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Keywords KDP crystal;divalent cation;ionic radius;dehydration heat; KDP晶体;二价阳离子;离子半径;水合热;
Keywords KDP crystal;point-seed;distribution of dislocation;etch; 磷酸二氢钾晶体;点状籽晶;位错分布;腐蚀;
Keywords KDP crystal;anisotropy;brittle-ductile transition; KDP晶体;各向异性;脆塑转变;
Keywords KDP crystal;design of experiment;diamond cutting; KDP晶体;试验设计;金刚石车削;
Keywords KDP Crystal;Deliquescence;Relation humidity;Solution;Polishing; KDP晶体;潮解;相对湿度;溶解;抛光;
Keywords KDP crystal;optical scatters;laser tomography;surface optical projection; KDP晶体;光散射颗粒;激光层析;表面光学投影;
Keywords KDP crystal;?nonlinear optical;?supersaturation;?crystal growth form solution; KDP晶体;非线性光学晶体;过饱和度;溶液晶体生长;
Keywords KDP crystal;Diamond cutting;Ultra-precision manufacture;Fracture toughness; KDP晶体;金刚石切削;超精密加工;断裂韧性;
Keywords KDP crystal;metaphosphate;light scattering center;laser damage threshold; 关键词KDP晶体;偏磷酸盐;散射颗粒;光伤阈值;
Keywords KDP crystal;damage detection;micro-crack configuration;micro-crack depth; KDP晶体;损伤检测;裂纹形状;裂纹深度;
Keywords KDP crystals;hardness;size effect;diamond turning; KDP晶体;硬度;尺寸效应;金刚石切削;
Keywords KDP crystal;crystal growth from solution;solution circulating method;supersaturation;nonlinear optic crystals; 磷酸二氢钾晶体;溶液晶体生长;循环流动法;过饱和度;非线性光学晶体;
Keywords KDP Crystals;Precision Grinding;Surface Roughness;Grinding Force;Grinding Mechanism; KDP晶体;精密磨削;表面粗糙度;磨削力;磨削机理;
And the light scatter in KDP varied within d ifferent sector of KDP crystal. 同时发现，同一晶体不同部分的光散射也不同。
Keywords KDP crystals;quaternary ammonium salt;transmittance;light uniformity;wave-plate effect; KDP晶体;季氨盐;透过率;光学均匀性;波片效应;
Scatter particles in KDP crystal grown from different conditions are observed and measured by TEM. 利用透射电子显微技术对不同条件下生长的KDP晶体中包裹物进行了观察并测量了其相应尺寸。
It is important to research the ductile regime turning of KDP crystal and the influence of anisotropy to cutting deformation and surface quality. 因此对KDP晶体塑性域力学特性和各向异性对切削力及加工表面质量的影响进行深入研究具有重要的意义。
Depolarized loss, induced by stress birefringence, is measured.The measurements on KDP crystal support the analytical results. 实验测量了应力双折射导致的退偏损耗，实验结果和理论结果符合较好。
Study on ultra-precision machining technology of KDP crystal [J].Manufacturing Technology &Machine Tool, 2003, 494(9): 63-65. KDP晶体超精密加工技术的研究 [J].;制造技术与机床;2003;494(9): 63-65
In the National Ignition Facility (NIF) research program, KDP crystal has been studied on single point diamond turning (SPDT) for getting optical surfaces. 在国家点火装置(NIF)的研究中，经常采用单点金刚石切削(SPDT)加工KDP晶体以获得超光滑表面。