Finally we discussed the calculation result about KDP crystal.
最后以KDP晶体为例讨论了计算结果。
And the light scatter in KDP varied within different sector of KDP crystal.
同时发现，同一晶体不同部分的光散射也不同。
Surface fogging of KDP crystal is associated with several parameters of the diamond cutting.
KDP晶体表面雾化与金刚石车削参数有关。
Study on parameters of the diamond cutting major raise the frequency of KDP crystal to change efficiency.
研究金刚石车削参数主要是为了提高KDP晶体的频率转化效率。
Machining KDP crystal with an ultra-smooth surface is a key subject in the field of modern ultra-precision machining.
加工超光滑表面的KDP晶体是现代超精密加工技术领域的重点研究课题。
The surfaces or interfaces structure of KDP crystals acquires the key importance for the crystal growth and defects formation.
KDP晶体的表面及界面结构对于晶体的生长及缺陷的形成具有重要影响。
At present, the KDP crystal is usually processed by Single Point Diamond Turning within the plastic domain both here and abroad.
目前，国内外通常采用单点金刚石车削的方法对KDP晶体在塑性阈内进行加工。
The result showed that the inclusions with larger dimension is the key reason of lowering of laser damage threshold of KDP crystal.
发现导致KDP晶体光损伤阈值降低的主要因素是较大尺寸的包裹体。
In addition, KDP crystal has a simple pattern, and it can be grown from solution easily. It is an ideal model for investigating crystal growth.
另外，KDP晶体形态简单，易于从水溶液中生长，使其成为研究晶体生长机理的理想对象。
During the process of KDP crystal growth, the stability of the supersaturated solution greatly influences the optical quality of KDP single crystals.
在K DP晶体生长过程中，溶液的稳定性对KDP晶体的光学质量影响较大。
The result showed that EDTA with high concentration has evident effect on light scatter of KDP crystal but not laser damage threshold and homogeneity.
结果表明，高浓度EDTA对KDP晶体光散射有明显的影响，但对光学均匀性和光损伤阈值无明显影响。
Meanwhile, the transmission spectra and damage threshold of KDP crystal were measured. The results showed as-grown crystal has good optical properties.
同时，测试了晶体的透过光谱和光损伤阈值，发现快速生长的晶体有着较好的光学性能。
The variation rules of critical cutting thickness on the different crystal and different orientation of KDP crystal are obtained by theoretic calculate.
通过理论计算得到了KDP晶体在不同晶向上临界切削厚度的变化规律。
We report herein about the investigation on porous silica coatings prepared from colloidal silica solution on optical glasses and KDP crystal substrates.
本文报道利用二氧化硅微粒胶体溶液在玻璃和KDP晶体基质上制备多孔二氧化硅薄膜。
Therefore, growth of large diameter and high quality KDP crystal by changing growth parameters and choosing proper additives has been the researching focus at home and abroad all the while.
因此通过改变KDP晶体生长条件和利用添加剂生长大尺寸高光学质量的KDP晶体成为国内外研究的热点。
Through establishing a model of critical cutting depth during the occurrence of brittle-ductile transition of KDP crystal, the mechanism of brittle-ductile transition of KDP crystal is studied.
通过建立KDP晶体脆塑转变临界切削厚度模型，研究了KDP晶体金刚石切削脆塑转变机理。
A method combining indentation test with finite element simulation is proposed to obtain the ductile parameters of KDP crystal by comparing indentation depth with finite element simulation depth.
提出了压痕实验与有限元仿真结合的方法。它采用压痕深度与有限元仿真深度进行对比，可求解出KDP晶体的塑性特性参数。
So, it has important theories and realistic meanings to research the influence of cooling fluid on the KDP crystal surface quality and extend the use of the cooling fluid at the SPDT process inside.
由此可以看出，研究冷却液对KDP晶体表面质量的影响，推广冷却液在我国KDP晶体加工过程中的应用具有重要的理论和现实意义。
This paper is based on the fast growth method of KDP single crystal.
本文是建立在KDP晶体快速生长方法基础之上。
KDP (Potassium Dihydrogen Phosphate, it is shorting KH2PO4) crystal is a non-linear optical material used for laser frequency conversion and electrooptic modulators.
简写KH2PO4晶体作为一种优质的非线性光学材料目前广泛应用于激光频率转换器的电光开关中。
The potassium dihydrogen thophosphate (KDP) crystal is a good non-linear optical material.
磷酸二氢钾（KDP）晶体是一种优良的非线性光学晶体。
The potassium dihydrogen thophosphate (KDP) crystal is a good non-linear optical material.
磷酸二氢钾（KDP）晶体是一种优良的非线性光学晶体。
应用推荐