1) sun drawing water
太阳吸水
2) solar absorptance
太阳吸收比
1.
The solar absorptance α s=0.
结果表明，薄膜由 １０ｎｍ 大小的颗粒组成，太阳吸收比 αｓ＝０９３，发射率εｎ＝ ００６３，具有良好的选择性。
2.
According to the BD-1 satellite antenna s flight temperature,this paper gets the SR107-ZK white paint performance degradation data and the value of solar absorptance at the end of life(8 years),predicting the highest temperature of the antenna.
根据北斗一号卫星天线在轨的实际飞行温度,反推出了SR107-ZK白漆的太阳吸收比αs退化曲线,并根据该曲线外推,得到了8年寿命末期的太阳吸收比αs,预测了卫星寿命末期天线反射面的最高温度。
3.
The solar absorptance (αs) degradation of ITO/Kapton/Al films under irradiation of different energy electrons is studied.
文章研究防静电Kapton二次表面镜(ITO/Kapton/Al)在不同能量电子辐照后,太阳吸收比退化情况,并利用X射线光电子能谱仪(XPS)和扫描电子显微镜(SEM)对样品表面的成分和形貌进行了分析。
3) solar absorptance
太阳吸收率
1.
The forecasting models for the solar absorptance (αs) of ZnO-type thermal control coatings in the space combined radiation environment are studied.
文章研究ZnO类热控涂层在空间综合辐照环境下太阳吸收率(αs)退化的预示模型。
2.
GEO environmental degradation trend of 15years on solar absorptance for thermal control coatings such as S781 white paint, SR107-ZK white paint, silvered FEP, and OSR on the outer satellite are simulated by a combined low energy irradiation test.
文章用综合低能辐照试验模拟15年地球同步轨道环境对热控材料S781白漆、SR107-ZK白漆、镀银FEP、OSR片的太阳吸收率退化趋势。
3.
The solar absorptance changed obviously,while the emittance has little change after irradiation.
材料辐照后太阳吸收率发生明显变化,而辐射率几乎不发生变化。
4) solar absorbing
太阳光吸收
5) Solar water heating
太阳热水
1.
Solar water heating and water heat storage are mature technique applied to family hot water system, which can be optimized by reasonable equipment combination and control.
太阳热水和水蓄热是两种应用于家用生活热水系统中的成熟技术。
6) solar-energy water tank
太阳能水箱
补充资料：内吸除(见单晶片的吸除技术)
内吸除(见单晶片的吸除技术)
internal gettering
内吸除internal gettering见单晶片的吸除技术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条