hermetic cabin 中文意思是什麼

hermetic cabin 解釋
氣密艙
  • hermetic : adj. 1. 〈H-〉海爾梅斯神的〈埃及神 Thoth 的希臘名稱為 Hermes Trismegistus, 據說為煉丹術始祖〉。2. 煉金術的,奧妙的。3. 密閉的,密封的。
  • cabin : n 1 小屋,小室;〈英國〉(鐵路等的)信號室。2 船室[艙],頭[二]等客艙;【航空】座艙;艦長室,長官...
  1. This paper mainly studied measurement and control system of the multi - variable environment simulative hermetic cabin

    本論文主要是對多變量環境模擬密封艙測控系統進行研究。
  2. In addition, it introduced the processing and demarcation of sensor of concerned measurement data and the curve to draw up to close and software that the multi - variable environment simulation hermetic cabin is controlled the course to realize

    並對密封艙的總體設計和相應的部件進行了技術說明。此外,還介紹了有關測量數據的處理、傳感器的標定、曲線的擬合和多變量環境模擬密封艙控制過程的軟體實現。
  3. This paper is a part of scientific research item " coupling of sound and cement bond logging of shipping hermetic cabin and the influence of multi - variable environment simulative hermetic cabin to body ". it mainly studied the measurement and control system of the simulative hermetic cabin to realize the adjustment of temperature, humidity, stress, oxygen, carbon dioxide, vibration and noise etc. and the parts of system design to the hermetic cabin and corresponding have carried on the technology explanation

    本論文是「船舶密封艙內的聲固耦合和多變量環境對生理功能的影響」科研項目的子課題,主要對模擬密封艙的測控系統進行研究,以實現密封艙對溫度、濕度、壓力、氧氣濃度、 co _ 2濃度、振動和噪聲等變量的調節。
  4. Therefore developing the environment simulation hermetic cabin that the stress, temperature, humidity, oxygen, carbon dioxide, vibration and noise etc can be adjusted, research many kinds of synthetically influences of multi - variable environment to the physiology function of animal such as single variable and the stress, temperature, humidity, oxygen, vibration and noise etc and its harm, looks for out the regularity of its influence to reach and probably gives rise to the critical scope of damage to the human body physiology function, and then but the measure of environment variable which sought actively to prevent and control inside the hermetic cabin looks has the meaning very much

    因此,研製壓力、溫度、濕度、含氧量、振動和噪聲等可調節的環境模擬密封艙,深入研究單一變量和壓力、溫度、濕度、含氧量、振動和噪聲等多種變量環境對動物的生理功能的綜合影響及其危害,找出其影響的規律性及可能對人體生理功能產生損害的臨界范圍,進而尋求有效的預防和控制密封艙內部的環境變量的措施則顯得非常有意義。
  5. How expounded testing and controlling seven variables such as temperature, humidity, stress, oxygen, carbon dioxide, vibration and noise etc. it is different from single variable environment simulate hermetic cabin before, this paper expounded the basic component of multi - variable environment simulation hermetic cabin and the work principle of measurement and control system to develop of it, it advanced the method of the preset checkout and the jointly control of multi - variable such as temperature, humidity, stress, oxygen, carbon dioxide, vibration and noise etc, it has been designed to realize computer measurement and control of environment simulate hermetic cabin

    具體介紹了多變量環境模擬密封艙的基本組成和測控系統的工作原理,闡述了如何對所給定的溫度、濕度、壓力、氧氣濃度、 co _ 2濃度、振動和噪聲等七種變量進行檢測和控制。與以往單一變量環境模擬密封艙不同的是,本文對所研製的多變量環境模擬密封艙的基本組成和測控系統的工作原理進行了闡述,提出了對所給定的溫度、濕度、壓力、氧氣濃度、 co _ 2濃度、振動和噪聲等多種變量的檢測和聯合控制的方法,設計並實現了環境模擬密封艙的計算機測控。
  6. It is showed that this prototype machine of system has realized the automation of detecting and controlling course, the digitization processing of detected result, as well as the diversification of detecting and controlling functions ; it has improved the measuring and controlling precision in the course of detecting hermetic performance of sealed - cabin, and depressed the operator ' s labour intensity

    通過測試表明,該系統原型機較好地實現了測控過程的自動化、測量結果的數字化處理以及測控功能的多樣化,大幅度了提高密封艙密封性能檢測四jll大學碩士研究生學位論文摘要過程中的測量控制精度、降低了操作人員勞動強度。
  7. According to the practical industry need of detecting hermetic performance of sealed - cabin, by adopting low cost and small scale distributing detecting - controlling system frame based on embedded computer, this subject has improved the existing method of detecting and controlling which is used to detect hermetic performance of sealed - cabin, and the prototype machine of a new - type intelligentized system for real - time detecting and controlling is developed

    本課題從密封艙密封性能檢測的工業實際應用出發,採用基於嵌入式計算機的低成本小型集散測控系統結構,對現有的密封艙密封性能檢測工藝中的測控方法進行改進,設計開發了新型智能化實時測控系統原型機。
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