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ray diffraction pattern meaning in English

射线衍射图形

Examples

  1. X - ray diffraction patterns x
    光绕射图案
  2. The spinel limn2o4 is synthesized by the citrous acid method . the x - ray diffraction pattern of limn2o4 show that the product is a spinel phase with a = 0 . 824nm cubic unit cell
    论文首先采用柠檬酸配位法制备尖晶石型limn2o4 , x射线衍射( xrd )证实了产物的结构,晶胞参数a = 0 . 824nm 。
  3. The x - ray diffraction patterns and raman spectra indicated that zns fully transformed into zno with a polycrystalline hexagonal wurtzite structure when zns thin films were oxidized at annealing temperature of above 700 oc in an oxygen ambient
    X射线衍射( xrd )和拉曼实验结果表明硫化锌( zns )薄膜在高于700oc热氧化处理后,硫化锌( zns )全部转化为氧化锌( zno ) ,且是六角纤锌矿的多晶薄膜。
  4. As shown by uv - vis spectra , the contents of these europium - containing polyoxometalates in the composite films increase with the exchange time and become saturated after a number of days . x - ray diffraction patterns indicate the regular multibilayer structures of these composite films
    用紫外-可见光谱仪监测离子交换过程,发现随着交换时间的增加交换速率逐渐变慢,最终多阴离子把前驱体膜中的氯离子完全交换掉。
  5. By analyzing the microstructure of as - cast alloys with different surplus of samarium added , the optimum surplus of samarium is decided . by comparing the microstructure of the alloys annealed for different time , the ideal and economical annealing time is confirmed . the microstructure and phase composition of alloys during the whole preparation of sm2fe17nx are analyzed using the scanning electron micrograph with energy - dispersive x - ray analysis and x - ray diffraction patterns
    本论文首先就熔炼工艺参数对铸态组织微结构的影响进行了探讨,并制定出一套较为合适的熔炼工艺;通过对不同钐加入量的铸态组织微观结构的观察分析,确定了原料配置过程中钐的最佳补偿量;通过对采用不同退火时间的合金组织进行比较,确定了理想、经济的退火时间;同时还利用扫描电子显微图像和x射线衍射图谱,比较了整个制备过程中,试样微结构和相组成的变化情况。
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Related Words

  1. diffraction
  2. diffraction camern
  3. boundary diffraction
  4. diffraction grid
  5. diffraction region
  6. diffraction cone
  7. diffraction decoupling
  8. diffraction microscopy
  9. diffraction fading
  10. diffraction photogram
  11. ray diffraction data
  12. ray diffraction methods
  13. ray discharge pattern
  14. ray displays
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