These large differences are caused by all the other parameters, such as filament temperature, filament substrate distance, gas speed in the reactor, etc., which can vary in wide ranges.
产生这些巨大差别的原因是诸如反应器中的丝极温度、丝极基体距离、气体速度等所有其它参数，这些参数的范围很宽。
In order to observe the phenomenon of the filament temperature drop caused by the board-current, the ideal diode filament temperature was detected precisely with an infrared thermometer.
为了观察由板流引起的灯丝温度下降现象，利用红外测温仪对理想二极管灯丝温度作了精密测量。
The highest temperature-and thus the brightest light-that an incandescent lamp can achieve is the melting point of its tungsten filament.
一盏白炽灯所能达到的最高温度——即最大亮度——是其钨丝熔点的温度。
Spray head is heated to fused filament. The temperature should be reliable and precise, or it would aspect speed of spraying.
喷头被加热来熔化材料丝，加热的温度需可靠和精确，否则影响出丝的速度，导致工件表明不光滑。
However, because the filament resistance varies nonlinearly under the influence of temperature, the error of the calculating result is always great.
由于灯丝电阻受温度影响而呈非线性变化，因而计算的结果一般误差很大。
An electric light bulb that produces light by heating a filament, usually of tungsten, to a temperature at which yellow or white light is produced.
一种通过灯丝受热而发光的电灯泡，灯丝材料通常是钨，受热达到发出黄色或白色光的温度。
The paper illustrates the principle of optics pyrometer, the making preferences of ones with implicit filament, and as well as the modifying method of its display usage and actual temperature.
阐述光学高温计测温原理、灯丝隐灭式光学高温计制作的参数选择以及光学高温计显示温度与实际温度修正方法。
Temperature profile in single and multi filament CVD system and temperature distribution in the substrate surface were analysised based on a simplified model and the addition principle respectively.
基于一简单模型和叠加原理，分别研究了单丝和多丝化学气相沉积(CVD)系统的温度场及基底表面的温度分布。
The affection of the temperature of heat board and heat plate on the heat shrinkage of polyester filament was studied in this paper; finally the regression equations were given.
这里主要研究了牵伸机热盘、热板温度对涤纶长丝热收缩率的影响，最后，得出其回归方程。
The mechanical properties of PET/PTT filament under different temperature, load and medium were also researched.
研究了PET/PTT双组分复合长丝在不同温度、不同张力、不同介质热处理条件下的力学性能。
The effects of spining temperature, quenching air, stretching ratio on the tenacity of the filament are also studied.
探讨了纺丝温度、冷却条件、单丝纤度、拉伸倍数等主要工艺条件对丙纶高强丝强度的影响。
To keep the anode current stable suitably, a temperature compensated circuit based on a thermal resistor to self-regulate the filament voltage has been designed.
为使阳极电流稳定在合适的区间内，设计了一种利用热敏电阻自动调节中子管灯丝电压的温度补偿电路。
It was proved that temperature difference was the greatest influencing factor and the filament current was the sensitive parameter in storage test.
评价的结果表明：温度差为该种元器件最优影响因素，灯丝电流则为其储存试验中的敏感参数。
In this article, the design of "-"spinneret of Polyester FDY was introduced. The effect of spinning temperature , spinning speed and quench process to the flat target of the filament were discussed.
介绍了涤纶FDY扁平丝“-”型喷丝板的工艺设计，主要讨论了纺丝温度、纺丝速度、侧吹风等工艺对纤维扁平度指标影响。
The effect of spinning temperature, spinning pressure and rotation velocity on the fiber's degree of profile and effective filament diameter was analyzed.
研究了纺丝温度、压力、收丝速度对纤维异形度和当量直径的影响。
Glass shell made of a light bulb to keep the filament in a vacuum, or inert gas under low pressure, role is to prevent oxidation of the filament at high temperature under.
电灯泡外壳用玻璃制成，把灯丝保持在真空，或低压的惰性气体之下，作用是防止灯丝在高温之下氧化。
After a constant current, the temperature of the tungsten filament is increased, and the heat is transferred to the cell wall by the carrier gas around it.
在通过恒定电流以后，钨丝温度升高，其热量经四周的载气分子传递至池壁。
In the vacuum system, the heat radiation is the main factor to affect the temperature of each point of the filament in area source electron gun.
在真空系统中，热辐射是影响面源电子枪灯丝各点温度的主要因素。
No filament and electrode. Light bulb is breakable but it is of high safety at breaking for the lower surface temperature.
无灯丝和玻璃外壳，不会产生灯泡破碎的情况。
Edison invented the light bulb durable, he has done many thousands of experiments, but still no way to enable the ability to live in high-temperature filament.
在爱迪生发明耐用电灯泡之前，他曾做过千多次实验，但仍没有办法使灯丝能耐住高温。
Edison invented the light bulb durable, he has done many thousands of experiments, but still no way to enable the ability to live in high-temperature filament.
在爱迪生发明耐用电灯泡之前，他曾做过千多次实验，但仍没有办法使灯丝能耐住高温。
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