以及根据现场施工条件最终确定的机械结构及控制原理。
2.
In here,the features and com-positions and controlling principle of this system are stated.
本文介绍了电弧炉微机控制变频调速电极自动控制系统，阐述了该系统特点、结构和控制原理。
4) control theory
控制原理
1.
This paper mainly introduces the application of Matlab software in teaching of two important courses for thermal automatic control speciality,automatic control theory and thermal automatic control system.
主要介绍了Matlab软件在热控专业两门重要课程—自动控制原理和热工自动控制系统教学中的应用,并给出了实例。
2.
The design characteristics of an Aeroengine and its FADEC(Full Authority Digital Electronic Control)system are presented,especially emphasis to the engine control theory,interfaces and the engine control functions,which can be used for the references of the design and study on our aeroengine and its FADEC system.
给出某型航空发动机的技术特点,重点介绍了该发动机 FADEC 系统的控制原理、控制功能和系统接口,可为我国航空发动机及其 FADEC 系统的设计和研究提供借鉴。
3.
Two methods for leveling alignment using control theory and digital filtering were introduced in detail.
提出了应用控制原理和数字滤波进行水平对准的两种方法,计算机仿真表明了这两种方法有效可行。
5) resistance control method
阻力控制法
1.
The calculating method for determining the pipe diameter by flow speed control method was introduced, calculating example for determining the pipe diameter by flow speed control method and resistance control method was listed respectively.
介绍了流速控制法确定管径的计算方法 ,分别列举了用流速控制法和阻力控制法确定管径的计算实例。
2.
Based on energy conversion philosophy during flow process of fluid in pipe, calculating formula for determining pipe diameter by resistance control method is derived, the most direct relation, of energy loss during fluid's flow process inside pipe versus designing pipe size, has been established in order to determine pipe size by controlling the pipe resistance.
分析了用流速控制法确定管径存在的问题,根据流体在管道内流动过程中能量转化原理,推导出阻力控制法确定管径的计算公式,将流体在管道内流动过程中的能量损失与所设计的管道尺寸建立最直接的关联,从而达到用控制管道阻力来确定管道尺寸的目的。
6) controls resistance
控制器阻力
补充资料：肺循环阻力(或全肺阻力)
肺循环阻力(或全肺阻力)
pulmonary circulation resistance
血液在肺部血管内流动时和血管壁之间的摩擦力和血液内部的摩擦阻力。肺动脉管壁较薄，分支短而管径大，故肺动脉的可扩性较大，对血流的阻力很小，仅0.12PRU(外周阻力单位)。肺循环动脉部分总的阻力和静脉部分总的阻力相等，故血液流动时在动脉部分的压力降落和静脉部分的压力降落相等。
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