氣閥體 的英文怎麼說

中文拼音 [qìfátǐ]
氣閥體 英文
air valve body
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 閥 : 名詞1 （指在某方面有支配勢力的人物或家族） established house or power group; a powerful person or...
  • 體 : 體構詞成分。
  1. One machinery makes wen zhoudong limited company is to be engaged in research, development, production, sale is domestic and international the gas a powerful person of all sorts of medium compressor, a powerful person piece, lever of annulus of bedspring, piston, piston, piston, sealing ring, crosshead, crosshead is sold, copper is covered, bolt of connecting rod, connecting rod,

    溫州東一機械製造有限公司是從事研究、開發、生產、銷售國內外各種介質壓縮機的氣閥、閥片、彈簧、活塞、活塞環、活塞桿、密封圈、十字頭、十字頭銷、銅套、連桿、連桿螺栓、軸瓦、曲軸、缸體及缸蓋、缸套、凈化設備及部件、冷卻器等壓縮機配件的專業技術型企業。
  2. By comparing the dry plate pressures drop and distributions of velocities simulated on single valve with those of double valves, it was found that there was intense turbulence in the flow fields around fixed - valve, there were eddy areas between valve side orifices and tray wall, there were eddies above the valves too, these led to the complex behaviors of gas perforating valve, these had a great effect on the gas - liquid mass transfer process. at the same time, in order to prevent the disadvantageous effect of gas between one valve with another on the gas - liquid mass transfer, it was very effective to change the fields of gas perforating valve by folding the edges of valve

    通過對數值模擬得出的單閥和雙閥塔板的干板壓降及流場速度分佈分析對比后發現，固定閥周圍流場存在較強的湍動，閥側孔與塔板壁面區域以及閥體的上方空間存在明顯的渦流區，使氣體穿閥后的行為變得復雜，並對氣液傳質過程產生重大影響；模擬結果表明，為防止和削弱固定閥間的對沖造成的「死區」對傳質帶來的不利影響，通過折邊來改變氣體的氣路是非常有效的，模擬值與實驗值基本得到吻合。
  3. U37ng natural gas furnace ; combustor ; sit valve ; ceramic simulation logs ; ceramic simulation ashes ; brick plate ; large straight front high temperature resistance glass window ; flame regulator

    U37ng天然氣爐體;燃燒室； sit閥體；陶瓷模擬圓木；陶瓷模擬灰燼；火焰調節器。
  4. P36 gas furnace ; combustor ; sit valve chamber ; pulse ignition ; ceramic simulation wood ; simulation ceramics ashes, straight safety mini crystal ceramics glass ; flame regulator

    P36天然氣爐體; ；燃燒室； sit閥體；脈沖點火器；陶瓷模擬木材；陶瓷模擬灰燼，平直微晶陶瓷安全玻璃；火焰調節器。
  5. P33 - ng3 north american standard gas furnace ; combustor ; sit valve chamber ; electric pressure ignition ; ceramic simulation wood ; simulation ceramics ashes, safety mini crystal ceramics glass ; flame regulator

    Ng3北美製式天然氣爐體；燃燒室； sit閥體；壓電點火器；陶瓷模擬木材；陶瓷模擬灰燼，微晶陶瓷安全玻璃；火焰調節器。
  6. P48 - ng north america natural gas furnace ; combustor ; sit valve chamber ; pressure ignition ; ceramic simulation wood ; simulation ceramics ashes, straight safety mini crystal ceramics glass ; flame regulator

    Ng北美製式天然氣爐體; ；燃燒室； sit閥體；壓電點火器；陶瓷模擬木材；陶瓷模擬灰燼，平直微晶陶瓷安全玻璃；火焰調節器。
  7. Mainly used in wind guiding board of fission air conditioner in house, wind heating board, medical apparatus, stage lighting and industrial automatis equipment

    主要用於房間空調器分體系列室內機導風板暖風器導風板移動空調壁爐便潔寶和各種智能氣閥燃氣熱水器燃氣灶等。
  8. Mainly used in wind guiding board of fission air conditioner in house, wind heating board etc., stable and all technic parameters are qualified for national electronic standard of sj t10689 - 95

    要用於房間空調器分體系列室內機導風板暖風器導風板移動空調壁爐便潔寶和各種智能氣閥燃氣熱水器燃氣灶等。
  9. The failure of manufacturing cu alloy valve body by die castin g and hot extrusi on casting were point out. characteristics of squeeze casting technology were exp ounded. application of squeeze casting to cu alloy valve body in gas fired applia nce and influence of specific pressure on properties of product were analyzed

    指出了壓力鑄造及熱擠壓工藝生產銅合金閥體的缺點，闡述了擠壓鑄造工藝的特徵，介紹了擠壓鑄造在燃氣器具銅合金閥體上的應用，分析了比壓對產品性能的影響。
  10. Hang the air gap drain on the body of the relief valve ( fig. 2 )

    將氣隙排放裝置懸掛在安全閥閥體上（圖2 ） 。
  11. Design of feed system of diecasting die for exhaust valve

    排氣閥體壓鑄模澆注系統設計
  12. Introduction : raiders a game that i do. middle of the right side of a filing cabinet most blue cup, the upper refrigerator doors, refrigerators object on the right side of the bulb, right wall knolls button on the refrigerator plank on the bottle, a refrigerator inside the apparatus on the stove. yellow objects left side of a gas valve, upper right plate

    第八集游戲攻略1 .中間櫃里最右邊的藍色杯，冰箱上層門，冰箱右邊物體上的玻璃罩，右邊墻上的小圓鈕，冰箱上木板上的玻璃瓶，冰箱裏面的儀器放在火爐上，左邊黃色物體旁的煤氣閥，右上角的鋼板。
  13. Intake valve ： automatically controls the volume of discharge air from 0 to 100 % by matching hte demand of the system air

    進氣閥：根據系統氣體的要求， 0 - 100 %自動調節進氣量。
  14. We select pv - 10 piezoelectric valve as puffing valve in the design of puffing system. the reason is that we can accurately adjust gas quantity of system by it

    充氣系統選用pv - 10壓電晶體閥作為充氣閥門，它能達到實時、準確調節系統進氣量的目的。
  15. Tube valves ; swivel type tyre valve, single bend form

    內胎氣門.有旋轉閥體的單彎結構輪胎氣門
  16. Abstract : to ensure the pressure tightness requirements of the 120 valve ' s pressing - bushed fit, through the analysing the fit tolerance of three kinds of valve bushes and bodies, we determined to raise the tolerance of hole and body from h9 to h8

    文摘:為確保120閥壓套配合的氣密性要求，通過對3種閥套與閥體配合公差的分析，確定將體孔公差由h9提高到h8 。
  17. Jingdu complex compound ultra energy conservation drum wind stove and infrared super energy conservation natural wind stove uses th cast iron type chamber, the stove circle integration design, the wind valve, the are valve, the gearing type adjustment, bums control fore one time to complete time - saving reduce effort dismounting stove legs used disign, operation, transportation extremely converient its market delivery use will be a green revolution of commercial fumace

    京都綜合體超節能鼓風灶和紅外線超節能自然風灶採用鑄鐵式爐膛，爐圈一體化設計，風閥，氣閥，連動式調節，點火，控火一步到位，省時省力，爐腿採用拆裝式設計，操作，運輸極其方便，它的市場投放使用將是商用爐具的一次革命。
  18. The stress of the sliding vane, the axe and the valve are analyzed through ansys, finite element analysis software. it is certain that this paper is of some reference value in designing such kind of sliding vane compressor with a spliced rotary cylinder

    接著分析了轉缸鉸接滑片壓縮機中的滑片和轉缸的運動規律，並對滑片進行了受力分析，利用有限元分析軟體ansys分析了滑片、轉子和排氣閥片的強度。
  19. Gas pressure gauge and fill valve

    氣體壓力表及充氣閥
  20. A model of steam distributing valve of torpedo piston engine was built and analyzed under complex boundary conditions of displacement and thermal transfer using a commercially available finite element code marc / mentat320. the temperature field and stress field were present. according to the result, maximum deformation place was predicted, and thermal stress was major factor causing failure

    本論文應用i - deas軟體mastermodeler構造了配氣閥體的三維實體模型，並在marc環境下進行網格自動生成、邊界條件施加以及閥體的有限元分析，通過計算得到了閥體在所加復雜工況下的位移場、應力場和溫度場分佈，並根據分析結果對其結構提出改進意見。
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