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# 學年期 類別 標題
61 81-1 研究獎勵 Calculations of Crifical Temperature for High-Te Superconductivity with Miltilayered Structure
62 83-1 研究獎勵 Elgen modes of flux line lattice and the melting of abrikosov flux lattice
63 93-1 研究獎勵 The feature of quantum and thermal fluctuation on collective pinning and critical current in superconducting film
64 93-1 研究獎勵 Energy dependence of commensurate neutron scattering peak in the doped two-leg ladder antiferromagnet Sr14-xCaxCu24O41
65 91-1 研究獎勵 雜亂弱釘軋源超導薄膜磁通子對之產生與非線性磁流電阻
66 60-1 研究獎勵 Stability analysis of high intensity laser beam propagating in a moving medium
67 64-1 研究獎勵 Computer Intigation of An Intanse Laser beam Propagating throng A Moving Medium
68 92-1 研究獎勵 參雜雙腿反鐵磁材料之光電與傳輸特性
69 94-1 研究獎勵 Charge transport of electron-doped Mott insulators on a triangular lattice
70 90-1 研究獎勵 2.參雜三角形反鐵磁之自旋動力學
71 95-1 研究獎勵 The quasiorder-disorder phase transition and the peak effect in type-II conventional and high-Tc superconductors
72 92-1 研究獎勵 延伸t-J模型之非公度反鐵磁性
73 76-1 研究獎勵 2.三重簡併能帶電子引起正方形超導體與四方形超導體間之相變
74 94-1 研究獎勵 Vortex-pair production in quenched disorder superconducting film
75 61-1 研究獎勵 Three Dimensional Time Dependent Laser self-curving Effect
76 91-1 研究獎勵 量子聲子及Peierls轉變溫度
77 76-1 研究獎勵 1.兩重簡併能舉電子引超正方形超導體與四方形超導體間之相變
78 95-1 研究獎勵 Heat transport of electron-doped Cobaltates
79 95-1 研究獎勵 Kinetic energy driven superconductivity in the electron doped cobaltate
80 90-1 研究獎勵 1.釘軋在磁通子—反磁通子於二類超導薄膜中之生成的特色
81 91-1 研究獎勵 各向異性超導體磁通子漲落引發之引力
82 67-1 研究獎勵 帶電無能隙超導體偏向參數之模式
83 79-1 研究獎勵 Anisotropic Model of High-TC Super-conductivity.
84 91-1 研究獎勵 銅氧化物材料在欠參雜的非公度磁漲落
85 62-1 研究獎勵 Computer Inveatigation of an Intense Laser Beam propagating Through a Moving Medium
86 89-1 研究獎勵 The sign reversal and scaling relations of hall anomaly in the mixed state type-II superconductors
87 95-1 研究獎勵 Thermal conductivity in the doped two-leg ladder antiferromagnet
88 95-1 研究獎勵 The effects of collective pinning on topological order-disorder phase transition in type-II superconducting films
89 93-1 研發處: 研究計畫 (國科會) 磁通晶格之量子漲落, 熱漲落及集體釘軋在二類超導薄膜所引發之峰頂效應的研究
90 91-1 研發處: 研究計畫 (國科會) 以Fermion-Spin理論探討強關聯系統與高溫超導材料之反常物理性質和超導機制