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Tunable Superfluidity and Quantum Magnetism with Ultracold Polar Molecules
Tunable Superfluidity Quantum Magnetism Ultracold Polar Molecules
2011/9/13
By selecting two dressed rotational states of ultracold polar molecules in an optical lattice, we obtain a highly tunable generalization of the t-J model, which we refer to as the t-J-V -W model. In a...
Pressure Effects on Spectra of Tunable Laser Crystal
GSGG:Cr3+ II: Energy Spectra at Normal Pressure, Low and Room Temperatures
crystal fields optical properties spin-orbital interaction
electron-phonon interaction
tunable laser crystal
2007/8/15
2003Vol.39No.3pp.349-358DOI:
Pressure Effects on Spectra of Tunable Laser Crystal
GSGG:Cr3+ II: Energy Spectra at Normal Pressure, Low and Room Temperatures
ZHANG Ji-Ping1 and MA ...
Pressure Effects on Spectra
of Tunable Laser Crystal GSGG:Cr3+ IV:
Pressure-Induced Shifts of R1 Line,
R2 Line, and U Band at 300 K
high-pressure effect
spin-orbit interaction electron-phonon
interaction d orbital tunable laser crystal.
2007/8/15
2003Vol.39No.5pp.621-630DOI:
Pressure Effects on Spectra
of Tunable Laser Crystal GSGG:Cr3+ IV:
Pressure-Induced Shifts of R1 Line,
R2 Line, and U Band at 300 K
MA Dong-Ping1,2 ...
Pressure Effects on Spectra of Tunable Laser Crystal GSGG:Cr3+ III: Pressure-Induced Shift of R1 Line at 70 K
high-pressure effect spin-orbit interaction electron-phonon interaction d orbital tunable laser crystal
2007/8/15
2003Vol.39No.4pp.493-500DOI:
Pressure Effects on Spectra of Tunable Laser Crystal GSGG:Cr3+ III: Pressure-Induced Shift of R1 Line at 70 K
MA Dong-Ping1,2 and ZHANG Ji-Ping1
...
Pressure Effects on Spectra of Tunable Laser Crystal
GSGG:Cr3+ I: Theory
high-pressure effect line shift spin-orbit interaction
electron-phonon interaction d-orbital tunable laser crystal
2007/8/15
2003Vol.39No.2pp.249-256DOI:
Pressure Effects on Spectra of Tunable Laser Crystal
GSGG:Cr3+ I: Theory
MA Dong-Ping1,2 and ZHANG Ji-Ping1
1 Department of Applied Physics...
Energy Spectra of the Tunable Laser Crystal
Gd3Ga5O12:Cr3+ and Their Pressure-Induced Shifts
high-pressure effect line shift spin-orbit interaction
electron-phonon interaction d-orbital tunable
laser crystal
2007/8/15
2004Vol.41No.1pp.141-150DOI:
Energy Spectra of the Tunable Laser Crystal
Gd3Ga5O12:Cr3+ and Their Pressure-Induced Shifts
MA Dong-Ping1,2
1 Department of Applied Physic...