filtration washing 中文意思是什麼

filtration washing 解釋
過濾洗滌
  • filtration : n. 過濾；滲入。 automatic （centrifugal） filtration 自動（離心）過濾。
  • washing : n. 1. 洗滌；〈集合詞〉需要洗滌的衣物。2. 洗出物。3. 鍍金。4. ＝ washsale. 5. 〈pl. 〉洗滌劑。adj. 洗滌用的；經洗的。
  1. The extra filtration is relatively simple since no washing is attempted.

    此次額外過濾，比較簡單，因為不需要洗滌。
  2. Part of the electronic apparatus, medical equipment, spare part production and maintenance of the automobile, motorcycle, engine, aeroplane, metal press piese, oil, pump glib, compressor part and spinneret and washing, filtration of core of chemical fibre industry

    電子電器零件、醫療器械、汽車、摩托車、機車、飛機零部件的生產與維修，金屬沖壓件、油泵油嘴、壓縮機零件及化纖行業的噴絲板與過濾芯的清洗。
  3. Liupanshui beer co. ltd. has retrieved from bankruptcy to rapid development depending on technical innovation and improvement as follows : strengthening the control of saccharifying boiling intensity, the age of fermenting beer, filtration time, bottle washing of remnant alkali, sterilization intensity, and pressure prepare in nitrogen filling etc. ; making full play of employee ' s initiative and installing new equipments ; making control of filtration beginning time and keeping stable beer storage time at 0 ; settling the problem of beer species by high concentration dilution method ; applying low - pressure boiling system to increase boiling intensity, shorten boiling time, and increase beer non - biologic stability ; and making innovation of fermentation techniques to increase beer quality etc

    摘要六盤水啤酒有限責任公司依靠科技創新、走科技進步之路，通過加強對生產過程的糖化煮沸強度、發酵酒齡、開濾時間、洗瓶殘堿、殺菌強度、灌裝氮氣背壓等方面的控制；發揮人的主觀能動性，實施增加硬體設施；控制開濾時間，穩定控制0貯酒時間；利用高濃稀釋解決品種矛盾；採用低壓煮沸系統，提高煮沸強度、縮短煮沸時間，提高啤酒的非生物穩定性；改進發酵工藝，提高產品質量等措施，使企業實現了發展。
  4. A combined method was proposed i. e., to separate circulating water from washing ash - water and form closed circulating, make acid dipping of condenser copper pipe, add scale and corrosion inhibitor, and perform sterilization and filtration

    針對此問題，提出了隔斷循環水與沖灰水的直接聯系，將循環水系統改為閉路循環，對凝汽器銅管進行酸洗，向循環水中添加緩蝕阻垢劑、殺菌滅藻劑和增設旁流過濾系統等辦法。
  5. Fourth, the membrane recovering method was found within stationary tubular membrane elements and was compared with rotating flow by using experiment, that is, the unloading pressure recovering method is one of the most efficient method, it may reduce the auxiliary time, such as washing, backflush, reverse filtration, but the tubular membrane is washed or backflush or changed after the cycle period are accumulated numerous times

    第四、對旋轉流靜止管式膜的再生進行了實驗比較，並提出了旋轉流膜管可以通過卸壓再生，以減少膜管每次使用后的沖洗、反吹等輔助時間，採用該種方法再生的膜管其滲透通量完全能滿足要求，當循環使用一定次數后再進行或沖洗或反吹或更換新膜管。
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