负载压力的英文

• induced pressure
• loading pressure

• "负载"英文翻译    load
• "压力"英文翻译    pressure; tension
• "卸动负载压力继电器" 英文翻译 :    unloading pressure relay
• "卸去负载压力继电器" 英文翻译 :    unloading pressure relay
• "负载压缩图" 英文翻译 :    load compression diagram
• "超载压力" 英文翻译 :    overburden pressure; overload pressure
• "承载压力" 英文翻译 :    bearing pressure
• "过载压力" 英文翻译 :    overburden pressure
• "满载压力" 英文翻译 :    full-load pressure
• "低负载压缩机" 英文翻译 :    low-duty gas compressor
• "底部承载压力" 英文翻译 :    bottom-loading pre ure; bottom-loading pressure
• "平面承载压力" 英文翻译 :    flat crush
• "起始超载压力" 英文翻译 :    initial overburden pressure
• "辅助动力装置负载压缩器" 英文翻译 :    auxiliary power unit load compressor
• "支承压力 支力 轴承压力 承载压强" 英文翻译 :    bearingpressure
• "土壤的允许承载压力" 英文翻译 :    allowable bearing force of soil; allowable soil pressure
• "净压力负载" 英文翻译 :    net pressure load
• "压力负载" 英文翻译 :    pressure load
• "轴向压力负载" 英文翻译 :    axial pre ure load; axial pressure load
• "承载压强" 英文翻译 :    bearing pre ure; bearing pressure; bearing stress
• "荷载压缩图" 英文翻译 :    load compression diagram; load-compression diagram
• "液体载压物" 英文翻译 :    liquid ballast
• "负载" 英文翻译 :    [电学] load 高峰负载 peak load; 工作负载 operating load
• "压力" 英文翻译 :    1.[物理学] pressure; tension 大气压力 atmospheric pressure; 外界压力 ambient pressure2.(制伏人的力量) overwhelming force; pressure 对某人施加压力 bring pressure to bear on sb.; 在舆论的压力下 under the pressure of public opinion; 他感觉到现代生活的压力。 he felt the press of modern life.; 压力锅 pressure cooker
• "轴上承载压自动调整功能" 英文翻译 :    adaptive z functionz

• For certain workloads cache hit ratio is lower than would justify having it enabled
  在一定的负载压力下，如果缓存命中率太低了，就启用它。
• If chaos or network theories are right , a chance of large cascading failures is inherent to stressed or highly interconnected systems
  如果混沌或网络理论是正确的，在负载压力大或高度联结的系统里，大规模连锁跳电的机率总是存在的。
• The improvement system is made up of the pressure sensor , flow sensor , displacement sensor , electro - hydraulic proportional flow control valve , power amplifier , data gathering board and computer . the platform can carry out testing the hydraulic parameters , processing the tested data , saving the processed data and drawing , adjusting the pressure automatically
  改造后的测控系统主要由压力传感器、流量传感器、位移传感器、比例节流阀、功率放大器、数据采集卡和计算机组成。改造后的实验台具有自动采集实验数据、自动处理实验数据、自动保存实验数据、自动调节液压系统负载压力等功能，大大提高了实验台的工作效率、测试精度和智能化水平。
• The key items include the car sinking , constant speed characteristics , inspection function , auto relevelling function and level accuracy , etc . the research contents focus on the following three parts : firstly , research on effects of system parameters on car sinking has been completed . secondly , the constant speed performance with the compensation of internal leakage of pump / motor is improved . lastly , research on improvement of the car level accuracy and contrast to that of traction elevators is presented , and the reasons of low car level accuracy of hydraulic elevators are discussed
  重点研究了三方面内容：一是研究了停层沉降特性及影响电梯轿厢停层沉降特性的各种因素；其次是通过负载压力补偿液压泵马达内泄漏来改善电梯轿厢速度稳定性；最后是液压电梯平层精度的理论和实验研究，并与曳引电梯的理论模型进行了对比，阐述了液压电梯平层精度低的原因，理论探讨了影响液压电梯平层精度的主要因素。
• That is , through analysis of the principle on flow control and " hydraulic transistor " , design and calculation of flow control characteristic as well as main parts in valve inner chamber , a piloted reducing valve will be installed between main valve and pilot valve . after a pressure - difference compensating reducing valve was added in the non - pressure compensating piloted reducing valve of the flow control valve in vlalvistor valve , the calculation on control characteristic emulation and load characteristic emulation has been carried out . the result of the calculation shows that after pressure compensating reducing valve was added , the linearity of the control characteristics has been greatly improved thus eliminating influence upon outlet flow by load pressure - change of the hydraulic system and improving performance characteristics of the hydraulic component
  文章还在对瑞典valvistor阀的插装比例阀研究的基础上，提出了一种新的流量控制原理，即：通过对流量控制和“液压晶体管”原理的分析、流量控制特性及阀内腔主要结构件的设计计算，在主阀和导阀之间增设先导减压阀，并进一步对valvistor阀的流量控制阀之无压力补偿先导减压阀、加入压差补偿减压阀后的控制特性进行了仿真计算和负载特性仿真计算，结果表明：增设压力补偿先导增压阀后，其控制特性曲线变得非常线性，从而消除了液压系统负载压力变化对主阀输出流量的影响。
• This paper analyses the type , function and characteristics of usual proportional control valves and raises a new modificative version in the light of their drawback . that is , basing on the principle of flow amplification and electrical feedback and throughout calculation and analysis on flow closed loop control and pressure flow combination . , determination of the minimum controlled pressure difference as well as flow controlling range and structure of main valve and research of the dynamic and static characteristic , the paper puts forward control principle of " flow - load pressure change - displacement revision " and pressure / flow double closed loop , and further expounds that using a proportional controller and a electric mechanical transducer can separately serve the control function of pressure or flow as well as flow pressure combination
  本论文分析了目前常用比例阀的类型、功能、特性，并针对其不足提出新的改进方案，即：以流量放大，电反馈两个原理为基础，通过对流量闭环控制及压力流量复合的计算分析、确定上最小控制压差及流量控制范围，确定主阀结构、功能特性研究等，提出了“流量? ?负载压力变化? ?位移修正”的控制原理和压力流量双闭环控制原理，并进一步论述了利用一个比例控制器和一个“电?机械转换器”就可完成独立的压力或流量控制功能以及流量压力复合控制功能。
• The controlled object hyvp ( hydraulic pressure vibration platform ) has the property of big loading pressure and rating power , so it need considerable transmitted and control power , it also has the property of high - level math model , and narrow frequency width in closed - loop , and bad stability . this thesis is based on the hpvs in the “ tiema project ”
  被控对象(液压振动台)具有负载压力和额定功率相当大的特点,因此要求传输和控制的功率要相当可观;而且它还具有数学模型阶数高、闭环频带宽度窄、稳定性差等特点。