surface power

The experiments show that both the copper reflector and the silicon reflector cooled by the thermoelectric refrigerator can compensate the distortion caused by laser power, so that the reflector surface is unchanged when it works.

实验表明，半导体致冷铜镜和硅镜可以很好地补偿激光热变形，使反射镜在承受激光功率的时候，其镜面面型保持不变。

Various high power inductors are superior to be high saturation for surface mounting.

具有高功率、高饱和电流、低阻抗、小型化之特点.

Based on the reactions between oxygen adsorbed on nano tin oxide thin film surface and hydrogen sulfide, it was obtained that the sensitivity of nano thin film gas sensor was proportional to hydrogen sulfide gas concentration of 1/ 2 power.

利用纳米二氧化锡薄膜表面吸附氧和硫化氢气体的反应式，得出了纳米薄膜元件的灵敏度与硫化氢气体浓度的1/2次方成正比。

In this article , the radiating surface and power divider are researched in this paper.

本文就裂缝阵列天线的辐射阵面及功分系统设计技术进行研究.

The paper discusses the technique of increasing surface power voltage class from 380 V to 660 V.

本文就地面供电电压等级由380V提高到660V电压技术问题进行探讨.

Rolling experiments were carried out based on the analysis of rolling force and power in a three-roll planetary mill. The result shows that dimensions, surface quality and tolerances of piPes rolled with the mill can all meet the specified requirements.

在理论分析三辊行星轧制的轧制力和轧制功率的基础上，进行了轧制试验，结果表明，采用三辊行星轧机轧管，无论是尺寸范围，还是表面质量、公差均能达到预期目的。

On the basis of numerical simulation of fluid-solid conjugate heat transfer on the hot side gas tank of the thermoelectric power generation device, an evaluation of flat-plate thermal energy device surface temperature uniformity index-temperature uniformity coefficient is proposed.

对该温差发电装置热端气箱进行流固共轭换热数值仿真，并提出一种评价平板式温差发电装置表面温度均匀性的指标&温度均匀性系数。

This paper innovatively proposes a method of the water surface low-power wireless sensor nodes self-powering from solar radiation and develops a thermoelectric generator device.

本文创新性地提出了水面低功耗无线传感器节点利用太阳辐射热能实现自供电的方法，研制了相应的发电装置。

Using high power CO 2 laser a Ni-Cr-Al plasma coating on aluminum alloy surface a cladding layer.

文中利用高功率的CO2激光器,对铝合金表面的Ni-Cr-AI等离子涂层进行熔覆处理.

The PMMA surface was modified by argon ( Ar) plasma treatment and effects of plasma treatment time, Ar pressure and discharge power on hydrophilicity of PMMA surface were investigated.

采用Ar等离子体对PMMA材料进行表面改性，研究了Ar等离子体处理时间、气体压强、放电功率对材料表面亲水性的影响，通过材料表面电阻率的测定对改性材料的抗静电性能进行评价。