1) the transmission in the mid-infrared
红外透过
1.
Measurements were also made of the transmission in the mid-infrared.
利用改进的布里奇曼法进行了生长KPb2Cl5单晶的实验,得到了直径15mm的原晶,并测试了晶体样品的基本红外透过性能。
2) infrared transmission
红外透过率
1.
The crystal can not be directly used to make infrared nonlinear optical apparatus as the value of infrared transmission was too low.
2)单晶锭,晶体的红外透过率低,不能直接用于红外非线性光学器件制备。
3) IR transmission
红外透过率
1.
The IR transmission properties of MATC machined by femtosecond laser pulses were measured by a micro-IR spectrum device.
结果表明:单脉冲烧蚀条件下,烧蚀面积与脉冲能量近似为线性关系,而在多脉冲烧蚀条件下,烧蚀面积随着脉冲数量的增加呈近似波尔兹曼(Boltzmann)增大;当激光功率接近损伤阈值时,烧蚀后的区域在波数为2500～7000cm-1范围内的红外透过率由82％提高到86％,当激光功率超过损伤阙值后,透过率降低20％左右。
2.
1 Te wafers with different properties are characterized by FTIR transmission.
采用傅里叶变换红外光谱仪测试了性能各异的多个CdZnTe晶片的红外透过率 。
3.
The XRD analysis and IR transmission analysis were carried out on ZGP single crystal.
对未经退火处理的晶片进行红外透过率测试,在2~12μm波段内红外透过率达45%以上。
4) infrared transmittance
红外透过率
1.
The change of infrared transmittance of polished free-standing diamond films .
利用扫描电子显微镜(SEM)观察了冲蚀磨损后金刚石膜表面形貌,对其进行了Raman光谱分析,并测定了抛光金刚石薄膜红外透过率的变化。
2.
The results of differential thermal analysis and infrared transmittance measurements indicate that after the annealing the Ga 2Se 3 rich second phase precipitates are eliminated and the optical transmittance of the AgGaSe 2 crystal in markedly improved .
差热分析和红外透过率的测量结果表明，晶体中富Ｇａ２Ｓｅ３第二相脱溶物被消除，显著地改善了ＡｇＧａＳｅ２晶体的透明
5) IR transmittance
红外透过率
1.
IR transmittance of large-sized free-standing transparent diamond films prepared by MWPCVD;
微波PCVD法大尺寸透明自支撑金刚石膜的制备及红外透过率(英文)
2.
HP-ZnS crystal is one of the most important IR transmittance materials,which is produced by vacuum hot press.
研究表明 ,降低粉末的电导率的粉末处理方法能有效降低粉末中阴离子含量 ,提高HP ZnS晶体材料的红外透过率。
3.
1Te wafers are characterized by IR transmittance, concentration distribution, dislocation density, Te precipitates and inclusions, and resistivity.
1Te晶片的性能 ,包括红外透过率、成分分布、位错密度、Te沉淀 /夹杂密度以及电阻率。
6) transmittance
[英][træns'mitəns] [美][træns'mɪtəns]
红外透过率
1.
After annealing at 600℃, the test removes the bigger Cd precipitates (>5μm) and improve CdZnTe wafer s transmittance, FWHM and EPD.
实验发现:在较高的温度(600℃)条件下,退火可以有效的消除大颗粒(>5μm)的Cd沉积相, 改善CdZnTe晶片红外透过率、X射线双晶回摆曲线半峰宽(FWHM)和腐蚀坑密度(EPD)。
2.
1 Te ingot grown by this method shows high crystallinity,high composition homogeneity,low impurity contaminations,high IR transmittance,and high resistance,which are superior to those reported in the former publications.
测试结果表明 :该晶锭结晶质量良好 ,位错密度低 ,成分均匀 ,杂质含量低 ,红外透过率和电阻率都十分接近本征Cd0 9Zn0 1Te的值 。
补充资料：红外透过石英玻璃
分子式：
CAS号：
性质：在近红外波长范围具有良好透过率的石英玻璃。应用于光谱波长范围为26～350μm。用优质水晶或优质硅石为原料，真空加压法等制成毛坯，经退火加工成各种光学零件。由于羟基含量较低，因此红外透过率较好。可作红外探测跟踪系统、精密光学仪器零件、工业窑炉的观察镜等。
CAS号：
性质：在近红外波长范围具有良好透过率的石英玻璃。应用于光谱波长范围为26～350μm。用优质水晶或优质硅石为原料，真空加压法等制成毛坯，经退火加工成各种光学零件。由于羟基含量较低，因此红外透过率较好。可作红外探测跟踪系统、精密光学仪器零件、工业窑炉的观察镜等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条