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加热电流 meaning in Chinese

heater current
heating current
heatingcurrent

Examples

  1. The process parameters of electric upsetting include : velocities of upsetting cylinder and anvil cylinder , heating current , preheating length and time , etc . because different materials have different mechanical , electric and thermal characteristics , and there are effects between different parameters , the determination of those parameters becomes a complex problem
    电热镦粗成形过程的工艺参数主要包括镦粗缸活塞运动速度、砧子缸活塞运动速度、镦粗压力、加热电流和预热长度等。这些参数的选择是一个复杂的问题,其复杂性不仅在于不同的材料具有不同的力学、电和热传导特性,而且各参数相互影响、相互制约。
  2. The approach is that we first calibrate the filter radiometer with cryogenic radiometer and measurement equipment of relative spectral responsivity and then calculate the absolute spectral responsivity . because the drift in blackbody temperature directly influnces measurement accuracy , so we adopt a feedback system to stabilize blackbody temperature through controlling the current of blackbody that improves measurement accuracy greatly
    该方法首先要用低温辐射计及相对光谱响应度测量装置对滤光辐射计进行标定,经计算可得到滤光辐射计的绝对光谱响应度;由于黑体温度的漂移直接影响到测量精度,我们采用反馈系统通过控制黑体的加热电流,来稳定黑体温度。
  3. Xps measurement results exhibited that no detectable fe2 + existed in the compound of a ~ fe2os doped with sn4 + , which suggest that oxygen anions or cation vacancies not only can compensate the charge balance but also significantly enhance the gas - sensitivity of a - fe2o3 based gas sensors . ( 3 ) conductive type of a - fe2o3 doped with sn4 + is showed in the n - type by hall measurement and gas - sensitivity measurement . the results of measurements and characterizations suggest that the sensitive mechanism of the a - fe2o3 based nano - materials prepared by this work be the surface resistance controlled mode
    ( 3 )首次进行了霍尔测量,并结合气敏测试结果,从不同方面证实了掺锡- fe _ 2o _ 3纳米半导体的导电类型是n型;综合粉体的电导率?温度曲线、元件的电阻?加热电流特征曲线、元件在不同气氛下的电阻特性以及比表面积等测试表征结果,得出本文所制成的- fe _ 2o _ 3基气敏元件的气敏机理特征属于表面控制型。

Related Words

  1. 加热
  2. 加热线
  3. 电子束加热
  4. 加热饭
  5. 放热加热
  6. 前缘加热
  7. 加热柜
  8. 加热速度
  9. 加热凝结
  10. 声加热
  11. 加热电缆
  12. 加热电缆单元
  13. 加热电流电路, 加热电路
  14. 加热电流强度
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