鐵氧體薄膜 的英文怎麼說
中文拼音 [tiěyǎngtǐbómó]
鐵氧體薄膜
英文
ferrite film-
Research and application of barium ferrite thin films
鋇鐵氧體薄膜的研究及應用Compound medium wave - guide film on columned li - ferrites was made by magnetron sputtering system
用磁控濺射的方法在圓柱鋰鐵氧體表面鍍覆了復合介質波導薄膜。The results of the tests were that : current two metal layers wave - guide film on columned ferrites was replaced by multi - function gradual films which improved the influence of rheotaxis to some extent. so the wave - guide films of ferrites were good to meet to the micro - wave conduction and driving consumption
主要結果如下：用多層梯度功能膜代替了現有的雙層鐵氧體金屬波導薄膜，在一定程度上改善了趨肽效應的影響，使得鐵氧體波導薄膜在微波傳輸和驅動功耗上達到比較好的結果。Cubic boron nitride ( c - bn ) thin films have significant and potential technological application prospect in cutting tools, electronic and optical devices, etc. because c - bn possesses excellent physical and chemical properties, such as ultrahigh hardness only inferior to diamond, inertness against oxidation at high temperature, uneasy reaction with iron group metal, as well as the possibility of using as n - and p - type doped semiconductors
立方氮化硼（ c - bn ）具有優異的物理化學性質，如僅次於金剛石的硬度、高溫下強的抗氧化能力、不易與鐵族金屬反應、可n型摻雜也可p型摻雜成為半導體等，立方氮化硼（ c - bn ）薄膜在切削刀具、電子和光學器件等方面有著潛在的重要應用前景。Cubic boron nitride ( cbn ) thin films have significant and potential technological application prospect in cutting tools, electronic and optical devices, etc., because cbn possesses excellent physical and chemical properties, such as ultrahigh hardness only inferior to diamond, inertness against oxidation at high temperature, uneasy reaction with iron group metal, as well as the possibility of using as n - and p - type doped semiconductors
立方氮化硼（ cbn ）具有優異的物理化學性質，如僅次於金剛石的硬度、高溫下強的抗氧化能力、不易與鐵族金屬反應、可n型摻雜也可p型摻雜成為半導體等，立方氮化硼（ cbn ）薄膜在切削刀具、電子和光學器件等方面有著潛在的重要應用前景。In all of microwave absorbers, ferrites have stronger absorption and wider absorbing frequency bands. therefore, ferrites are being used widely in the field of stealth and the study of composite film becomes the hotspot at present
在眾多的吸波材料中鐵氧體因為吸收強、吸收頻帶寬而被廣泛應用於隱身領域，所以其復合薄膜的制備也就成為了當前研究的重點。She is currently undertaking research on the synthesis and properties of ldh thin films, spinel ferrite thin films derived from layered double hydroxides, and functional crystalline materials
2003年調入北京化工大學可控化學反應科學與技術基礎教育部重點實驗室工作，主要研究方向：陰離子層狀薄膜和尖晶石鐵氧體薄膜材料的制備及性能研究；功能晶體材料制備及性能研究。Carbon coat electrical film was made and was tested in stability. the process of sputtering micro - wave conduct wave - guide compound metal - carbon film series on columned ferrites which used compound target was studied. micro - wave conducting performance of film was measured, feasibility as the micro - wave conducting compound film series was proved
本論文用碳化的秸稈為主原料制備了碳靶及復合靶；制備了碳基塗層導電膜，並進行了穩定性試驗；研究了復合靶材在圓柱鐵氧體基體上濺射微波傳輸金屬-碳系復合波導薄膜的工藝，測量了膜層的微波傳輸性能，證實了復合膜系作為微波傳輸波導膜的可行性。分享友人