solar absorber

The Design and Simulation of Solar Collector/ Absorber With Heat Pipe

热管型太阳能集热/吸附发生器设计及性能模拟

The boil off technique used in heat pipe solar collector absorber manufacturing

热管真空管集热器中热管沸腾排气工艺研究

Development on latex paint for solar absorber

太阳能集热乳胶涂料的研制

The influence of environment condition on the heat efficiency of solar cavity receiver with absorber of a bundle of tubes

管簇结构腔体式吸收器热效率所受边界条件的影响

Numerical simulation of a new freshwater FLOATING-COLLECTOR-TYPE solar pond with selective absorber and transparent honeycomb

带有透明蜂窝漂浮式选择性吸热器的小型净水太阳池数值模拟分析

Heat pipe is solar absorber. High transitive thermal efficiency, and less thermal losses.

用热管作太阳吸收体，传热效率高，向大气反向传热损失少。

In particular the loss of the generator, the absorber and the solar energy collector determined the most parts of the energy loss of the whole cycle.

而且两循环（火用）损失分布大体一致：其中发生器、吸收器、太阳能集热器的损失占了整个循环能量损失的绝大部分。

Preparation and characterization of the cuins_2 thin files deposited by RF reactive sputter for solar cell absorber

用于太阳电池吸收层CuInS2薄膜的RF反应溅射制备及其表征

Comparing with all-glass tubular solar collectors, metal absorber tubular solar collectors have two main advantages: good resistance to pressure and thermal shock. These advantages are important to the active solar thermal system.

与全玻璃真空管集热器相比，金属吸热体真空管集热器具有承压能力强和耐热冲击好两大优点，这些优点对于大多数主动太阳能系统来说是非常必要的。