光源功率的英文

• lamp-house's power

• "光源"英文翻译    light source; source; illumi ...
• "功率"英文翻译    power; rate of work; capacit ...
• "光源功" 英文翻译 :    light source power
• "源功率" 英文翻译 :    source power; generator power
• "电源功率" 英文翻译 :    source power
• "电源功率级" 英文翻译 :    power level of source
• "声源功率" 英文翻译 :    acoustic source power; sound power of source
• "火源功率可由用户指定程序" 英文翻译 :    detact program
• "光源" 英文翻译 :    light source; source; illuminant; illuminating source; luminous source; source of light; radiant
• "安全资源功能" 英文翻译 :    srf security resource function
• "特殊资源功能" 英文翻译 :    srf specialized resource function
• "业务资源功能" 英文翻译 :    service resource function
• "专用资源功能" 英文翻译 :    special resource function srf; srf specialized resource function
• "功率" 英文翻译 :    [物理学] power; rate of work; capacity factor; capacity; activity◇功率比 power rate; power ratio; 功率单位 power unit (p. u.); 功率范围 power bracket; power range; 功率放大 energy amplification; power amplification; powerman magnification; 功率分流 power dividing; 功率分配 power splitting; 功率负载 power termination; 功率管 power tube; power valve; 功率计 dynamometer; power meter; wattmeter; 功率减小 power reduction; 功率交换 power exchange; 功率输出 power output (p.o.); 功率输入 power input; 功率损耗 [电工] power attenuation; power loss; watt loss; power consumption
• "b光源" 英文翻译 :    b light source
• "c光源" 英文翻译 :    c light source
• "背光源" 英文翻译 :    ccfl; led backlight
• "灯光源" 英文翻译 :    the spotlight source
• "点光源" 英文翻译 :    pointolite; point lamp; point light source; point-source of light◇点光源灯 point-source light
• "电光源" 英文翻译 :    electric light source; electric luminaire
• "多光源" 英文翻译 :    multiple light courcess; multisource
• "光源病" 英文翻译 :    photopathy
• "光源面" 英文翻译 :    surface of light source
• "光源色" 英文翻译 :    i---- illuminant color; illuminant color
• "光源氏" 英文翻译 :    hikaru genji

• The influence of power fluctuations in the system can be avoided thanks to using differential output structure
  采用差动输出方式，补偿了光源功率波动的影响。
• As a sensor , fbg can be immune from light source disturbance and system loss by transforming sensing information into its reflecting wavelength shift
  作为传感元件，光纤光栅将被感测信息转化为其反射波长的移动，即波长编码，因而不受光源功率波动和系统损耗的影响。
• As a sensor , fbg can be immune from light source disturbance and system loss by transforming sensing information into its reflecting wavelength shift , that is wavelength coding
  作为传感元件，光纤光栅将被测信息转化为其反射波长的移动，即波长编码，因而不受光源功率波动和系统损耗的影响。
• Fbg can be immune from light source disturbance and system loss by transforming sensing information into its reflecting wavelength shift , which has the characteristic of wavelength coding
  由于它能将被感测信息转化为其反射波长的偏移，即具有波长编码的特性，因而不受光源功率波动和系统损耗的影响。
• Fiber bragg grating ( fbg ) sensor is a wavelength - encode sensor . it has many unique characteristics , for example it can be immune from light source disturbance and system loss , now it is one of the current heat research fields in the optical fiber sensing fields
  布拉格光纤光栅( fbg )传感器属于波长调制型光纤传感器,具有不受光源功率波动和系统损耗等独特的优点,成为目前光纤传感领域的研究热点之一。
• Results show that not only most types of rim - fos can be simulated by the simulation and testing system , but also any kind of which can be tested automatically . also the system can work as soon as power on , while free of the disturbance of environment and power fluctuation of the light source
  结果表明，该系统不但可完成rim - fos特性仿真和特性测试功能，而且还可以开机即测且不受环境光干扰和光源功率波动的影响，测试稳定性好，重复性较高。
• Fiber gratings have several distinguished advantages , such as compare with fiber , low loss and high responsibility . as sensing element , they encode the sensing information in a wavelength form , which are their distinguished advantages over other transducers . that not only make the sensing information does not depend on loss of the system or fluctuation of then source power but also decrease the cost of sensing system and realize multipoint and distributed sensing
  光纤光栅与光纤之间存在天然的兼容性,它不仅具有易与光纤连接、低损耗、光谱特性好、可靠性高等特点,而且作为传感元件,它具有其它传感器无可比拟的优点,即感应的信息用波长编码,而波长这个绝对参量不受光源功率的波动、连接或耦合损耗的影响。
• Due to temperature performance of fbg , a reference fbg is adopted to compensate temperature and the compensation principle is expounded . moreover , this scheme not only realizes temperature compensation but also reduces repeatability error of ffptf and errors from power fluctuation of light source , noise of pd and noise of electro - circuit . in the end , temperature and strain performance of fbg is tested and
  基于光纤光栅的温度响应特性，提出用一个参考光栅来进行光纤光栅传感阵列温度补偿的设计方案，并论述了其补偿原理，证明了该方法的可行性；同时可以看出，该方法不仅可以实现温度补偿，也可以减小光纤f - p可调谐滤波器的重复性误差以及光源功率波动、探测器噪声和电路噪声等引起的误差。