電滲析的 的英文怎麼說
中文拼音 [diànshènxīde]
電滲析的
英文
electrodialytic-
Experimental study on electrodialysis reusing polymer - flooding sewage as confecting polymer water
電滲析回用聚驅污水為配聚用水的試驗研究A study on eliminating educt alkali from coarse sodium tungstate with electrodialysis method
電滲析法脫除粗鎢酸鈉中的游離堿研究Discussion on developing trend of electrodialysis technology
電滲析技術發展方向的思考Theoretical and applied research on bipolar membrane electrodialysis
雙極膜電滲析理論與應用的研究進展Study on the preparation of glycine by bipolar membrane electrodialysis
雙極性膜電滲析技術在氨基乙酸制備中的應用研究It is reported that hard alloy scrap is treated by electroosmosis and electrolysis together taking sulfuric acid as electrolyte in order to recover cobalt metal and tungsten carbide
報道了以硫酸為電解質，同時用電溶法和電滲析法處理廢硬質合金、回收金屬鈷和碳化鎢的原理和方法。Study on property of biomass hydrolysate treated by bipolar membrane electrodialysis
雙極膜電滲析處理生物質水解液的過程性能研究The membrane properties were found to be dependent upon the content of styrene. the membrane physic - chemical properties compare to nafion 117 except that their chemical stability has to be further improved to make them acceptable for practical use in the proton exchange membrane fuel cell. the proton transport through the membrane follows the " liquid - like " proton conductivity mechanism y and the water balance is important for the working condition of the fuel cell
對磺化膜的研究分析表明：膜的性能參數如離子交換容量、吸水率、水合系數、形體穩定性、導電性能、化學與熱穩定性等依賴于膜中苯乙烯含量，且接枝苯乙烯相互間的位阻效應對膜性能影響很大；膜的性能可與nafion膜相比較；質子在膜中的傳導遵循「似液體」質子傳導機理；電滲析與擴散作用使膜保持水平衡。Experimental study on a hybrid uf and ed system of polymer - bearing wastewater treatment for reuse
超濾和電滲析聯合處理含聚廢水的試驗研究Electrodialysis technology. technical requirement of electrodialysis for boiler treatment
電滲析技術.用於鍋爐給水的處理要求In this paper, the basic principle and influence factors of sludge dewatering technologies are introduced, strike, burn, ultrasonic wave, heat hydrolysis, electricity permeate, coagulation precipitate and other daily technology included. their advantages, disadvantages and suitable conditions are reviewed. the perspective of technological development tendency is presented according with the application situation
主要介紹了污泥脫水技術（干化、焚燒、超聲波、熱水解、電滲析、混凝沉澱和其它常用技術）的基本原理和影響因素，分析了它們的優缺點和適用條件，並結合應用情況對它們的發展趨勢作了展望。The inexpensive and stable securing of " water " is becoming increasingly important in a variety of different areas. the best way is desalination to resolve the problem of water scarcity. technology of desalination has been developed for more than 50 years
海水苦鹹水淡化技術經過半個多世紀的發展，從技術上講已經比較成熟，目前水的淡化以多級閃蒸和反滲透為主，其它有多效蒸餾、電滲析、壓汽蒸餾。Ultrafiltration experiment of electrodialysis pretreatment for produced water desalination
油田采出水電滲析脫鹽預處理的超濾實驗Bipolar membrane electrodialysis method to recover acetic acid from dilute waste water
極稀醋酸廢水處理的雙極性膜電滲析法The research for factors affecting the electrodialyzer operation in amino acid wastewater treatment by bipolar membrane electrodialysis
雙極膜電滲析法處理谷氨酸水溶液的過程性能研究Through the theoretical prediction and experiment tests, electrodialysis method could be used directly to separate glutamic acid and glutamine, and a little ammonium sulfate in the mixture benefited the separation process
通過理論預測和實驗驗證，可以用電滲析法直接分離谷氨酰胺和谷氨酸，且原料中少量的硫酸銨有利於分離過程的進行。Study on preparation of acid and base by water splitting with bipolar membrane electrodialysis
雙極膜電滲析法制備酸堿的研究Standard guide for record keeping for electrodialysis electrodialysis reversal systems
電滲析逆電滲析體系記錄的保管的標準指南In order to improve the microorganism fermentation process of producing glutamine, an electrodialysis method was developed to separate glutamic acid and glutamine
摘要為改進微生物發酵法生產谷氨酰胺的流程，提出用電滲析方法來分離谷氨酰胺和谷氨酸。In microfluidics systems, many parameters influence on the flow moving and control, for examples, microchannel surface characters, section shape. in this paper the main work is the research on the mechanism forming electroosmoticflow, theory analysis and simulation on the influence of the geometry parameters on the microflow. this paper reviews the development history of dc electroosmotic micropump and introduces the principle of electric double layer and dc electroosmotic micropump
在微流控系統中微通道的表面特性、截面形狀等都會對電滲流流體的流動和控制產生影響，因此本文的主要工作內容就是對電滲流的產生機理進行研究和對微通道的幾何參數對其中的流體的流動狀況的影響進行分析。分享友人