Rashba spin orbital coupling effect on the conductance of two-dimensional electron gas/insulator/noncentrosymmetric superconductor junction

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Chemistry

100
Conductance Chemistry
100
Nonconductor Chemistry
100
Superconductor Chemistry
100
Two-Dimensional Ele... Chemistry
40
Strength Chemistry
40
Tunneling Conductan... Chemistry
20
Coupling Constant Chemistry
20
Spectra Chemistry

Keyphrases

100
Conductance Keyphrases
100
Spin-orbit Coupling Keyphrases
100
Insulator Keyphrases
100
2-dimensional Elect... Keyphrases
100
Rashba Keyphrases
100
Superconducting Jun... Keyphrases
100
Noncentrosymmetric ... Keyphrases
50
Triplet Keyphrases
50
Superconductor Keyphrases
50
Singlet Keyphrases
50
Tunneling Conductan... Keyphrases
25
Relative Strength Keyphrases
25
Japan Keyphrases
25
Wave Vector Keyphrases
25
Coupling Constant Keyphrases
25
Ferromagnetic Leads Keyphrases
25
Conductivity Spectr... Keyphrases
25
Conductance Measure... Keyphrases
25
Superconducting Cor... Keyphrases
25
Junction Parameters Keyphrases
25
Barrier Strength Keyphrases
25
Blonde Keyphrases

INIS

100
spin INIS
100
coupling INIS
100
junctions INIS
100
superconductors INIS
100
electron gas INIS
40
tunneling INIS
40
triplets INIS
20
spectra INIS
20
peaks INIS
20
barriers INIS
20
correlations INIS
20
vectors INIS
20
coupling constants INIS
20
japan INIS

Physics

100
Electron Gas Physics
100
Side Physics
50
Spectra Physics
50
Independent Variabl... Physics
50
Correlation Physics
50
Coupling Constant Physics
Research OutputsResearch Output authored by Rashba spin orbital coupling effect on the conductance of two-dimensional electron gas/insulator/noncentrosymmetric superconductor junction is tagged with the concept