simulating device中文是什么意思

• [网络] 模拟装置

• displacement simulating device    位移模拟装置
• electronic simulating device    电子模拟装置
• simulating strain device    模拟应变装置
• simulating test for safety device    安全装置模拟试验
• simulating check    模拟检查
• simulating control    模拟控制
• simulating experiment    模拟实验
• simulating motor    模拟电动机
• simulating shell    伪装弹
• simulating signal    模拟信号
• simulating strain    仿真中断
• simulating technique    摸拟技术
• simulating test    模拟试验
• backlash simulating unit    游隙模拟装置
• ballistic missile simulating decoy    弹道导弹模拟假目标
• bottom simulating reflector    海底仿拟反射器
• engineering management simulating lab    工程管理模拟实验室
• liquid-simulating bed    液体模拟床
• measurement of simulating magnetic field    模拟磁场测试
• melanophore simulating hormone    促黑素细胞激素
• mine simulating test    水雷模拟试验
• self-simulating equation    自模拟方程
• shock-simulating machine    冲击模拟试验机
• signal source of simulating targets    模拟目标信号源
• simulating di lay screen    模拟显示屏

• simulate devices using dsf
  用dsf模拟设备
• Setting up a simulate device on motion behavior of bottom-hole assembly according to similitude principles
  应用相似方法模拟研究底部钻具组合的公转运动规律
• At last, the mechanism is measured on the simulate device and on the circuit breaker . the result show that the mechanism is reasonable on its structure design, it can be put in the market
  最后，采用模拟装置对机构进行了模拟测试和实际测试，通过对测试结果的对比分析及有关专家的鉴定，认为机构设计合理，满足断路器基本要求，可投入批量生产。
• Thirdly, based on clinux ’ s driver hardening architecture, this paper researchs clinux ’ s fault handling . this paper designs and implements a fault injection method for simulating device fault and performs some fault injection experiments of e100 pro 100 / + network card
  为了模拟设备的失效,本文设计并实现了一种失效注入方法,并针对e100pro100/+服务器网络适配器进行了几个失效注入实验。
• This paper investigated the electrorheological ( er ) characteristics of two suspensions of starch particles ( a ) and aluminosilicate particles ( b ) in silicone oil respectively, and also their transmitting properties on a simulated device of cylindrical er clutch ( erc ) by comparison, only to show that a is a kind of electrorheological fluid ( erf ) with definite plastic yield-point and can be subjected to a narrow voltage range on erc, while b is a kind of pseudo-plastic erf and can be subjected to a wilder voltage range on erc
  本文研究了硅油-淀粉(a)、硅油-硅酸铝(b)两种er流体的电流变性能，并通过一套筒式er离合器模拟传动装置，研究且对比了这两种er流体在筒式er离合器上的传输特性。结果表明a是具有塑性屈服点的流体，其在er离合器上有效调速电场范围较小；b是假塑性流体，其在er离合器上有效调速电场范围较宽。