E - electrobath 中文 - EN166

electrobath n.【化學】電鍍浴。

electrobiology
The silicon plates are formed reverse four wimble array in koh solution by wet - etching technology . then the electrochemical etching experiments are done in three poles electrobath . and some technology questions such as heat oxygenation , light etching , wet etching and electrochemical etching have been analyzed . at the same time sample appearances are analyzed by scanning electron microscope . according to current burst model theory , the electrochemical deep holes etching mechanism are analyzed 在三極電解槽中，進行了電化學深刻蝕的探索性實驗。對氧化、光刻、濕法刻蝕和電化學刻蝕中的工藝問題進行了初步的理論和實驗研究，同時，采用sem對實驗樣品進行了形貌分析，并采用電流突破模型對電化學深孔刻蝕機理進行了理論分析。
Finally , considering the request of the gfrp bars reinforced furan resin concrete electrobath , we designed the structure of the electrobath and use finite element method to analyse it . in the process , pre - stress also was considered . the result of use in practice indicate the properties of gfrp bars can meet the request of electrobath structure 最后結合玻璃鋼筋呋喃樹脂混凝土電解槽的設計與開發，對電解槽的配筋布置、結構尺寸進行了設計，用有限元方法對電解槽的整體結構進行了計算分析，并考慮了玻璃鋼筋預應力的影響，其設計計算結果已在玻璃鋼筋呋喃樹脂混凝土電解槽的實際生產中得到了應用，且使用情況良好。
To select a cylindrical plane cathode ; to design proper focus electrodes in order to control the formation of beam in methods of solving equations , electrobath and simulation aided by computer . to correct effects of anode hole and work out curves of designing guns ; to discuss plasma cathode guns at last 選用圓形平面陰極;設計恰當的聚束極形狀以控制電子束的成形,并使用解析法、電解槽法和數值方法三種方法進行設計;考慮陽孔效應對電子束傳輸的影響,修正陽孔效應,給出電子槍設計曲線;最后討論一下等離子體陰極電子槍。
With the rapid development of the technology of computer and automation , the computer control system is widely used in the manufacture of al electrolysis and the efficiency is improved and the life - span of the electrobath is increased 隨著計算機和自動化技術的發展，以計算機為核心的自動控制系統已經被廣泛應用于鋁電解生產過程的控制，提高了生產效率、延長了電解槽壽命。
The paper analyses and finds the factors affecting the insulation of electrobath short circuit ora and gives feasible measures to solve this . after reconstruction the insulation performance of the electrobath is raised 分析并找出了影響電解槽短路口絕緣性能的因素,提出了可行的解決措施,經過改造,達到了提高電解槽絕緣性能的目的。