沥青固化

水泥固化、沥青固化、塑料固化适用于中低放废物的固化处理，玻璃固化和人造岩石固化适用于高放废物的固化处理。

Cement solidification , bitumen solidification and plastic solidification are fit to dispose low and intermediate level radioactive waste . Glass solidification and synroc solidification are fit to dispose high level radioactive waste .

对水泥固化、沥青固化、塑料固化、玻璃固化、人造岩石固化等5种固化处理方法的固化机理、研究现状、应用情况、适用领域及优缺点进行了较系统的分析探讨。

This paper analyses and discussed solidification theories , status of solidification research and application , application field , advantage and disadvantage of cement solidification , bitumen solidification , plastic solidification , glass solidification and synroc solidification quite systematically .

中放废液沥青固化设施安全评价

Safety assessment for the bituminization facility of the medium-level waste

某核废液处理厂的火灾爆炸事故解析（Ⅱ）氧化剂盐粒子的大小及微观结构对沥青固化物的固&液表面氧化还原反应特性的影响

Fire and Explosion Investigation of Asphalt-sale Mixture in a Nuclear Wastes Processing Plant (ⅱ) effect of salt particle size and microstructure on the oxidation reduction reaction of asphalt-salt mixture

在弱放废液沥青固化工艺中，需要测量移动着的、装有废液和沥青的金属桶的壁温。

In the process of bituminization of low level waste liquid , to measure the surface temperature of a moving barrel filled with wate liquid and bitumen is essential .

沥青及其固化产品的辐照效应

Radiation effect of bitumen and bituminized product

本文还采用水玻璃、沥青为固化剂对铬渣的处理进行了研究。

Water glass and bitumen as solidification agents to treat with chromium waste are also researched .

橡化沥青非固化防水涂料及其复合防水系统介绍了聚苯胺涂层的防腐蚀机理，制备方法及其复合改性的情况。

Vulcanized asphalt non-cure water-proof coating and its combined water-proofing system Its anticorrosion mechanism , methods of preparation and composite modification are summarized .

进行了HTO在沥青涂覆水泥固化体、苯乙烯单体聚合物浸渍水泥固化体和裸体水泥固化体中的长期浸出实验，给出了三种固化体的物理性能及长期浸出实验数据。

The leaching experiments of HTO from three solidified forms were conducted , and the physical properties and leaching rates were measured .

沥青清烘漆热固化过程中的氧化与芳构化

Oxidation and aromatization phenomena in solidification process of asphalt paint

沥青涂层可将固化体氚的浸出率降低1～2个量级。

The coating of the specimen surface with bitumen can reduce the leachability of tritium by 1 & 2 order of magnitude as compared with that of the specimen without coating .