1) Nuclear analysis
核素分析
2) environmental radioactive nuclide analysis
环境放射性核素分析
3) nuclide
核素
1.
Environmental impact prediction of radionuclides migration through groundwater at a repository with Low-Intermediate Level Radioactive Waste;
低中放废物处置场核素经地下水迁移对环境影响预测
2.
Localization of nuclide in substantial structure along the Meridian;
核素循经迁移路线在实体结构上的初步定位
3.
Enhancing the Value of Nuclide Myocardial Imaging in Clinical Diagnosis of Coronary Heart Disease;
提高核素心肌显像在冠心病诊断中的临床价值
4) nuclides
核素
1.
This article deals mainly with the present state of the research on this subject and the immobilization mechanism of nuclides.
本文主要对该课题的研究现状及核素离子的固化机理等方面进行了评
2.
Study on dynamical behavior of nuclides transportation in subsurface flow is a critical part of a performance assessment for an underground repository for radioactive waste.
研究放射性核素在地下水环境中传输的动力学行为是评价核废料处置库安全性能的一个关键性问题。
3.
By using a sphere-packing model of nuclei and classical computational method,a new formula for calculating the specific binding energy of nuclides is given.
采用原子核球堆积模型及经典计算方法给出了核素比结合能新的计算公式,并给出了近200个算例,其理论计算值与核素比结合能实验值符合很好。
5) radionuclide
核素
1.
Advances in radionuclide for radioimmunotherapy;
用于放免治疗的核素研究进展
2.
Analysis of radionuclide none imaging in the diagnosis of bone metastasis of carcinoma;
放射性核素全身骨显像在骨转移瘤诊断上的应用
3.
The effect of immobile water volume in porous medium on radionuclide transport of radioactive waste disposal in saturated\|unsaturated zone is studied.
在预测溶质运移 ,尤其是低中放废物处置场中的核素在包气带与含水层中的迁移时 ,需要考虑介质中不流动水体的影响 ,否则 ,会影响预测结果的可靠性 。
6) radionuclide migration
核素迁移
1.
Based on the theoretical analysis of the values of the macrodispersivity and retardation coefficient,the radionuclide migration in groundwater at an uranium mill-tailing site in southern China was simulated with hydrogeochemical program PHREEQC Ⅱ.
对宏观弥散度和阻滞系数的取值进行了理论分析,运用PHREEQCⅡ软件,以我国南方某铀水冶尾矿库为例,探讨了宏观弥散度和阻滞系数对地下水中核素迁移模拟的影响。
参考词条
补充资料：受屏核素(shieldednuclide)
【受屏核素】(shieldednuclide)一种原子序数为`Z`的核素，当其`Z 1`与`Z-1`的同质异位素皆为稳定核素时，该核素称为受屏核素，这类核素不可能通过`\beta`衰变产生，因此只能作为其他核转变（如裂变）的初始产物而造成。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。