兼性膠體 的英文怎麼說
中文拼音 [jiānxìngjiāotǐ]
兼性膠體
英文
amphoteric colloid-
It also owns the specialty design capacity for electrical circuitry, software, pcblayout, analysis and test of circuit reliability, products safety regulation, electromagnetism compatibility, plane design and plastic mould. the company adopts the world advanced manufacturing technology and management methods and makes use of the world latest study achievements in specialty display field extensively. the company possess of leading core technology system
我們擁有crt lcd顯示器設計室和產品可靠性實驗室，具有電子線路軟體pcblayout電路可靠性分析測試產品安規電磁兼容平面設計塑膠模具等專業設計能力，因地制宜地採用世界上先進的製造技術和管理方法廣泛利用世界專用顯示領域的最新研究成果，擁有領先的核心技術體系。Hydraulic fluid power - compatibility between fluids and standard elastomeric materials
液壓流體動力.流體和標準合成橡膠材料間的兼容性Hydraulic fluid power - compatibility between fluids and standard elastomeric materials - part 2 : test methods
液壓傳動.流體和標準合成橡膠材料間的兼容性.第2部分:試驗方法Hydraulic fluid power - compatibility between fluids and standard elastomeric materials - part 1 : formulation and preparation of test elastomers
液壓傳動.流體和標準合成橡膠材料間的兼容性.第1部分:彈性體試樣的組成和制備The hexagonal barexfe, 2. xo, ( re denote la ^ nd > sm and gd ) ultrafine powders with m - type structure were firstly synthesized by a novel technique - - - - - - sol - gel combustion synthesis method which combines sol - gel method with low temperature combustion synthesis method. based on theoretical analysis and experimental study, the effects of the composition of the gel, the different kinds of intermediate, strength of solution, the amount of complexing agent, the different kinds of anions, the adding of dispersant, auto - propagating combustion and the condition in heat treatment of the gel on crystal phase, particle size, morphology and magnetic properties of bare ^ fe ^ o, ultrafine powders were firstly investigated systematically to clarify the optimum forming conditions
本研究是在前人工作的基礎上，同時從制備方法和摻雜元素兩方面著手，以保證制備的粉體材料具有優異的性能，即首次利用溶膠?凝膠濕化學合成法和低溫燃燒合成法相結合的一種兼具二者優點的超細粉末新型合成技術? ?溶膠-凝膠燃燒合成法來完成稀土元素摻雜鋇鐵氧體bare _ xfe _ （ 12 - x ） o _ （ 19 ） （ re為la 、 nd 、 sm 、 gd ）超細粉末的制備。分享友人