光学实时观察法晶体生长技术是研究高温熔体运动的有效手段之一。
High temperature in situ observation method was very useful to study the motion of melt.
显然，该发现和研究对于丰富晶体生长动力学知识及指导利用电化学技术制备晶态薄膜都具有重要意义。
Obviously, these findings will enrich the knowledge of crystal growth dynamics and conduct the experiments of thin film growth by using electrochemical technique.
本文介绍了薄膜晶体生长的最新技术——化学束外延(CBE)。
Chemical beam epitaxy (CBE), a novel technique for thin-film crystal growth, is introduced.
该设备应用定向固化技术，经融化、定向晶体生长，通过60小时左右铸成多晶硅铸锭。
The equipment adopts the technology of directional solidification, producing polycrystalline silicon ingots through melting and directional crystal growth in a period of approximate 60 hours.
原理说明晶体生长中最成功的控制技术是拾取弯月面形状变化的信号来加以调节，称重法就是这种技术之一。
The most successful in such techniques is the weighing method in which the signals of changes in meniscuses are picked up and adjusted.
自动直径控制(adc)技术是直拉法晶体生长设备的一项关键技术。
Automatic diameter control (ADC) is a key technique for the CZ crystal growth equipment.
本文基于所计算的部分含bbo晶体的硼酸盐体系，研究了相图计算CALPHAD技术在BBO晶体生长过程中的一些应用。
Based on some calculated borate systems involving BBO crystal, the applications of CALPHAD technique in the crystal growth of BBO is presented.
采用毛细显微摄像技术对反应结晶法制备多形貌萘普生药物的晶体生长进行了直观、实时的观察和研究。
A new technology was proposed to visually study the crystallization morphologies of naproxen particles synthesized by reaction-precipitation.
本工作结合CALPHAD技术为BBO晶体的生长提供了理论支持。最后，讨论了CALPHAD技术在晶体生长领域所具有的优势和潜力。
In this work, a theoretical support based on CALPHAD is offered for BBO crystal growth, and the advantages and potential of CALPHAD technique in crystal growth field are finally discussed.
本工作结合CALPHAD技术为BBO晶体的生长提供了理论支持。最后，讨论了CALPHAD技术在晶体生长领域所具有的优势和潜力。
In this work, a theoretical support based on CALPHAD is offered for BBO crystal growth, and the advantages and potential of CALPHAD technique in crystal growth field are finally discussed.
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