Research Progress of Oxidation on Aluminium and Aluminium Nitride Films in Dry Atmosphere 铝及其氮化物表面干法氧化的研究进展
Characteristics of Low-Temperature Sintering of Shocked Aluminium Nitride Powder 冲击波处理的AlN粉体的低温烧结特性
The Hollow Cathode Discharge Plasma Sintering of Aluminium Nitride Ceramic 空心阴极等离子烧结氮化铝陶瓷
Electronic Paste for Aluminium Nitride Ceramic Substrate 用于氮化铝陶瓷基片的电子浆料
With an experimental device self-assembled, sulphur content in aluminium nitride was determined by hydrogen extraction-electric conductance method. 利用自行组装的实验装置,采用氢气提取-电导法测定了AlN粉末中硫量。
Preparation of aluminium nitride powder under pressurized nitrogen atmosphere 高氮压法制备氮化铝粉
Research of Synthesis Processes of Aluminium Nitride Powder 氮化铝粉末制备工艺的研究
Morphology and crystallography of aluminium nitride whiskers 氮化铝晶须的形态和结晶方向
Structural Characteristics of Aluminium Nitride Cage Clusters 笼状氮化铝团簇的结构特征
The Piezoelectric Aluminium Nitride Film ( 1) 氮化铝压电薄膜(一)
Effect of Starting Materials on Aluminium Nitride Powders Synthesis 起始原料对氨化铝粉末合成的影响
Oxidation Behavior of Aluminium Nitride Research development of synthesis methods of aluminum nitride powder AIN陶瓷氧化行为的研究AIN陶瓷粉末制备方法综述
The preparation of aluminium nitride powder by means of direct nitridation under pressurized nitrogen atmosphere and carbothermal nitridation of alumina is studied. 对在加压氮气中金属铝粉的直接氮化和氧化铝粉的碳热还原氮化法制备氮化铝粉末进行了研究。
With very low loss at high frequency, alumina ( 96%, 99%), beryllium oxide ( BeO) and aluminium nitride ( AlN) ceramics are excellent substrates for microwave and RF circuits. 氧化铝(96%,99%)、氧化铍和氮化铝陶瓷的高频损耗很低,是优良的微波和RF电路用基板。
Hydrophobic Surface Treatment and Hydrolysis Kinetics of Aluminium Nitride Powder AIN粉末有机物表面处理及水解动力学
Joining of aluminium nitride substrate with copper and aluminium and effect of surface modification 氮化铝基板与Cu和Al的接合及其表面改质效果
Tape Casting Process of Aluminium Nitride Substrate 流延法制备AlN陶瓷基板的研究
Analysis of constitutents and evaluation of main phase quantities of ultrafine aluminium nitride 超细氮化铝的组分分析及主相量评估
Powder Coating Determination of sulphur in aluminium nitride by hydrogen extraction-electric conductance method 氢气提取-电导法测定AlN粉末中硫量
The effect of sample thickness of aluminium nitride ain on thermal diffusivity measurements using the laser flash technique 氮化铝样品厚度与热扩散率关系研究
Preparation of Aluminium Nitride from Polymeric Precursors 聚合物先驱体法制备氮化铝
Preparation of aluminium nitride powder under pressurized nitrogen atmosphere aluminum nitride activated and sintered under shock pressure 高氮压法制备氮化铝粉冲击波对氮化铝粉体的活化及烧结
X-ray Quantitative Analysis of Ultrafine Aluminium Nitride Powder Made by Electric Arc 用电弧法制备的AlN超微粉的X射线定量分析
Synthesis of Aluminium Nitride Films Using Plating with Activated Reactive Ion Assisted by Electrons 电子浴辅助阴极电弧源活性反应离子镀合成AlN薄膜
When PCS, especially SiC powders are contained, the nitridation temperature of Al decreases greatly with a much high conversion ratio from Al to aluminium nitride ( AlN). 当体系中含有PCS特别是SiC微粉时,Al的氮化温度会大大下降,转化率大大提高,SiC起着类似催化剂的作用。
Aluminium Nitride Ceramic Substrates for Power Device 功率电子器件用AlN陶瓷基板的研制
Due to the chemical activity of ultrafine powder, it is difficult to obtain reliable results by analysing the constitutents of ultrafine aluminium nitride, especially main phase quantity, nitrogen element. 由于超细粉的化学活性,使超细氮化铝的组分分析难于获得可靠的分析结果,尤其是主相量元素氮。
Present Research Situation of Aluminium Nitride Substrate Material with High Thermal Conductivity 高导热氮化铝基片材料的研究现状
This paper introduces the new development of cathodic arc deposition system, preparation of nanometer multilayer structures of titanium aluminium nitride ( TiAlN) film on the microstructure, mechanical properties and industrial application. 本论文将介绍新开发的阴极电弧沉积系统,制备具有纳米多层结构的氮化铝钛(TiAlN/CrN)薄膜,探讨其微结构、机械性质与工业应用。