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- The reduction in deionization time results from lower short-circuit currents, shorter fault duration, and gradual restoration of voltage to the line. 這種去游離時(shí)間的降低則要求小的短路電流、短的故障持續時(shí)間,以及線(xiàn)路電壓緩慢的恢復。
- Technical and econo mic comparing between the deionization techniques is carried out. 介紹了全膜處理除鹽法的發(fā)展與技術(shù)要點(diǎn)，并進(jìn)行技術(shù)經(jīng)濟比較；
- Clearing away all sorts of impurity from the raw water with electrodialysis and ion-exchange column can obtain the deionization water. 利用電滲析和離子交換柱除去原水中的各種雜質(zhì)可得到去離子水,而去離子水的質(zhì)量直接決定了醫用注射液的質(zhì)量。
- The mechanisms of deionization and electrolytic regeneration of ion exchange resin in the membrane cells packed with resin were explained. 本文介紹了離子交換樹(shù)脂在填充床電滲析器中的脫鹽及電再生機理，實(shí)驗研究了一價(jià)離子及二價(jià)離子在設備內的操作參數。
- Current production methods include, for example, double-pass reverse osmosis coupled with other suitable techniques such as ultrafiltration and deionisation. 目前的生產(chǎn)方法包括，例如，雙向反滲透與其他技術(shù)如超濾和去離子同時(shí)使用。
- Carbon nanotubes (CNTs) films electrodes were fabricated by low pressure and low temperature thermal chemical vapor deposition (CVD) for capacitive deionization (CDI) application. 摘要采用低壓化學(xué)氣相沉積方法制備碳納米管薄膜電極，研究碳納米管薄膜的電容去離子行為。
- The technological process of industrial water deionization, the operation principle,and the water quality of industrial water deionization are emphatically introduced. 著(zhù)重介紹了工業(yè)水除鐵的工藝流程、工作原理及處理后的水質(zhì),并簡(jiǎn)要分析了影響除鐵效果的因素。
- The adsorption of NaF on CDD shows that the performance of capacitive deionization of the obtained electrode materials,is excellent and the electrode can be regenerated and reused. NaF溶液的吸附實(shí)驗結果表明:該電極材料的去離子效果明顯、且可再生和重復使用。
- Carbon nanotube films grown on nickel sheet by CVD method were directly used for the electrode materials of capacitive deionization device(CDD). The surface structures of carbon nanotube films were characterized by FESEM,TEM and BET. 采用低壓CVD法制備得到的金屬鎳基碳納米管薄膜直接作為電容去離子器(CDD)的電極材料,并對碳納米管薄膜進(jìn)行了掃描電鏡觀(guān)察和比表面與孔徑分析,探討了該電極材料的電容吸附性能。
- The integrated membrane deionization system is economic, efficient, environmental friendly, especially applicable to water recirculation and wastewater reuse in regions where water is in short supply. 認為全膜處理除鹽法經(jīng)濟、高效、環(huán)保，特別適合缺水地區的水循環(huán)處理使用。
- Principle of the deionization and mass transfer enhancement are both introduced, and the research and development history and recent situation of application of the EDI are reviewed. 本文介紹了EDI過(guò)程的去離子原理，分析并提出了過(guò)程的傳質(zhì)強化途徑，回顧了EDI技術(shù)的研究發(fā)展歷程與應用近況。
- These formulae have been successfully applied in calculating and plotting the operating performance graphs of this resin, as well as in selecting the optimal water deionization system by computer. 公式已成功地用于計算、繪制該樹(shù)脂的工藝性能曲線(xiàn)以及用于選取最優(yōu)除鹽水處理系統的電算程序。
- capacitive adsorption for deionization 電容吸附去離子
- Keywords EDM;energy control;deionization; 電火花加工;能量控制;消電離;
- Capacitive Deionization with Carbon Nanotubes Film Electrodes 碳納米管薄膜電極電容去離子研究
- On Deionization of Iron Ion and Manganese Iron from Ground Water 淺談地下水鐵、錳離子的去除
- Keywords deionization water;electrodialysis;ion-exchange column; 去離子水;電滲析;離子交換柱;
- Keywords deionization;aeration;filtration;industrial water; 除鐵;曝氣;過(guò)濾;工業(yè)水;
- Keywords Layer-by-layer assembled film;Anticoagulant;Deionization; 層層自組裝膜;抗凝血;去質(zhì)子化;
- Research Progress of Carbon Aerogels and Their Application in Deionization 碳氣凝膠的制備及其電除鹽性能的研究
