Experiment nozzle and explosion chamber temperature measuring device using nozzle
The invention relates to an experiment nozzle and an explosion chamber temperature measuring device using the nozzle. The explosion chamber temperature measuring device comprises a moving end module, a static end module and a nozzle installed on the moving end module. The moving end module comprises...
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| creator | Tang Cheng Cheng Tiehan Gao Shutong Wu Junhui Yang Zhiyong |
| description | The invention relates to an experiment nozzle and an explosion chamber temperature measuring device using the nozzle. The explosion chamber temperature measuring device comprises a moving end module, a static end module and a nozzle installed on the moving end module. The moving end module comprises a moving arc contact and an air cylinder; the static end module comprises a static arc contact terminal and a static arc contact seat; the nozzle comprises a nozzle body which is a cylindrical shell structure extending vertically; the wall of the nozzle body is provided with lighting holes which allow penetration of arc light in use. The explosion chamber temperature measuring device also comprises a spectrometer, and optical fibers leading the arc light in the lighting holes to the spectrometer; the arc light in the nozzle emits through the lighting holes, and the arc light appears for a short period, and is lead to the spectrometer through the optical fibers. The device can accurately measure nozzle inner arc te |
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The explosion chamber temperature measuring device comprises a moving end module, a static end module and a nozzle installed on the moving end module. The moving end module comprises a moving arc contact and an air cylinder; the static end module comprises a static arc contact terminal and a static arc contact seat; the nozzle comprises a nozzle body which is a cylindrical shell structure extending vertically; the wall of the nozzle body is provided with lighting holes which allow penetration of arc light in use. The explosion chamber temperature measuring device also comprises a spectrometer, and optical fibers leading the arc light in the lighting holes to the spectrometer; the arc light in the nozzle emits through the lighting holes, and the arc light appears for a short period, and is lead to the spectrometer through the optical fibers. 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The explosion chamber temperature measuring device comprises a moving end module, a static end module and a nozzle installed on the moving end module. The moving end module comprises a moving arc contact and an air cylinder; the static end module comprises a static arc contact terminal and a static arc contact seat; the nozzle comprises a nozzle body which is a cylindrical shell structure extending vertically; the wall of the nozzle body is provided with lighting holes which allow penetration of arc light in use. The explosion chamber temperature measuring device also comprises a spectrometer, and optical fibers leading the arc light in the lighting holes to the spectrometer; the arc light in the nozzle emits through the lighting holes, and the arc light appears for a short period, and is lead to the spectrometer through the optical fibers. 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| subjects | MEASURING MEASURING QUANTITY OF HEAT MEASURING TEMPERATURE PHYSICS TESTING THERMALLY-SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR |
| title | Experiment nozzle and explosion chamber temperature measuring device using nozzle |
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