Keyword [Valence]
Result: 21 - 40 | Page: 2 of 6 |
| 21. | Valence Electron Structure And Physical Properties Of Several Typical Semiconductor Materials |
| 22. | The Ground State Occupation Probabilities Of Valence Nucleon Pairs With Various Angular Momenta For Well-deformed Even-Even Nuclei In The Nilsson Mean-field Plus Nearest-Orbit Pairing Model |
| 23. | The Spectrum Tuning Of Solid Solution Type （La,Sr）3Al（O,F）5:RE3+（RE=Ce,Pr,Eu） Phosphor For White LEDs |
| 24. | Luminescent Properties Of Phosphors Doped By Eu Ion For Near-Ultraviolet Excitation |
| 25. | The Thermal Transport Properties Of Correlated Electron System |
| 26. | Structural Adjustment And Red Emission Enhancement Of A3MgSi2O8:Eu2+,Mn2+（A=Baã€Srã€Ca） Phosphor |
| 27. | Study Of Oxygen Ionic Valence And Its Influence On The Magnetic Property Of The Perovskite Manganites La1-xSrxMnO3 |
| 28. | Tunable Direct-white Of Lanthanum Aluminate Phosphor For Led Via Valence State-controllable Means |
| 29. | Iodine Molecular Valence State And Ion State Spectroscopy |
| 30. | H-<sub> 2 </ Sub> Valence Shell Excited By Fast Electron Impact |
| 31. | Nitrous Oxide Molecular Valence Shell Excitation States Of The Generalized Oscillator Strength |
| 32. | The Ground State Occupation Probabilities Of Valence Nucleon Pairs With Various Angular Momentum Quantum Numbers For Even-Even Nuclei In The Nilsson Mean-field Plus Nearest-Orbit Pairing Model |
| 33. | Calculation Of The Oligopeptide Molecular Energies In Terms Of ABEEMσπ/MM Method |
| 34. | A Study Of The Spectroscopic Properties Of The Lowlying Electronic States Of C2, O2+ Molecules |
| 35. | Novel DNA Self-assembly Modules:Construction, Hybridization Properties And Analytical Applications |
| 36. | Electrostatic Interactions In Charged Systems:Modeling,Analysis,and Computation |
| 37. | Theoretical Studies On The Electronic Structures Of Metal Confined Systems Containing F Valence Electrons |
| 38. | EuF2 Containing BiS2 Superconductors And Bi Doping Effect Of BaTi2Sb2O |
| 39. | Co-doped ZnO Based Diluted Magnetic Semiconductors |
| 40. | Preparation And Physical Properties Of The Heavy Fermion Compounds R2T12As7（R=Ce,Yb;T=Ni,Pd,Co） |
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