zinc blende造句

• This film has been identified as polycrystal znse with zinc blende structure by xrd
  Xrd结果显示该薄膜为立方闪锌矿结构的znse多晶薄膜。
• Zn power , se power and diethylamine was used as the sources in this method and nanocrystal znse powders were synthesized at 225 . these powders have been identified as polycrystal znse with zinc blende structure by xrd . the size of particle is about 100nm ~ 200nm
  采用zn粉和se粉为原料，以二乙胺为溶剂，在225下得到了znse粉末， xrd结果显示其为znse多晶粉末，从tem照片可看出其颗粒的尺寸约为100nm 200nm 。
• Various chemical strategies have been introduced to the system to affect the dynamics of reaction , and thus , to adjust the nucleation and growth process . by using appropriate complexing agents as controlling reagents and adjusting the reaction temperature , both morphologies ( nanorods and fractals ) and structural phases ( zinc blende or wurtzite structures ) of cdse nanocrystals can be easily controlled . a precipitate slow - release controlled method was designed in the synthesis of manganese selenides
  在化学调控合成思想的指导下，运用已取得的调控合成的成功经验，利用mnseo3沉淀缓释放出mn2 +源和硒源，在调节反应温度的基础上，于同一反应体系成功地合成了mnse2和mnse的立方体和球形微米晶，实现了产物组成和维度的调控，并对它们的磁行为进行了研究。
• However , it is not easy to incorporate large n concentration in gap due to the large differences in lattice structure ( gan belongs to wurtzite structure while gap zinc blende structure ) and in lattice constant ( ~ 20 % ) between gan and gap , which will lead to an extremely large miscibility gap
  然而要在gap中实现高浓度的掺氮并不容易。这主要是由于gap和gan之间较大的物理特性的差异，特别是晶格结构和晶格常数的差异，使得gap和gan存在较大的可混溶性间隙，从而难以生长高质量的高掺氮的gap材料。