radionuclide migration

Abstract: Groundwater is the major carrier for radionuclide migration in the high-level radioactive waste disposal.

文摘: 在 高放 废物深地质处置中,地下水是核素迁移的重要媒介.

a simplified modeling for radionuclide migration in a granitic contact zone

两花岗岩体接触带铀系核素迁移的初步模拟

Loess has the characteristics of relatively high clay contents, larger specific surface area, relatively strong adsorptivity, and relatively high capacity of total cation exchange. These factors are beneficial to the retardation of radionuclide migration.

黄土中的粘粒含量较高、比表面积较大、吸附性较强、阳离子交换容量也较高，这些因素对迟滞放射性核素的迁移有利。

summary of the research of radionuclide migration in fracture media

放射性核素在裂隙介质中迁移模型研究综述

the study of radionuclide migration is the important part of saftey evaluation of nuclear waste disposal sites.

核素迁移的研究是核废物处置场场地安全评价的重要组成部分。

effects of colloids and microorganisms on radionuclide migration in fractured rock

胶体和微生物对放射性核素在断裂岩石中迁移的影响

effect of macrodispersivity and retardation coefficient on radionuclide migration simulation

宏观弥散度和阻滞系数对地下水中核素迁移模拟的影响

Groundwater is the major carrier for radionuclide migration in the high-level radioactive waste disposal.

在 高放 废物深地质处置中,地下水是核素迁移的重要媒介.

Design and method of simulation tests for radionuclide migration in aerated zone

包气带中核素迁移模拟实验的设计和方法

influence on radionuclide migration by nonequilibrium sorption and identification of rate coefficient

非平衡吸附对核素迁移的影响及平衡速率参数的确定

two-dimensional radionuclide migration in unsaturated loess

核素在非饱和黄土介质中的二维迁移