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Keyword [Critical Current Density]
Result: 1 - 20 | Page: 1 of 1
1.
Analysis On Mechanical/Electrical Properties Of Wire-structures Under Coupling Effects
2.
Cu Activated Sintering Mechanism Of Mgb
2
At Low Temperature And Its Superconductivity
3.
A Study On The Superconductivity Mechanism Of MgB
2
And Its Superconducting Properties
4.
Study On SiC Doped MgB
2
Superconducting Bulk
5.
Preparation Of SmBOC Superconducting Film By Fluorite-Free Polymer-Assisted Metal Organic Deposition
6.
Nanoparticle Doped MgB
2
Bulks Fabricated By Hot Pressing
7.
Research On Measurements Of Alumina Concentration By A Rotating Disc Electrode In Aluminum Electrolytes
8.
Study Of High Current Capacity MgB
2
Superconductor And Its Flux Pinning Mechanism
9.
Sintering Microstructure Control And Superconducting Properties Improvement In The Mg
11
B
2
Low Activation Superconductor
10.
Structural And Properties Of YBa
2
Cu
3
O
7-?
Superconducting Composite Films Doped With BiFeO
3
And LaAlO
3
11.
Epitaxial Growth And Superconducting Properties Of Co
3+
Doped GdBa
2
Cu
3
O
7-?
Thin Films By Fluorine-free PA-MOD Method
12.
Effect Of Rapid Heating/Quenching Treatment And Doping Methods On The Critical Current Density Of MgB
2
13.
Processing, microstructure, and critical current density of Silver-sheathed Bi2Sr2CaCu2Ox multifilamentary round wire
14.
Study of critical current density in superconducting magnesium diboride films grown by ex situ annealing of CVD boron films
15.
Optimizing critical current density through composition and microstructure in mechanically alloyed magnesium diboride
16.
Fabrication and characterization of mercurocuprate superconductors on silver substrates
17.
An investigation on the mechanical and electrical properties of multilayer brittle materials
18.
A novel powder metallurgy technique for producing artificial pinning centers in niobium-titanium superconductors
19.
Effect Of Graphene-Metal Co-doping On The Microstructure And Superconductivity Of FeSe
20.
Preparation And Electrochemical Properties Of Lignosulfonate-based Porous Carbon Materials
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