doped crystal

doped crystal 基本解释

掺杂晶体

化学

重点词汇

• crystaln. 水晶, 水晶装饰品, 结晶 a. 水晶的, 水晶一样的, 透明的
• dopedv.给…用兴奋剂;给…服麻醉剂;在(食物、饮料)中掺麻醉剂;给…用麻醉药;使昏昏沉沉;使药力发作dope的过去分词和过去式

doped crystal 双语例句

1. 1、 Alumium powder is placed in a saturated solution of ammonium perchlorate in water. Shape of the Solid-liquid Interface during CZ Growth of YAG and Doped YAG Crystal
   铝粉放在过氯酸铵的饱和溶液中。钇铝石榴石晶体固液界面形状的研究
2. 2、 Shape of the Solid-liquid Interface during CZ Growth of YAG and Doped YAG Crystal
   钇铝石榴石晶体固液界面形状的研究
3. 3、 The electron-hole competition in doped KNSBN crystal is analyzed for the first time by measuring the recording and erasing kinetics of doped KNSBN crystals.
   通过测量掺杂KNSBN晶体光折变光栅记录和擦除动态特性，首次分析了掺杂KNSBN晶体中的电子一空穴竞争。
4. 4、 The Investigation of Spectroscopic Properties and Lasing Performance of Ho~ ( 3+) Doped LSO Crystal
   掺Ho~（3+）离子LSO晶体光谱特性和激光实验研究
5. 5、 Thermal Effect in High-Power Yb~ ( 3+)-Doped Photonic Crystal Fiber Lasers
   掺镱大功率光子晶体光纤激光器热效应分析
6. 6、 Lead the world in cancer research Shape of the Solid-liquid Interface during CZ Growth of YAG and Doped YAG Crystal
   在癌症研究方面走在世界前列.钇铝石榴石晶体固液界面形状的研究
7. 7、 Theoretical Investigation of the EPR Spectra and Local Structure of Cu~ ( 2+)-Doped PTO Crystal
   掺铜PTO晶体顺磁共振谱及局域结构的理论研究
8. 8、 Nd~ ( 3+)-doped laser crystal materials are investigated widely.
   掺钕（Nd~（3+））的激光工作物质是研究最广泛的激光材料。
9. 9、 Spectra and Positron Annihilation Spectra of Color Centres in Pure and ( OH)~& doped LiF Crystal
   LiF和LiF∶OH~-色心晶体的光谱与其正电子湮没谱
10. 10、 Research on Gain of Doped Photonic Crystal Fiber with Raman Amplification of Soliton
    掺杂光子晶体光纤的缺陷模增益谱与光孤子拉曼放大研究
11. 11、 These are experimentally demonstrated in an iron doped LiNbO_3 crystal.
    分别对上述两种情况在LiNbO3：Fe晶体中进行了实验验证。
12. 12、 The absorption coefficient of thulium doped crystal is measured by the thulium laser manufactured by ourselves.
    利用自行研制的掺铥激光器测量了铥晶体的吸收系数随温度的变化，实验结果和理论值符合得很好；
13. 13、 Study on Thermoelectric Property of Doped PbTe Crystal
    掺杂PbTe晶体的热电性质研究
14. 14、 EXAFS Study on the Lanthanum Ion Doped PbWO_4 Crystal
    掺镧钨酸铅晶体的EXAFS研究
15. 15、 A Review on F_2~+-like Type Color Center in Alkali-Halide doped crystal
    掺杂碱卤晶体中的类F2~+型色心
16. 16、 The structure of photonic crystal with defect and doped photonic crystal were explained. A doped one-dimensional photonic crystal was investigated as an example by numeral simulated calculation with the method of characteristic matrix.
    阐述了无缺陷光子晶体与掺杂光子晶体的结构，用光学特征矩阵方法，通过数值模拟计算具体讨论了一维光子晶体的一个实例。
17. 17、 Review of the Spectra and Laser Characteristics of Ce ￣( 3+) doped crystal
    掺Ce~（3＋）晶体的光谱和激光特性
18. 18、 Finally from the point of formed hydrogen bond, the growth mechanism of doped TGS crystal are investigated.
    最后从氢键形成的观点出发，探索研究了掺质TGS晶体的生长机制。
19. 19、 Study on Growth and Properties of Doped TGS Crystal THREE-SPIN THEORY
    三氟乙酸和丙三醇双掺TGS晶体生长与性能研究
20. 20、 In the present paper, the authors designed a novel material with low target features in infrared band based on one dimensional doped photonic crystal, and investigated the influence of the composite structure on reflection spectrum.
    在文章中，基于一维掺杂光子晶体，设计了一种新型红外低目标特征材料，并研究了其复合结构对反射光谱的影响。
21. 21、 Experimental results of XRD, DTA, synchrotron radiation topography and SHG of Nb doped KTP crystal have been reported.
    本文报道了对熔盐籽晶法生长的Nb∶KTP晶体的XRD、DTA、同步辐射形貌术的测试结果和晶体的倍频实验。
22. 22、 Growth Morphology and Characterization of Doped TGS Crystal Series
    掺质TGS系列晶体的生长形态与表征的研究
23. 23、 Spectroscopy and Laser Performance of Yb 3+ Doped YAG Crystal
    Yb：YAG晶体的光谱和激光性能
24. 24、 Growth and Photorefractive Properties of Cu Doped KTN Crystal
    立方相掺铜KTN晶体的生长和光折变性能
25. 25、 The effects of K+ ion on F+ 2 like color center formation and opical properties in OH-doped NaCl crystal are studied.
    研究了K＋对NaCl（OH－）中（F＋2）H心的形成及其光谱性质的影响。
26. 26、 Study of Additively Colored and Simultaneously Doped KI Crystal
    KI晶体附加着色并同时掺杂的研究
27. 27、 As is known, the local structure of the doped crystal will have a distortion, because there are differences in the radii or charges between the impurity ions and the host ions.
    由于掺杂离子与被取代离子的半径或电荷间存在着差异，所以掺杂晶体的局域结构往往要发生畸变。
28. 28、 The results of XRD phase analysis show that rare-earth doped Nano-ZnO crystal structure has not changed, is still hexagonal wurtzite structure, crystallinity is become large, lattice distortion is large, all doping increases crystallinity of the sample.
    对其进行XRD物相分析，结果表明，稀土共掺并未改变纳米ZnO晶粒结构，仍为六方纤锌矿结构，结晶度较大，晶格畸变较多，共掺杂提高了样品的结晶度。
29. 29、 By XPS analysis indicates that sulfur is S4+ form in titanium dioxide doped crystal phase, with S content of 1.44wt%.
    通过XPS分析，证明硫元素以S4+形式掺杂到二氧化钛晶相中，样品中S的含量为1.91%。