high-level radioactive waste - Globe Thesis

Keyword [high-level radioactive waste] Result: 1 - 20 \| Page: 1 of 3
1.	Three-Dimension Simulation For Rock Mass Joints And Permeability Tensor Analysis
2.	A Fundamental Study Of GMZ Bentonite As Buffer Material In Deep Geological Disposal For High-level Radioactive Waste
3.	Study On Optimization Of 3D Joint Network Simulation In Rock Mass And Its Application In Jijicao Block, Beishan, Gansu Province
4.	Study On Solute Transport Based On The Deep Geological Disposal Of HLW
5.	Research On Radionuclide Migration In The Groundwater Of The Geological Disposal Preliminary Site Of HLW
6.	Volume Change Behavior And Its Micro-structural Mechanism Of Unsaturated Gaomiaozi Bentonite
7.	Role Of Sand Content On The Shear Strength Of Compacted Bentonite-Sand Mixtures As Buffer/Backfill Material For HLW Disposal
8.	The Preliminary Analysis Of Transmutation Characteristics Of Long-life High Level Radioactive Waste In Sodium-Cooled Fast Reactor
9.	Compaction Properties Of GMZ Bentonite-sand Mixture As Buffer Material For HLW Disposal
10.	Compaction Properties Of Gmz Bentonite-sand Mixture As Buffer Material For Hlw Disposal
11.	The Structure Control And Properties Of Simulated Radionuclide Cerium Ions Doped Glass/Glass-Ceramics Matrix
12.	Study On Rockmass Joints Geometric Feature And Three-dimension Network Simulation
13.	Meter-scale Experimental And Numerical Study Of The Thermal-Hydrological-Mechanical Coupling In Fractured Rocks
14.	Nuclide Transport Numerical Simulation Of High Level Radioactive Waste Geological Disposal
15.	Seismic Safety Analysis Of High-level Radioactive Waste Liquid Evaporator
16.	The Preparation And The Properties Of Anti-erosion Of Simulated Solidified High Level Radioactive Waste
17.	Study On Leaching Behavior Of Borosilicate Glass
18.	Bentonite-Sand Mixtures As Buffer/Backfilling Materials
19.	An Application Of Geophysical Survey Technology To Site Evaluation For Candidate High-level Radioactive Waste Disposal Areas
20.	Research On Different Scale Discrete Fracture Network Model And Permeability Of Rock Mass
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