政府計畫(GRB),建議「依年度遞減排序」,以查看最新的研究方向。
畢業學年度 | 論文標題 | 連結 | 學位 | 畢業時長(years) |
---|---|---|---|---|
關鍵字 | ||||
110 | 計算量子力... 計算量子力學對於PLED元件材料之光電特性分析與實驗驗證 (Computational Quantum Mechanics Analysis and Experimental Verification of Photoelectric Characteristics of PLED Materials) | NTHU NDLTD | 博 | 9.38 |
密度泛函理論(density function theory (DFT))、聚噻吩(polythiophene)、最高佔據分子軌道(highest occupied molecular orbital (HOMO))、最低未佔據分子軌道(lowest unoccupied molecular orbital (LUMO))、能隙(band gap) 密度泛函理... | ||||
109 | 鯨群演算法... 鯨群演算法應用於鋰離子電池電化學性能預測之多目標最佳化 (Whale Optimization Algorithm on Multi-Objective Optimization for the Lithium-ion Battery Electrochemical Performance Prediction) | NTHU NDLTD | 碩 | 1.98 |
鋰離子電池(Lithium-ion battery)、電化學模型(Electrochemical thermal model)、鯨群演算法(Whale Optimization Algorithm)、元啟發式演算法(Meta-heuristic algorithm)、參數辨識(Parameter identification)、敏感度分析(Sensitivity analysis) 鋰離子電池... | ||||
109 | 計算量子力... 計算量子力學設計非等向晶面半導體應用於人工光合作用光陽極產氧設計 (Computational Quantum Mechanics on Semiconductor Design with Anisotropic Facets for Oxygen Evolution at the Photoanode of Artificial Photosynthesis) | NTHU NDLTD | 碩 | 1.98 |
密度泛函理論(Density Functional Theory)、第一原理計算(First Principles Calculation)、非等向晶面半導體(Anisotropic Facets Semiconductor)、鈦酸鍶(Strontium Titanate)、產氧反應(Oxygen Evolution Reaction)、人工光合作用(Artificial Photosynthesis) 密度泛函理... | ||||
109 | 動量型粒子... 動量型粒子群體智慧演算法鑑定綠能系統參數 (Parameter Identification on Green Energy System with Momentum-type Particle Swarm Intelligence Algorithm) | NTHU NDLTD | 博 | 4.98 |
動量型粒子群演算法(Momentum-type Particle Swarm Optimization)、光伏太陽能電池(Photovoltaic Cell)、質子交換膜燃料電池(Proton Exchange Membrane Fuel Cell)、鋰離子電池(Lithium Ion Battery)、強健性測試(Robustness Testing) 動量型粒子... | ||||
109 | 第一原理設... 第一原理設計近紅外線石墨烯量子點光催化劑應用於人工光合作用產製氧氣和甲醇 (First Principles Design on Near-infrared Graphene Quantum Dot Photocatalysts for Photosynthetic Production of Oxygen and Methanol) | NTHU NDLTD | 博 | 3.98 |
人工光合作用(artificial photosynthesis)、近紅外吸收(near-infrared absorption)、石墨烯量子點(graphene quantum dot)、Ru-X4-GQD(Ru-X4-GQD)、NGQD(amino NGQD)、甲醇產製(oxygen evolution) 人工光合作... | ||||
109 | 鋰離子電池... 鋰離子電池之枝晶生長分子動力學模擬 (Molecular Dynamics Simulation of Dendrite Growth of Lithium-ion Batteries) | NTHU NDLTD | 碩 | 1.98 |
鋰陽極(lithium anode)、枝晶生長(dendrite growth)、分子動力學(molecular dynamics)、鋰離子電池(lithium-ion battery) 鋰陽極(l... | ||||
108 | 鋰電池以h... 鋰電池以h-BN作為固態電解質Li6PS5Cl單層鍍膜之Ab Initio分子動力學分析 (AIMD Study on Li6PS5Cl Solid Electrolyte with h-BN as Monolayer Coating in Lithium Batteries) | NTHU NDLTD | 碩 | 1.98 |
鋰離子電池(Lithium ion battery)、固態電解質(Solid electrolyte)、第一原理計算(AIMD) 鋰離子電池... | ||||
108 | 多尺度量態... 多尺度量態分子動力與有限體積法預測固態電解質鋰電池性能 (Multi-Scale Quantum Molecular Dynamics with Finite Volume Method to Predict the Performance of Solid Electrolyte Li-ion Batteries) | NTHU NDLTD | 碩 | 1.98 |
鋰離子電池(Li-ion Battery)、陰極材料(Cathode Material)、固態電解質(Solid-state Electrolyte)、第一原理(First Principle)、有限體積法(Finite Volume Method)、分子動力學(Molecular Dynamics) 鋰離子電池... | ||||
108 | 量子化學探... 量子化學探討人工光合作用陰極 過渡金屬紫質催化還原CO2 (Quantum Chemistry Studies on CO2 Reduction at the Transition Metal Porphyrin Catalyst in the Artificial Photosynthesis Cathode) | NTHU NDLTD | 碩 | 1.98 |
量子化學(Quantum Chemistry)、人工光合作用(Artificial Photosynthesis)、二氧化碳催化還原(CO2 Reduction) 量子化學(... | ||||
107 | 計算量子化... 計算量子化學設計人工光合作用光陽極並評估析氧反應速率 (Computational Quantum Chemistry on Oxygen Evolution Rate at the Artificial Photosynthesis Photoanode) | NTHU NDLTD | 碩 | 1.98 |
計算量子化學(Computational Quantum Chemistry)、人工光合作用(Artificial Photosynthesis)、光陽極(Photoanode)、析氧反應速率(Oxygen Evolution Rate)、裂解水(Splitting water)、有機無機複合材料(Organic-inorganic composite) 計算量子化... | ||||
107 | 分子動力計... 分子動力計算質傳係數與電化學預測鋰離子電池整體性能 (Molecular Dynamics Calculation of Mass Transfer Diffusion Coefficient and Electrochemical Performance Prediction of Lithium Ion Batteries) | NTHU NDLTD | 碩 | 1.98 |
分子動力學(Molecular Dynamics)、擴散係數(Diffusion Coefficient)、鋰離子電池(Lithium Ion Batteries) 分子動力學... | ||||
107 | 固態物理分... 固態物理分析以氧空缺方法增進超級電池陰極鋰離子嵌入性能 (Solid State Physics Analysis on Enhancing the Li-Ion Intercalation Performance in Super-Battery Cathode Using Oxygen Vacancy Methodology) | NTHU NDLTD | 碩 | 1.98 |
氧空缺(oxygen vacancy)、擴散係數(diffusion cofficient)、鋰離子電池(li-ion battery)、陰極(cathode)、第一原理計算(first-principles calculation) 氧空缺(o... | ||||
107 | 第一原理探... 第一原理探討人工光合作用陰極金屬有機框架還原CO2產製甲醇 (First Principles on CO2 Reduction to Methanol at Metal Organic Frameworks in Artificial Photosynthesis Cathode) | NTHU NDLTD | 碩 | 1.98 |
人工光合作用(Artificial Photosynthesis)、二氧化碳(CO2)、甲醇(Methanol)、陰極(Cathode)、還原反應(Reduction Reaction)、全球暖化(Global Warming) 人工光合作... | ||||
106 | 釩化物之固... 釩化物之固態物理性質計算及鋰電池陰極材料LixV2O5離子嵌入分析 (Solid State Physics of Vanadium Oxides and Analysis of Lithium Intercalation in LixV2O5 Cathode Materials for Li-ion Batteries) | NTHU NDLTD | 碩 | 1.93 |
鋰離子電池(Li-ion Batteries)、陰極材料(Cathode materials)、二氧化釩(Vanadium dioxide)、五氧化二釩(Divanadium pentaoxide)、開路電壓(Open circuit voltage)、第一原理計算(First principles calculation)、鋰離子嵌入(Lithium intercalation) 鋰離子電池... | ||||
106 | 蒙地卡羅分... 蒙地卡羅分子動力學模擬分析與 CO2吸附觸媒位置預測 (Monte Carlo Molecular Dynamics Simulation and CO2 Adsorption Sites Prediction) | NTHU NDLTD | 碩 | 1.93 |
蒙地卡羅(Monte Carlo)、分子動力學(Molecular Dynamics)、吸附(Adsorption) 蒙地卡羅(... | ||||
106 | 第一原理研... 第一原理研究鈣鈦礦材料太陽能轉換極限效率與顯示器光譜 (First Principles Investigation on the Solar Conversion Efficiency Limit and Display Optical Properties of Hybrid Perovskites) | NTHU NDLTD | 碩 | 1.93 |
第一原理(First-Principles)、鈣鈦礦(Perovskite)、太陽能轉換極限效率(Solar Conversion Efficiency Limit) 第一原理(... | ||||
106 | 量子化學探... 量子化學探討鋁摻雜石墨烯於二氧化碳產製甲醇之還原反應 (Quantum Chemistry Investigation on the CO2 Reduction to Methanol at Aluminum-doped Graphene) | NTHU NDLTD | 碩 | 1.93 |
石墨烯(Graphene)、第一原理計算(First principles)、鋁(Aluminum)、二氧化碳還原(Carbon dioxide reduction)、甲醇(Methanol) 石墨烯(G... | ||||
106 | PEM燃料... PEM燃料電池進氣流場設計與陰極觸媒量子化學計算及電化學光電子量測 (Air-side Flow Field Design and Computational Quantum Chemistry with Electrochemical Photoelectron Measurements on the Cathodic Catalyst in PEMFCs) | NTHU NDLTD | 博 | 5.21 |
質子交換膜燃料電池(proton exchange membrane fuel cell)、氣體的均勻性分佈(flow distribution)、氧還原反應(oxygen reduction reaction)、密度泛函理論(density functional theory)、束縛能(binding energy)、活化能(activation energy)、d-band中心(d-band center) 質子交換膜... | ||||
105 | 質子治療射... 質子治療射線對腦瘤去氧核醣核酸的影響與劑量散布分析 (Influence of Proton Therapy on Brain Tumor Deoxyribonucleic Acid (DNA) and Dose Distribution Analysis) | NTHU NDLTD | 碩(提早入學) | 無口試日期 |
質子治療(proton therapy) 質子治療(... | ||||
105 | 量態分子動... 量態分子動力學模擬分析熔融鹽之儲熱性能 (Quantum Molecular Dynamics Simulation on the Thermal Storage Performance of Molten Salts) | NTHU NDLTD | 碩 | 1.98 |
熔融鹽(csp)、分子動力學(molecular)、第一原理分子動力學(FPMD)、聚光儲熱式太陽能發電場(LAMMPS)、熔點(melt) 熔融鹽(c... | ||||
105 | 第一原理研... 第一原理研究氯碘有機鈣鈦礦 MAPbI3-xClx 光熱電性質 (First Principles Investigation on the Photo Thermoelectric Properties of MAPbI3-xClx Perovskites) | NTHU NDLTD | 碩 | 1.98 |
太陽能熱電晶片(Photovoltaic-Thermoeletric Chip)、氯碘有機鈣鈦礦(MAPbI3-xClx)、光熱電性質(Photo Thermoelectric)、第一原理(First Principles) 太陽能熱電... | ||||
104 | 高溫熔融鹽... 高溫熔融鹽電解質之第一原理分子動力學模擬及熱電池性能之有限單元分析 (First Principles Molecular Dynamics Simulation of High Temperature Molten-salt Electrolytes and FEM Analysis on Thermal Battery Performance) | NTHU NDLTD | 碩 | 無口試日期 |
熱電池(thermal battery)、熔融鹽電解質(molten-salt electrolyte)、第一原理分子動力學(first principle molecular dynamics)、有限單元法(finite element method)、電化學(electrochemistry)、放電性能(discharge performance) 熱電池(t... | ||||
104 | 二階及三階... 二階及三階微擾計算熱電材料聲子傳播與熱電優值參數分析 (Second and Third-order Perturbation Computations on Phonon Transport in Thermoelectric Materials and Parametric Analyses on the Figure of Merit) | NTHU NDLTD | 碩 | 無口試日期 |
量子力學(Quantum Mechanics)、奈米線(Nanowire)、熱傳導率(Thermal Conductivity)、熱電優值(Figure of Merit) 量子力學(... | ||||
104 | 質子與強子... 質子與強子治療蒙地卡羅模擬 (Proton and Hadron Therapy Simulation Through Monte Carlo Methods) | NTHU NDLTD | 碩 | 無口試日期 |
質子(proton)、蒙地卡羅(monte carlo)、模擬(simulation)、治療(therapy) 質子(pr... | ||||
103 | 有機與無機... 有機與無機奈米線熱電晶片之電子聲子傳輸多尺度研究 (Multiscale Investigation on Electron and Phonon Transport in Organic & Inorganic Nanowire Thermoelectric Chips) | NTHU NDLTD | 碩 | 無口試日期 |
熱電晶片(thermoelectric chip)、聲子傳輸(phonon transport)、密度泛函微擾理論(density functional perturbation theory) 熱電晶片(... | ||||
103 | 熔融電解質... 熔融電解質熱電池之熱質傳性質與性能分析 (Heat and Mass Transfer Properties and Performance Analysis of Molten Electrolyte Thermal Batteries) | NTHU NDLTD | 碩 | 無口試日期 |
熔融電解質(molten electrolyte)、第一原理分子動力學(first-principles molecular dnamics)、海爾曼費曼定理(Hellmann-Feynman theorem)、比熱(specific heat)、離子傳導率(ionic conductivity)、熔點(melting point) 熔融電解質... | ||||
103 | 有機高分子... 有機高分子發光二極體材料能隙 之量子模擬與電化學實驗 (Quantum Simulation and Electrochemical Experiment on Band Gaps of PLED Materials) | NTHU NDLTD | 碩 | 無口試日期 |
高分子發光二極體(PLED)(polymer light emitting diode (PLED))、循環伏安法(cyclic voltammetry)、紫外可見光光譜(UV-Visible)、能隙(band gap) 高分子發光... | ||||
102 | 熱電池電解... 熱電池電解質-熔融鹽混合物之第一原理分子動力學模擬分析 (First Principles Molecular Dynamics Analysis on the Molten Electrolytes of Thermal Batteries) | NTHU NDLTD | 碩 | 無口試日期 |
熱電池(thermal battery)、分子動力學(molecular dynamics)、第一原理分子動力學(first principles molecular dynamics)、離子傳導率(ionic conductivity)、熱傳導率(thermal conductivity)、熔點(melting point) 熱電池(t... | ||||
102 | 低溫燃料電... 低溫燃料電池陰極觸媒 量子化學計算分析 (Computational Quantum Chemistry Analysis of the Cathodic Catalyst in Low Temperature Fuel Cells) | NTHU NDLTD | 碩 | 無口試日期 |
燃料電池、奈米碳管、石墨烯、觸媒活性、氧還原反應 燃料電池、... | ||||
102 | 磁性與有機... 磁性與有機導電奈米線提升熱電優值之電聲子傳播研究 (Magnetic and Organic Nanowires to Enhance the Thermoelectric Figure of Merit via Electron/Phonon Transport Studies) | NTHU NDLTD | 碩 | 無口試日期 |
熱電晶片、量子計算、熱電優值 熱電晶片、... | ||||
102 | 粒線體之細... 粒線體之細胞色素c氧化酶熱化學與催化量子生物分析 (Quantum Bio-Thermochemistry and Catalysis Analysis of the Cytochrome c Oxidase on Mitochondria) | NTHU NDLTD | 碩 | 無口試日期 |
粒線體、電子傳遞鏈、氧氣還原反應 粒線體、電... | ||||
101 | 低溫燃料電... 低溫燃料電池陰極觸媒配合奈米支架之氧還原反應固態化學分析 (Solid State Chemistry Analysis of Oxygen Reduction Reactions at the Cathodic Catalyst with Nano Structures in Low Temperature Fuel Cells) | NTHU NDLTD | 碩 | 無口試日期 |
燃料電池(Fuel Cell)、奈米支架(Nano Structures)、陰極觸媒(Cathodic Catalyst)、氧還原反應(Oxygen Reduction Reactions) 燃料電池(... | ||||
101 | 有機導電高... 有機導電高分子熱電晶片之熱電優質固態物理探討 (Solid State Physics Studies on Figure of Merit of Organic Conductive Polymer Thermoelectric Chips) | NTHU NDLTD | 碩 | 無口試日期 |
熱電晶片(Thermoelectric)、聚3, 4-二氧乙基噻吩(PEDOT)、密度泛函理論(Density Functional Theory) 熱電晶片(... | ||||
101 | 真核生物體... 真核生物體發電機--粒線體的氧氣還原反應機制量子生物分析 (Quantum Biology Analysis of the Oxygen Reduction Reaction Mechanism at Mitochondria: the Power Generator of Eukaryotic Organisms) | NTHU NDLTD | 碩 | 無口試日期 |
粒線體(Mitochondria)、氧氣還原反應(Oxygen Reduction Reaction)、量子生物分析(Quantum Biology Analysis) 粒線體(M... |