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Keyword [Tritium]
Result: 1 - 20 | Page: 1 of 4
1.
The Study Of Hydrogen Absorption And Desorption Effect Of Sevsral Metal And Their Lithium Alloys
2.
Preparation And Properties Of Oxide Tritium Permeation Barrier By A Duplex Treatment Of Double Glow Plasma Surface Alloying And Plasma Oxidation
3.
The Application And Quality Control Of The Liquid Scintillation Method For Tritium Determination In The Technological Text On Separating Tritium From Heavy Water
4.
Research On Preparation And Mechanism Of Al
2
O
3
Gradient Coating On 316L Stainless Steel Substrate
5.
Residual Stress Measurement And Numerical Simulation Of Al
2
O
3
Tritium Penetration Barrier On The Surface Of 316L Stainless Steel
6.
The Study Of Hydrogen Absorption By Vanadium And Enhanced Hydrogen Absorption Effect Of Vanadium-Lithium Alloy
7.
Behaviors Of Contact Reaction Between Quenched Al-Cr Foils And Stainless Steel
8.
Titanium Absorption, The Hydrogen Isotope Effect Studies
9.
Tritium Aging Effects Of Palladium Hydride Hydrogen Deuterium Exchange Behavior
10.
Preparation Of Hot Dip Aluminized Stainless Steel Container Surface Aluminide Coatings And Its Infiltration Deuterium,
11.
Resistance Tritium Coated With The Wet Chemical Method Of Oxide Nanopowder Preparation And Research
12.
Electroplating Of Al On Internal Surface Of Tube In Lonic Liquids
13.
Study On Filtration Efficiency Of Tritiated Water Gas
14.
Design Of A Pre-treatment Device For Tritium Analysis In Biological Samples And Survey Of Tritium Levels In Environmental Samples
15.
Preparation And Investigation Of Alumina Coatings For The Application As Tritium Permeation Barrier
16.
Preparation And Microstructure Of Er
2
O
3
Tritium Permeation Barrier
17.
Preparation And Characterization Of α-Al
2 O
3
Composite Powders
18.
Titanium, Zirconium, Room Temperature Deuterium Absorption Characteristics Of Scandium And Deuterium With Palladium Deuteride Transmission Behavior Research
19.
Research On The Fabrication Technology Of Lithium-based Ceramic Breeder Materials
20.
Storage Of Tritium In Ti–Behavior Of He And H
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