kabo中文是什么意思

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用"kabo"造句"kabo"怎么读"kabo" in a sentence

中文翻译手机版

家博园
甲博
卡博

"kabo air" 中文翻译 : 卡博航空公司
"shyamu kabo" 中文翻译 : 什亚穆卡博公司
"andrew jek kabo" 中文翻译 : 岁的卡波
"kabna" 中文翻译 : 卡卜纳
"kabob" 中文翻译 : n. ＝kebab.
"kabmersky" 中文翻译 : 卡布梅尔斯基
"kabobi" 中文翻译 : 卡博比
"kablukov" 中文翻译 : 卡布卢科夫
"kabocha" 中文翻译 : 贺保茶
"kablovic" 中文翻译 : 卡布洛维奇
"kabodi" 中文翻译 : 考博迪
"kablov" 中文翻译 : 卡布洛夫

例句与用法

Several linear and nonlinear optical properties of kabo crystal have been tested
我们对晶体kabo的线性与非线性光学性能做了测试。
On the basis of the improvement on the crystal growth furnace , the new nlo crystal k2al2b2o7 ( kabo ) has been grown by the top - seeding flux method
在对炉体改进的基础上，用顶部籽晶法生长新型紫外非线性光学晶体k _ 2al _ 2b _ 2o _ 7 ( kabo ) 。
The refractive indices at 12 wave lengths in the visible region were measured with the minimum deviation method , showing that kabo is a negative uniaxial optical crystal with moderate birefringence . the measurement of nonlinear optical coefficient dn = 0 . 45pm / v
用最小偏离法测试了可见光区十二个波段处的晶体折射率，结果表明kabo晶体属负单轴晶，具有适中的双折射率。晶体的非线性光学性质测试显示，该晶体非线性光学系数为d _ ( 11 ) = 0 . 45pm / v ，可实现相位匹配。
The dissertation discussed the theories of second - harmonic generation for negative uniaxial optical crystal and summarized properties of nonlinear optical crystals , which are subjected to ultraviolet second - harmonic generation , and represented the theorizational law of double frequency crystal select ( tldfcs ) . at present , bbo crystal is the most subjected to commercial crystal of ultraviolet second - harmonic generation according to compared kdp , bbo , clbo , kabo and kbbf crystals based on tldfcs
论述了负单轴晶体的倍频理论，总结了适用于紫外倍频的非线性光学晶体的特性，提出了倍频晶体选择的理论依据，并根据该依据通过比较，最后选定bbo晶体为目前最适宜用于产业化的紫外倍频晶体。
Several flux systems have been studied , especially about the mixed flux system . we found that the use of mixed systems such as k2co3 - b2o3 - naf had greatly decreased the viscosity of the melt , decreased the saturation point and improved the growth quality of the crystal . the flux system naf - b2o3 is favour of decreasing the volatilization and the saturation point of the melt
对kabo晶体的几种助溶剂体系尤其对复合助溶剂体系进行了研究，我们发现复合助溶剂体系如： k _ 2co _ 3 - b _ 2o _ 3 - naf有利于减小熔体粘度，降低饱和点温度，改善晶体的生长性能； naf - b _ 2o _ 3体系有利于降低熔体挥发性和饱和点温度。