相比之下，弗兰克·索的发明则独辟蹊径，用轻盈的塑料薄膜代替玻璃，去掉了真空管，直接使用有节能效果的有机发光二极管。
So's device takes a radically different turn, replacing glass with thin plastic, eliminating the vacuum and using energy-efficient, organic LEDs.
用该法制备的减反射膜光学性能优良，生产设备简单，原料价格便宜，适宜在平板和真空管集热器玻璃表面上大面积涂覆减反射膜。
This method is charecterised by its good optical property. simple equipment, low cost of raw material and would be in practical use for large area antireflection coating preparation.
太阳光能量通过玻璃真空管采集，由金属超导热管传热至承压水箱内把水加热。
Sunlight energy is collected by glass vacuum tube and metal superconductive tube transmits heat to the pressure-bearing water tank to heat up water.
它的吸热管，同时，正在涂层钢板，而不是电厂的高效率玻璃真空管。
Its heat-absorbing tubes, meanwhile, are coated steel, rather than the power plants' high-efficiency glass vacuum tubes.
但现在这种全玻璃的集热管跟以前不一样了，除了结构、工作机理、寿命发生了变化，真空管的生产和步骤也发生了变化。
But now the full glass with the specification is not the same, except before the structure, working mechanism, the life is changed, the vacuum tube production and steps also change.
包括：外层振荡流热管、内层振荡流热管，保温堵盖、玻璃真空管。
It includes: the out oscillating flow tube, the inner oscillating flow tube, the thermal insulating block cover and the glass vacuum tube.
本文针对玻璃真空管内插热管式太阳能集热器的结构特点、非稳态效率进行了研究。
Researching on the configuration and unsteady state efficiency of the glass evacuated solar collector tube with an inserted heat pipe in this paper.
利用对各种型号全玻璃真空管式太阳热水器检测的大量数据，对全玻璃真空管式太阳热水器的热性能进行了分析。
The thermal performance of all-glass evacuated tubular solar water heaters is analyzed by a large number of experimental data.
本文针对玻璃真空管内插热管式太阳能集热器的结构特点、非稳态效率进行了研究。
The configuration and thermal performance of the evacuated tubular solar water heater with an inserted heat pipe was studied in this paper.
本文针对玻璃真空管内插热管式太阳能集热器的结构特点、非稳态效率进行了研究。
The configuration and thermal performance of the evacuated tubular solar water heater with an inserted heat pipe was studied in this paper.
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