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 | ||||
112 | 尖晶石氧化... 尖晶石氧化物奈米顆粒氧空缺效應在撓曲電催化產氫之研究 (Oxygen Vacancy Assisted on High-Performance Flexoelectric Catalysts of Spinel ZnAl2O4 and ZnCr2O4 Nanoparticles for Hydrogen Evolution Reaction) | NTHU | 碩 | 無口試日期 |
尖晶石氧化物(spinel oxide)、撓區電催化劑(flexoelectric catalyst)、應變梯度(strain gradient)、對稱中心材料(centrosymmetric)、氧空缺(oxygen vacancy)、產氫(hydrogen evolution) 尖晶石氧化... | ||||
112 | 氧化鋅奈米... 氧化鋅奈米花氧空缺效應偕同壓電與光催化在氮還原反應之研究 (Effect of Controlled Oxygen Vacancy in ZnO Nanoflowers on Nitrogen Reduction Reaction via Coupled Piezo-photocatalysis) | NTHU | 碩 | 無口試日期 |
金屬氧化物(metal oxide)、缺陷控制(defect engineering)、壓電-光催化(piezocatalyst)、氮還原(piezo-photo catalyst) 金屬氧化物... | ||||
112 | 單原子白金... 單原子白金修飾二硫化鉬奈米花之壓電催化產氫研究 (Piezocatalysis of Single-atom Platinum Modified MoS2 Nanoflowers for Hydrogen Evolution Reaction) | NTHU | 碩 | 無口試日期 |
壓電觸媒(Piezocatalysis)、單原子觸媒(Single-atom catalysis)、析氫反應(Hydrogen evolution reaction) 壓電觸媒(... | ||||
112 | 二氧化錫奈... 二氧化錫奈米柱叢集之氧空缺增強效應在撓曲電催化染料降解之研究 (Research of Oxygen Vacancy Enhancement Effect on Nanorods Assembled SnO2 through Flexoelectric Catalyzed Dye Degradation) | NTHU NDLTD | 碩 | 2.14 |
二氧化錫(SnO2)、對稱中心(centrosymmetric structure)、撓曲電觸媒(flexoelectronic)、撓曲電催化(flexocatalyst)、染料降解反應(organic dye degradation)、缺陷工程(oxygen vacancy)、氧空缺(defect engineering) 二氧化錫(... | ||||
112 | 三維聚偏二... 三維聚偏二氟乙烯濾膜植入稻殼萃取二氧化矽的多孔固態電解質 (Three-dimensional Filter of Polyvinylidene difluoride (PVDF) Implanted Rice Husk-derived Silicon Dioxide of Porous Solid-state Electrolytes) | NTHU NDLTD | 碩 | 2.12 |
鋰電池(Li battery)、固態電解質(solid state electrolyte)、複合式固態電解質(composite solid electrolyte)、多孔薄膜(porous film)、抗火性火性(fire resistant) 鋰電池(L... | ||||
111 | 偕同壓電與... 偕同壓電與熱電催化效應驅使二硫化鉬/碲化鉍之S-型異質接面在產氫反應之研究 (MoS2@Bi2Te3 S-scheme Heterojunction for Hydrogen Evolution Reaction through Synergistically Piezocatalytic and Thermocatalytic Effect) | NTHU NDLTD | 碩 | 1.98 |
二硫化鉬(MoS2)、碲化鉍(Bi2Te3)、壓電觸媒(piezocatalyst)、熱電觸媒(thermocatalyst)、產氫(hydrogen evolution)、S-型異質結構(S-scheme heterojunction)、空穴效應(cavitation effect) 二硫化鉬(... | ||||
111 | 高熵誘導壓... 高熵誘導壓電性增強鈣鈦礦鐵電弛緩體在產氫之研究 (High Entropy Piezocatalysts Induced Perovskite Relaxor Ferroelectrics on Hydrogen Evolution Reaction) | NTHU NDLTD | 碩 | 1.98 |
高熵氧化物(high entropy oxide)、高熵弛緩體(high entropy relaxors)、鐵電催化劑(ferroelectric catalyst)、壓電催化劑(piezoelectric catalyst)、產氫(hydrogen evolution) 高熵氧化物... | ||||
111 | 製備高導離... 製備高導離子率固態複合型電解質之陶瓷粉體混成纖維素與聚環氧乙烷研究 (Preparation of High Ionic Conductivity Solid Composite Electrolyte by Mixing Ceramic Powder with Cellulose and Polyethylene Oxide) | NTHU NDLTD | 碩 | 1.97 |
複合型固態電解質(Solid composite electrolyte)、纖維素(Cellulose nanofibrils)、抑制鋰枝莖(Dendrite suppression)、鋰離子電池(Lithium-ion battery) 複合型固態... | ||||
111 | 二維複合材... 二維複合材料水凝膠之可撓性摩擦奈米發電機 (Two-dimensional Composite Hydrogel for Flexible Triboelectric Nanogenerator) | NTHU NDLTD | 碩 | 2.36 |
自供電電子裝置(self-powered electronics)、摩擦起電式奈米發電機(triboelectric nanogenerator)、水凝膠(hydrogel)、聚乙烯醇(polyvinyl alcohol)、聚乙二醇(polyethylene glycol)、二維過度金屬碳化物(Ti3C2)、矽烷有機化合物(silane)、流動震動電位(streaming vibration potential) 自供電電子... | ||||
111 | 偕同光壓電... 偕同光壓電效應鐵電觸媒在有機汙染物分解與產氫之研究 (Synergistically Piezophototronic Effect of Ferroelectric Catalysts on the Decomposition of Organic Pollutant and Hydrogen Evolution Reaction) | NTHU NDLTD | 碩 | 2.36 |
鈦酸鉍微米板(Bi4Ti3O12 microplates)、高熵氧化物(high entropy oxides)、鐵電催化劑(ferroelectric catalyst)、極化處理(poling treatment)、壓電光催化劑(piezo-photocatalyst)、染料降解(dye degradation)、產氫(hydrogen evolution) 鈦酸鉍微米... | ||||
111 | 單原子白金... 單原子白金修飾類石墨相氮化碳壓電暨柔電催化之研究 (Piezo-flexocatalysis of single-atom Pt loaded graphitic carbon nitride) | NTHU NDLTD | 碩 | 2.18 |
類石墨相氮化碳(graphitic carbon nitride)、單原子修飾觸媒(single-atom catalyst)、貴重金屬原子修飾(noble metal atom modification)、壓電暨柔電觸媒(piezo-flexocatalyst)、水解產氫反應(hydrogen evolution reaction)、染料降解反應(dye degradation) 類石墨相氮... | ||||
111 | 二維過渡金... 二維過渡金屬硫族化物之壓電催化與循環降解有機污水之研究 (Piezocatalysis and Cyclic Degradation of Organic Wastewater based on Two-dimensional Transition Metal Chalcogenides) | NTHU NDLTD | 博 | 6.01 |
壓電材料(Piezoelectric material)、觸媒(Catalyst)、降解(Degradation)、有機污染物(Organic pollutants)、零排放(Zero discharge)、二硫化鉬(Molybdenum disulfide) 壓電材料(... | ||||
109 | 高導離子率... 高導離子率與高機械強度之耐火性高熵氧化物/聚環氧乙烷固態複合型電解質之研究 (A Superior Ionic Conductivity, High Mechanical Strength, and Fire-resistance Solid Composite Electrolyte with High Entropy Oxides) | NTHU NDLTD | 碩 | 1.98 |
高熵氧化物(High entropy oxide)、固態複合型電解質(Solid composite electrolyte) 高熵氧化物... | ||||
109 | 偕同光觸媒... 偕同光觸媒與應變誘導壓電催化效應驅使聚四氟乙烯/二氧化鈦之核殼奈米複合結構在染料水汙染降解之研究 (PTFE@TiO2 Core-Shell Nanocomposites for Degradation of Organic Dye Molecules through Synergistically Photocatalytic and Strain-Induced Piezocatalytic Effect) | NTHU NDLTD | 碩 | 1.97 |
二氧化鈦(TiO2)、聚四氟乙烯(PTFE)、壓電光催化(piezophototronic)、壓電光觸媒(piezo-photocatalyst)、應變工程(strain engineering)、染料降解(dye degradation) 二氧化鈦(... | ||||
109 | 應力誘導柔... 應力誘導柔電場調解能隙效應之耦合型光-柔電觸媒研究 (Coupling Flexo-photocatalysis Through Band-Gap Modulation of Strain Induced Flexoelectric Field) | NTHU NDLTD | 碩 | 2.86 |
氯氧化鉍奈米板(BiOCl nanoplates)、柔電(flexoelectric)、電場(electric field)、應力(strain)、能隙調整(band gap reduction)、染料降解(dye degradation) 氯氧化鉍奈... | ||||
109 | 石英/二氧... 石英/二氧化鈦異質結構於壓光電催化有機污染物分解及產氫之研究 (Piezophototronic Catalyzed Organic Pollutants Decomposition and Hydrogen Evolution Reaction with Quartz/TiO2 Heterostructure) | NTHU NDLTD | 碩 | 2.77 |
稻殼(Rice husks)、石英(Quartz)、二氧化鈦(Titanium dioxide)、異質結構(Heterostructure)、光觸媒(Photocatalyst)、壓電觸媒(Piezocatalyst)、壓光電效應(Piezophototronic effect)、染料降解(Dye decomposition)、水解產氫(Water splitting) 稻殼(Ri... | ||||
109 | 高熵氧化物... 高熵氧化物之柔電觸媒誘導水分解之研究 (Flexoelectric Catalysts of High Entropy Oxides Induced Water Splitting) | NTHU NDLTD | 碩(提早入學) | 2.16 |
高商氧化物(High entropy oxide)、水分解(Water splitting)、柔電觸媒(Flexoelectric catalyst)、區域性表面電漿共振效應(LSPR effect)、氧空缺(Oxygen vacancy) 高商氧化物... | ||||
109 | 酸鹼值在N... 酸鹼值在Ni(OH)2/MoS2奈米花(NFs)電化學水分解產氫(HER)反應的增強效應 (The Effect of pH Values on Dramatic Enhancement of Electrochemical Hydrogen Evolution Reaction (HER) in Water Splitting of Ni(OH)2/MoS2 Nanoflowers (NFs) Heterostructures) | NTHU NDLTD | 碩(提早入學) | 1.95 |
半導體態2H二硫化鉬(semiconducting 2H-MoS2)、金屬態1T二硫化鉬(metallic 1T-MoS2)、二硫化鉬奈米花(MoS2 nanoflowers (NFs))、異質結構(heterostructures)、水分解(water splitting)、量產(mass production) 半導體態2... | ||||
109 | 生物相容性... 生物相容性β相幾丁質/聚偏二氟乙烯在軟性奈米壓電發電機及抗菌透明薄膜之研究 (Flexible Piezoelectric Nanogenerator and Antibacterial Transparent Membrane Made from Biocompatibility of β Phase Chitin Nanofiber/Polyvinylidene difluoride) | NTHU NDLTD | 碩 | 2.25 |
β相幾丁質奈米纖維(β-phase chitin nanofiber)、聚偏二氟乙烯(polyvinylidene fluoride)、壓電效應(piezoelectric effect)、壓電複合薄膜(piezoelectric composite film)、軟性奈米壓電發電機(flexible piezoelectric nanogenerator)、抗菌試驗(antibacterial test) β相幾丁質... | ||||
109 | 高熵氧化物... 高熵氧化物複合異質結構之鐵電觸媒誘發光壓電勢降解有機染料分子之研究 (Heterostructure Ferroelectric Catalysts of High Entropy Oxide Induced Piezophotoelectric-Potential Degradation of Organic Dye Molecules) | NTHU NDLTD | 碩 | 3.13 |
溶膠凝膠自燃法(BiSrCoZrYO composites)、高熵氧化物(high entropy oxide)、三氧化鍶鋯-三氧化鉍釔鈷複合物(SrZrO3/ Bi1-XCoXYO3 composites)、異質結構(piezophototronic process)、鐵電特性(sol-gel autocombustion)、光壓電效應(ferroelectric property)、有機染料降解(undefined) 溶膠凝膠自... | ||||
109 | 二硫化鉬包... 二硫化鉬包覆奈米金粒子觸媒之壓電勢誘導電漿熱電子效應在光壓電催化產氫之研究 (Piezoelectric Potential-Induced Plasmonic Hot Electron for Piezo-Photo Catalytic Hydrogen Evolution via Au@MoS2 Catalyst) | NTHU NDLTD | 碩 | 2.04 |
表面電漿(Surface Plasmon)、壓電勢(Piezoelectric Potential)、催化(Catalysis)、產氫反應(Hydrogen Evolution Reaction) 表面電漿(... | ||||
108 | 二維材料二... 二維材料二硫化鉬之撓曲電模擬研究 (Theoretical Calculation on the Flexoelectricity of Two-Dimensional Molybdenum Disulfide) | NTHU NDLTD | 碩 | 4.00 |
撓曲電效應(MoS2)、壓電效應(nanoflowers)、二硫化鉬(cantilever)、奈米花(piezoelectricity)、懸臂樑(flexoelectricity)、二維過渡金屬硫屬化合物(COMSOL)、有限元素法(TMDC) 撓曲電效應... | ||||
108 | 複合異質結... 複合異質結構之壓電勢誘發壓電電觸媒與壓電光觸媒產氫研究 (Piezoelectric Potential induced Piezoelectrocatalytic and Piezophotocatalytic Hydrogen Evolution Reactions by Heterostructure Composites) | NTHU NDLTD | 碩(提早入學) | 2.21 |
二氧化鈦(TiO2/MoSe2 and BaTiO3/MoSe2 composites)、鈦酸鋇(piezoelectrocatalyst)、二硒化鉬(piezophotocatalyst)、異質結構(piezophototronic effect)、壓電光觸媒(water splitting)、壓電電觸媒(undefined)、壓光電效應(undefined)、水解產氫(undefined) 二氧化鈦(... | ||||
108 | 透過機械力... 透過機械力壓電催化驅使少數層二硫化鉬/石英微米柱之多層次異質結構在產氫反應及水汙染降解之研究 (Mechanical-Force-Driven Piezocatalytic Hydrogen Evolution Reaction and Degradation of Water Pollutants through Quartz Microrods@Few-Layered MoS2 Hierarchical Heterostructures) | NTHU NDLTD | 碩 | 2.42 |
稻殼(rice husks)、石英(quartz)、二硫化鉬(MoS2)、水熱法(hydrothermal method)、壓電觸媒(piezocatalyst)、產氫(hydrogen evolution)、染料降解(dye degradation)、多層次異質結構(hierarchical heterostructure) 稻殼(ri... | ||||
107 | 氧空缺效應... 氧空缺效應調控鐵電錫酸鋅奈米線之材料特性暨其壓光電子學之水分解應用 (Effects of Oxygen Vacancy on Material Properties of Ferroelectric ZnSnO3 Nanowires and Its Application on Water Splitting through Piezo-phototronic Mechanism) | NTHU NDLTD | 碩(提早入學) | 2.42 |
錫酸鋅(ZnSnO3 nanowires)、不對稱中心結構(non-centrosymmetric structure)、壓電光電子效應(oxygen vacancies)、氧空缺(piezophototronic effect)、降解(dye degradation)、光催化水分解(water splitting)、產氫反應(undefined) 錫酸鋅(Z... | ||||
107 | 層狀二維過... 層狀二維過渡金屬二硫屬化物作為壓電觸媒和鋰離子電池活性陽極候選物之研究 (Study on Layered Two Dimensional Transition Metal Dichalcogenides as a Piezocatalyst and Active Anode Candidates of Lithium-Ion Batteries) | NTHU NDLTD | 博 | 5.92 |
二維材料(2D Materials)、压电催化(Piezocatalysis)、可充电电池(Rechargeable batteries) 二維材料(... | ||||
107 | β-幾丁質... β-幾丁質薄膜之壓電響應及應用研究 (Piezoelectric response of the β-chitin membrane and its applications) | NTHU NDLTD | 碩(外籍生) | 0.91 |
物料(Materials)、環境(Environment)、能源(Energy) 物料(Ma... | ||||
106 | 鐵酸鉍與二... 鐵酸鉍與二氧化鈦核殼奈米結構之壓電觸媒活性在有機染料分子之研究 (Study on Piezocatalytic Activity of BiFeO3/TiO2 Core-Shell Nanostructures for Degradation of Organic Dye Molecules) | NTHU NDLTD | 碩 | 1.98 |
鐵酸鉍(BiFeO3)、異質結構(nanocomposite)、壓電觸媒(piezocatalysis)、光觸媒(photocatalysis)、極化(polling)、染料降解(undefined) 鐵酸鉍(B... | ||||
106 | 過氧化氫輔... 過氧化氫輔助高活性少數層二碲化鎢微米球之壓電產氫與有機染料降解研究 (Hydrogen Peroxide Assisted Hydrogen Evolution Reaction and Organic Dye Degradation Through Piezoelectricity of Highly Active Few-layered Td-WTe2 Microspheres) | NTHU NDLTD | 碩 | 1.97 |
二維過渡金屬硫族化合物(two dimensional transition metal dichalcogenide)、二碲化鎢(tungsten ditelluride)、膠體合成法(colloidal synthesis technique)、壓電效應(piezoelectric response)、壓電觸媒(piezocatalyst)、染料降解(dye degradation)、產氫(hydrogen evolution)、過氧化氫(hydrogen peroxide) 二維過渡金... | ||||
106 | 高活性單層... 高活性單層與少數層二硒化鉬奈米花在壓電催化水分解產氫之研究 (Piezocatalytic Water Splitting of Hydrogen Evolution Reaction Through Highly Active Single- and Few-layered MoSe2 Nanoflowers) | NTHU NDLTD | 碩 | 1.97 |
二硒化鉬(Molybdenum diselenide)、壓電效應(Piezoelectric effect)、壓電觸媒(Piezocatalysis)、壓電催化水分解(Piezocatalytic water splitting)、產氫(Hydrogen evolution) 二硒化鉬(... | ||||
105 | 膠體合成法... 膠體合成法製備少數層二碲化鎢奈米結構及其應用於壓電觸媒之研究 (Synthesis of Few-layered Tungsten Ditelluride Nanostructures by Using Colloidal Synthesis Technique and Their Piezocatalysis Properties) | NTHU NDLTD | 碩 | 3.47 |
二維過渡金屬硫族化合物(two dimensional transition metal dichalcogenide)、二碲化鎢(tungsten ditelluride)、膠體合成法(colloidal synthesis technique)、壓電效應(piezoelectric response)、壓電觸媒(piezocatalyst) 二維過渡金... | ||||
105 | 透過壓電觸... 透過壓電觸媒效應之單層與少數層二硫化鉬 奈米花製備高活性氫氧自由基溶液 (Preparation of Highly Active Hydroxyl Radical Solution of Single and Few-Layers MoS2 Nanoflowers Through Piezo-Catalytic Effect) | NTHU NDLTD | 碩 | 2.00 |
二硫化鉬(MoS2 (Molybdenum disulfide))、壓電觸媒(piezo-catalyst)、吸附效應(adsorption effect)、氫氧自由基(hydroxyl radical)、F中心(F-center)、降解(degradation) 二硫化鉬(... | ||||
105 | 稻殼奈米結... 稻殼奈米結構在能源擷取與主動式感測元件之研究 (Study on The Rice Husks in Energy Harvesting and Active Sensor) | NTHU NDLTD | 碩 | 1.92 |
稻殼(Rice husks)、摩擦奈米發電機(Triboelectric nanogenerator)、介電材料(RHSiO2)、表面官能基化(Dielectric-to-dielectric) 稻殼(Ri... | ||||
105 | 一維錫酸鋅... 一維錫酸鋅氧化物奈米結構在電化學與產氫特性之研究 (The Characterizations and Photoelectrochemical Water Splitting of One-dimension ZnSnO3 Nanowires) | NTHU NDLTD | 碩 | 1.92 |
錫酸鋅(ZnSnO3)、R3c(noncentrosymmetric)、奈米線(hydrothermal)、光催化水分解(hydrogen)、電化學(water splitting) 錫酸鋅(Z... | ||||
104 | 接觸型有機... 接觸型有機半導體電摩擦奈米元件之特性研究 (Study on the characterizations of contact electricfication organic semiconductive nano-devices) | NTHU NDLTD | 碩 | 無口試日期 |
有機半導體(organic semiconductor)、聚(3-己烷基噻吩)(Poly(3-hexylthiophene) (P3HT))、電摩擦(electricfication)、薄膜電晶體(thin film transistor)、軟性基板(flexible substrate) 有機半導體... | ||||
104 | 單層至少數... 單層至少數層二硒化鉬奈米粒子之合成、性質及壓電響應研究 (Single- and Few-Layers MoSe2 Nanoflowers: Synthesis, Characterization, and Their Piezoresponse) | NTHU NDLTD | 碩 | 無口試日期 |
二維過渡金屬硫族化物(two dimensional transition metal dichalcogenide)、二硒化鉬(molybdenum diselenide)、水熱法(piezoelectric response)、壓電效應(hydrothermal method)、壓電觸媒(piezo- catalyst) 二維過渡金... | ||||
103 | 表面電漿共... 表面電漿共振效應在金修飾錫酸鋅奈米結構之光觸媒特性提升研究 (Surface Plasmon Resonance Effect For The Enhancement Of Photodegradation Activity Of Au/ZnSn(OH)6 Nanostructure) | NTHU NDLTD | 碩 | 無口試日期 |
光觸媒(photocatalyst)、錫酸鋅(zinc stannate)、異質結構(heterostructure)、表面電漿共振(surface plasmon resonance) 光觸媒(p... | ||||
103 | 銻化銦薄膜... 銻化銦薄膜應力誘發相變化及其電性研究 (Study on Stress-Induce Phase Transition of Indium Antimony Thin Film and Their Electrical Properties) | NTHU NDLTD | 碩 | 無口試日期 |
銻化銦(InSb)、壓阻(phase transition)、應變場效電晶體(raman spectra)、相變化(undefined)、拉曼光譜(undefined) 銻化銦(I... | ||||
103 | 水熱法合成... 水熱法合成二硫化鉬奈米結構之材料與光觸媒特性研究 (Materials Characterization and Photocatalytic Activity of Molybdenum Disulfide Nanostructure Synthesized by Hydrothermal Method) | NTHU NDLTD | 碩 | 無口試日期 |
水熱法(hydrothermal method)、二硫化鉬(MoS2 (Molybdenum disulfide))、奈米結構(nanostructure)、1-丁基-3-甲基咪唑氯化鹽(1-butyl-3-methylimidazolium chloride salt (BMIM[Cl]))、光觸媒(photocatalysis) 水熱法(h... |