P 45生物塑化薄片技术的应用使项韧带精细解剖结构的全貌更直观。
The adoption of P45 sheet plastination technique makes the complete appearance of the fine anatomic structure of human nuchal ligament more obvious.
李法军。《浅谈生物塑化技术在考古学和人类学中的应用》东南文化2004：1。
Li Fajun. An application of the Plastination Technique in the Fields of Archaeology and Physical Anthropology. In: Southeast Culture 2004:1.
生物塑化薄层切片能够对脑神经进行准确显示，是脑神经影像学研究的重要对比方法。
Plastination can demonstrate the cranial nerves accurately, so it is an important comparative studying method of the cranial nerves.
虽然现在将生物塑化技术普及到文物资料保存工作当中的难度还很大，但这种技术在考古学和人类学领域的应用将具有广阔的前景。
There is much difficult in applying biological plastic techology in protection of culture relics data, but this techology will be used widely on archaeology and anthropology in the future.
2004年，隋鸿锦博士创办了大连鸿峰生物科技有限公司，该公司主要生产、保存和展示塑化人体和动物标本。
Founded by Dr. Sui Hongjin in 2004, DalianHoffen Bio-Technique Co. Ltd. produces, preserves and exhibits plastinatedbiotic specimens of human and animals.
2011年9月14日，辽宁，大连鸿峰生物科技有限公司的一个车间内，工人们正在组装塑化人体标本。
Employees work on partial plastinated human bodyspecimens at a workshop of Dalian Hoffen Bio-Technique Co. Ltd. in Dalian, Liaoningprovince, on September 14, 2011.
用甘油作为塑化剂，将糊化淀粉和溶胀纤维按不同配比进行熔融共混来制备完全可生物降解塑料。
Full-biodegradable plastics were prepared by means of melt blending of paste starch with swelled fiber at different blending ratio, with glycerol as plasticizer.
用甘油作为塑化剂，将糊化淀粉和溶胀纤维按不同配比进行熔融共混来制备完全可生物降解塑料。
Full-biodegradable plastics were prepared by means of melt blending of paste starch with swelled fiber at different blending ratio, with glycerol as plasticizer.
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