玻璃固化

它具有对工作人员和公众安全，对废物有效减容，且玻璃固化产物长期耐久、强度高和浸出率低，费用较低等优点，适用于多种土壤（和废物）以及地下构筑物。

Long-term durability , high strength , and lower leaching rate of vitrification product ; applicability to a variety of soils and underground structure ; lower cost ;

玻璃固化后对HLW进行永久地质处置是如今大批量解决其存放问题的唯一方式。

Permanent geological disposal of HLW vitrification is now the only way to actually resolve this problem in large quantities .

本文报道90℃下BAZ玻璃固化体在模拟粘土孔隙水（SIC）和蒸馏水中的静态浸出试验结果。

The results of static leaching test are reported for BAZ vitrified product in simulated interstitial claywater ( SIC ) and distilled water ( DW ) at 90 ℃ .

玻璃固化体在地下水中的浸出是以离子交换反应为控速步骤，反应的表观活化能为51.6kJ／mol。

The rate determining step of leach reaction of 90-19 / U glass in UW during the entire reaction period is the ion-exchange reaction . The apparent activation energy of glass reaction in UW is 51 . 6kJ / mol.

模拟高放废物玻璃固化体佯品在400900℃经受不同时间热处理后。DTA、XRD和SEM-EDX分析表明，在500775℃范围热处理形成三类晶体，玻璃基体上未见明显的裂纹。

After the heat treatment of simulated HLW-glass specimens for different durations at 400 900 ℃, DTA , XRD and SEM EDX analyses indicated that three kinds of crystals have been formed in the temperature range of 500 775 ℃, No visual crack is present in the glass matrix .

采用MCC-1静态浸出法研究了在低氧条件下，两种温度（150℃和90℃）和两种浸出剂（模拟地下水和去离子水）在浸泡546d后对玻璃固化体浸出行为的影响。

The leaching behavior of HLW glass by simulated groundwater and deionized water are studied by MCC-1 static method under both atmospheric and anaerobic conditions at 150 ℃ and 90 ℃ for 546 d.

焚烧灰造粒水泥玻璃固化配方研究

Formulation study on solidification of incineration ash pellets with cement glass

高放废液的玻璃固化及固化体的浸出行为与发展情况

High level radioactive waste vitrification and leaching behavior and its development

并在工程冷试验装置上进行了玻璃固化工艺试验。

The process test was performed by the non-radioactive pilot plant .

真空氯化焙烧-玻璃固化法处理废干电池工艺初探

The Disposal of Waste Dry Batteries with Vacum Chloridizing Roasting

污染土壤及地下构筑物的原地玻璃固化技术

In Situ Vitrification Technology for Contaminated Soil and Underground Structure

用干罐法控制和监测高放废液玻璃固化罐内液位

Level control inside pot for vitrification of simulated high-level wastes

研究模拟强放废液中的钌在玻璃固化过程中的行为及抑制。

Behaviour of Ru in Vitrification process has been studied .

Ca－F－P系水玻璃固化剂的固化作用研究

On the Hardening of Ca-F-P Series Water Glass Hardener

模拟高放废液玻璃固化体的偏硼酸锂熔融法

Decomposition of simulated waste vitrification glass formed specimens by lithium metaborate fusion method

钌在玻璃固化过程中的行为研究

A study on behaviour of Ru thenium ( Ru ) in vitrification process

模拟含锶废物铁磷酸盐玻璃固化体的化学稳定性

Chemical durability of iron-phosphate glasses containing simulated sr-loaded HLW

地下玻璃固化体中元素垂直迁移规律初探

Preliminary Study on Elements Transportation in Underground Vitrification Form

含硫酸盐模拟高放废液罐式法玻璃固化中间装置中硫的分布

Sulfate distribution in the pot type facility for vitrification of simulated sulfate containing HLW

本文对玻璃固化体和富烧绿石型人造岩石在多种地质处置介质条件下的浸出行为进行了研究。

The leaching behavior of HLW-glass and pyrochlore-rich synroc under multi-barrier media was respectively studied .

模拟高放废物玻璃固化体冲击试验研究

Impact test study of glass waste forms

高放废液玻璃固化工艺冷试验装置的设计和验证试验

Design and verification test of a pilot plant for vitrification of simulated high-level liquid waste

高放废物玻璃固化过程中玻璃组成对硫酸盐溶解度的影响

Dependence of Sulfate Solubility on Waste Glass Composition During the Vitrification of High Level Wastes

用极顶设计法确立最优化7组分玻璃固化体试验方案。

An experimental D-optimum design of7-component nuclear waste vitrification is established by the extreme venice design method .

当前国际上采用较多且比较可靠的处置方法是玻璃固化-深地质处置。

Nowadays , a widely adopted reliable way of disposal is " glass solidification geological disposal " .

高放废液玻璃固化罐钢材&新23合金的试验研究

A steel used for solidification pot of vitrifying high level liquid radioactive waste & test on a new No.23 alloy steel

原子吸收光谱法测定模拟高放废物玻璃固化体浸出液中的元素锂、钠、铁和锶

The determination of elements li , na , Fe and Sr in the leaching solution for vitrified waste form by atomic absorption spectrophotometry

研究结果表明，氯化焙烧玻璃固化法处理锌锰废电池，具有流程短、耗费低、污染小等诸多优点，可将废旧干电池回收利用，产生一定的环境效益、经济效益和社会效益。

The study shows that the process applied to disposing zinc-manganese waste-battery has the advantages of low cost , brief flow and recycling of the useful substance in the waste-battery .

本文报道了针对中低水平放射性焚烧灰处理的水泥玻璃固化配方研究结果。以一种自制磷酸盐材料作为硬化剂，以水玻璃为固化基质进行了固化剂配方研究，并进行了固化体的性能测定。

This report mainly presents the results of formulation study for solidification of incineration ash pellets with cement glass , with phosphate as curing agent and water-glass as curing matrix .

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 .