... crystal technique ==> 晶体生长技术 crystal temperature ratio ==> 鉱石温度比 crystal test set ==> 晶体测试设备 ...
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These methods such as withdrawal narrow neck of seed, setting feasible temperature field, cont rolling the crystal growth ratio and reducing vibration of machine are presented.
例如,通过缩细颈,布置合理的温场,控制晶体的生长速率和减少机械振动等方法。
Theoretical analysis and experimental results indicate that the influencing factors of crystal formation are mainly reaction temperature and original reaction concentration ratio.
理论分析与试验结果相比较表明,影响纳米氧化锌晶粒形成与生长的因素主要是反应温度、反应物起始浓度和过饱和比。
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