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all-glass vacuum
相关语句
  全玻璃真空
    AGEING OF ALL-GLASS VACUUM COLLECTOR TUBES WITH GRADED AI-N/AI ABSORBING SURFACES
    具有多层Al-N/Al吸收表面的全玻璃真空集热管老化研究
短句来源
    The Parametric Equation of Solar Energy All-glass Vacuum Collector Tube and the Measurement
    太阳能全玻璃真空集热管参数方程及测算
短句来源
    This paper discusses the parametric equation of heat waste coefficient,heat preservation rate and time constant of solar energy all-glass vacuum collector tube and gives three kinds of calculating methods. 
    论述了太阳能全玻璃真空集热管的热损系数UL、保温率ηB、时间常数τC的参数方程并给出了测算方法。
短句来源
  “all-glass vacuum”译为未确定词的双语例句
    RESEARCH AND DEVELOPMENT OF ALL-GLASS VACUUM TUBULAR COLLECTORS
    全玻璃真空管集热器的研制
短句来源
    EXPERIMENTAL STUDY OF ALL-GLASS VACUUM TUBE SOLAR WATER HEATER WITH AN INSERTED ROD
    带有内插棒的全玻璃真空管太阳热水器的实验研究
短句来源
    The relation of solar raiation got by a all-glass vacuum tube and the angel of its installation
    全玻真空管太阳能辐射量与其放置角度的关系
短句来源
    All-glass vacuum collector tubes with graded A1-N/A1 absorbing surfaces were heated using electrically thermal elements at 100℃. 200℃ and 300℃ respectively. The pressures and heat losses of aged vacuum collector tubes,and thermal emittances of the absorbing surfaces were measured.
    采用电热元件对具有多层Al-N/Al吸收表面的玻璃真空集热管长时间分别在100℃、200℃与300℃下加热,测定其管内压强、热损与吸收表面发射率变化。
短句来源
    In this paper, we discuss how to use a all-glass vacuum tube to get most solar energy at different latitude and in different area and with different inclination and azimuth angle and we give the calculate result.
    本文对全玻真空管在不同的纬度地区,放置在不同的方位、不同的倾角下可能得到的太阳辐射强度进行了探讨,并给出了计算结果。
短句来源
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  all-glass vacuum
Two semi-continuous all-glass vacuum deodorizers have been constructed and tested.
      
Microsomal uptake irreversible protein binding of labelled trichloroethylene was measured following incubation with rat liver microsomes in an all-glass vacuum system.
      


All-glass vacuum collector tubes with graded A1-N/A1 absorbing surfaces were heated using electrically thermal elements at 100℃.200℃ and 300℃ respectively.The pressures and heat losses of aged vacuum collector tubes,and thermal emittances of the absorbing surfaces were measured.Aged collector tubes contain nitrogen,argon and helium gases,etc.analysed by Quartra pole mass filter.The profile of aged absorbing surface was obtained by Auger spectroscopy.Ageing tests show that the glass vacuum collector...

All-glass vacuum collector tubes with graded A1-N/A1 absorbing surfaces were heated using electrically thermal elements at 100℃.200℃ and 300℃ respectively.The pressures and heat losses of aged vacuum collector tubes,and thermal emittances of the absorbing surfaces were measured.Aged collector tubes contain nitrogen,argon and helium gases,etc.analysed by Quartra pole mass filter.The profile of aged absorbing surface was obtained by Auger spectroscopy.Ageing tests show that the glass vacuum collector tubes are able to operate at 200℃ in long term.

采用电热元件对具有多层Al-N/Al吸收表面的玻璃真空集热管长时间分别在100℃、200℃与300℃下加热,测定其管内压强、热损与吸收表面发射率变化。用四极滤质器对加热后的集热管内残余气体作了分析,表明有一定量的He气。用俄歇电子仪分析了吸收表面沿深度的化学组成。老化试验表明,玻璃真空集热管可以长期工作在200℃。

new type of all-glass vacuum tube solar water heater with an inserted rod is proposed.The thermal behavior and anti-freezing capability of single tube and whole water heater are experimentally investigated.The results show that the vacuum tube with an inserted rod has.small heat capacity and thermal inertia with good heat conducting and flowing properties during heating process;and the solar water heater has rather high thermal efficiency and hot-water availability,and appropriate anti-freezing capability...

new type of all-glass vacuum tube solar water heater with an inserted rod is proposed.The thermal behavior and anti-freezing capability of single tube and whole water heater are experimentally investigated.The results show that the vacuum tube with an inserted rod has.small heat capacity and thermal inertia with good heat conducting and flowing properties during heating process;and the solar water heater has rather high thermal efficiency and hot-water availability,and appropriate anti-freezing capability as well.

对一种带有内插棒的全玻璃真空集热管和由其构成的热水器进行了实验研究。结果表明,该管热容小、启动快、传热和流动性好,热水器的热效率和热水利用率较高,防冻抗冻性能优良。

This paper discusses the parametric equation of heat waste coefficient,heat preservation rate and time constant of solar energy all-glass vacuum collector tube and gives three kinds of calculating methods.

论述了太阳能全玻璃真空集热管的热损系数UL、保温率ηB、时间常数τC的参数方程并给出了测算方法。

 
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