《Springer手册精选系列·晶体生长手册（第6册）：晶体生长专题（影印版）》致力于精选这一领域的部分现代课题，例如蛋白质晶体生长、凝胶结晶、原位结构、单晶闪烁材料的生长、光电材料和线切割大晶体薄膜。
Govindhan Dhanaraj is the Manager of Crystal Growth
Technologies at Advanced Renewable Energy Company （ARC Energy） at
Nashua， New Hampshire （USA） focusing on the growth of large size
sapphire crystals for LED lighting applications， characterization
and related crystal growth furnace development. He received his PhD
from the Indian Institute of Science， Bangalore and his Master of
Science from Anna University （India）. Immediately after his
doctoral degree， Dr. Dhanaraj joined a National Laboratory，
presently known as Rajaramanna Center for Advanced Technology in
India， where he established an advanced Crystal Growth Laboratory
for the growth of optical and laser crystals. Prior to joining ARC
Energy， Dr. Dhanaraj served as a Research Professor at the
Department of Materials Science and Engineering， Stony Brook
University， NY， and also held a position of Research Assistant
Professor at Hampton University， VA. During his 25 years of focused
expertise in crystal growth research， he has developed optical，
laser and semiconductor bulk crystals and SiC epitaxial films using
solution， flux， Czochralski， Bridgeman， gel and vapor methods， and
characterized them using x-ray topography， synchrotron topography，
chemical etching and optical and atomic force microscopic
techniques. He co-organized a symposium on Industrial Crystal
Growth under the 17th American Conference on Crystal Growth and
Epitaxy in conjunction with the 14th US Biennial Workshop on
Organometallic Vapor Phase Epitaxy held at Lake Geneva， WIin 2009.
Dr. Dhanaraj has delivered invited lectures and also served as
session chairman in many crystal growth and materials science
meetings. He has published over 100 papers and his research
articles have attracted over 250 rich citations.
缩略语
PartH 晶体生长专题
47 蛋白质晶体生长的方法
47.1 生物高分子溶液的性质
47.2 传输现象和形成晶体
47.3 晶体生长的典型方法
47.4 扩散一控制方法形成蛋白质晶体
47.5 晶体生长的新趋势（晶体品质增强）
47.6 原子力显微镜的2-维表征（案例研究）
47.7 X射线衍射的3-维表征和相关方法
参考文献
48 用凝胶法形成晶体
48.1 晶体淀积病中的凝胶生长
48.2 实验方法
48.3 凝胶系统中的晶格的形成
48.4 利用凝胶技术的晶体生长
48.5 晶体淀积病的应用
48.6 晶体淀积相关的疾病
48.7 草酸钙
48.8 磷酸钙
48.9 羟基磷灰石（HAP）
48.10 二水磷酸氢钙（DCPD）
48.11 硫酸钙
48.12 尿酸和单钠酸尿
48.13 1-胱氨酸
48.14 1-酪氨酸、马尿酸和环丙氟哌酸
48.15 动脉硬化和胆结石
48.16 激素的结晶：黄体酮和睾酮
48.17 胰腺炎
48.18 结论
参考文献
49 钛硅酸盐中晶体生长和离子交换
49.1 X射线方法
49.2 时间一分辨实验的设备
49.3 检测
49.4 软件
49.5 原位细胞的种类
49.6 利用Sitinakite技术对钛硅酸盐（Na-TS）的原位研究
49.7 原位研究的讨论
49.8 总结
参考文献
50 单晶闪烁材料、
50.1 背景
50.2 闪烁材料
50.3 前景展望
50.4 结论
参考文献
51 硅太阳能电池：材料、器件和制造
51.1 硅光生伏特
51.2 硅光生伏特的晶体生长技术
51.3 电池制作技术
51.4 总结和讨论
参考文献
52 利用线锯制造和切割晶片
52.1 从晶体锭到基本的晶片
52.2 切割：晶片制造中的第一个后生长工艺
52.3 晶片切割中的现代线据
52.4 总结与展望
参考文献
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