x-ray diffraction instrument x 中文意思是什麼

x-ray diffraction instrument x 解釋
射線衍射儀
  • x : X2＝ （羅馬數字）10 XX ＝ 20 IX ＝ 9 XV ＝ 15 XL ＝ 40 LX ＝ 60 XC ＝ 90 DXL ＝ 540 MX ＝ 1010 ＝...
  • ray : n 雷〈姓氏，男子名， Raymond 的昵稱〉。n 1 光線，射線，熱線；〈詩〉光輝，閃爍，曙光，一線光明。2 ...
  • diffraction : 分解
  • instrument : n 1 儀表，儀器 〈cf tool implement〉。2 樂器 （＝musical instrument）。3 【法律】證件，證券，文件...
  1. Finally build the foundation to prepare the composites of structure and m - type ferrite with structure and function properties. the constituent phases, microstructure and crystal dimension and crystal coalescence, mechanical properties, magnetic properties of the composites were investigated by means of x - ray diffraction ( xrd ), scanning electron micrograp h ( sem ) and transmission electron micrograph ( tem ), mechanical testing instrument, vibrating sample magnetometer ( vsm ) respectively

    採用xrd技術鑒定復合材料的物相，利用sem ， tem來分析srfe12o19及其復合材料的結構形貌，顆粒大小及結合情況，使用伺服材料實驗機、洛氏硬度計及振動樣品磁強計（ vsm ）測試了復合陶瓷的抗彎強度、硬度及其磁性能，並探討它們之間關系。
  2. This paper has first summarized the experiment of granular film and theoretical research progress and the present major problem to be solved, has discussed the purpose meaning of this paper on this foundation, has introduced us soon afterwards with magnetic metal - non - magnetic metal material adopt for studying object to co - vapored deposited system such as the fexcu1 - x of different fe content x granular film sample, carrying out annealing handling for some of samples, using x ray diffraction instrument xrd ), scanning electrical microscopic ( sem ), vibrating sample magnetometer ( vsm ) the tiny structure for sample, appearance and the magnetic result that can carry out detection

    本文首先綜述了顆粒膜的實驗和理論研究進展情況和目前待解決的主要問題，在此基礎上論述了本文的目的意義，隨后介紹了我們以磁性金屬?非磁性金屬材料為研究對象，採用共蒸發法制備不同fe含量x的fe _ xcu _ （ 1 - x ） ，顆粒膜樣品，對部分樣品進行退火處理。給出了用x射線衍射儀（ xrd ） 、掃描電鏡（ sem ） 、振動樣品磁強計（ vsm ）對樣品的微結構、形貌及磁性能進行檢測的結果。
  3. Based on the experiment and analysis, the optimum conditions for preparation of si02 films have been studied. furthermore, using the inverse designing idea of fgms, fe / mo and mo / sio2 fgms have been successfully prepared. finally, the composition and microstructure of the materials have been measured by x - ray debey powder diffraction ( xrd ), x - ray photoelectron spectroscopy ( xps ), scanning electon microscope ( sem ), step instrument and metallgical microscope

    在系統實驗的基礎上探討sio _ 2薄膜沉積工藝條件及其影響因素，獲取了sio _ 2薄膜的最佳工藝條件；採用功能梯度材料（ fgm ）的逆設計思想，在最佳沉積條件的基礎上成功制備出fe mo和mo sio _ 2功能梯度材料，並以x射線衍射， x射線光電子能譜，電鏡掃描，膜臺階儀，金相顯微鏡等手段對材料進行成分測定和表面形態結構分析。
  4. Major work and conclusion are as follows : 1 under different technology condition, preparation fecu granular film is series, is measured with x ray diffraction instrument for its tiny structure

    主要工作和結論如下： 1 、在不同工藝條件下制備fecu顆粒膜系列，用x射線衍射儀對其微結構進行了測量。
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