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 | 以菱角殼製... 以菱角殼製備之碳量子點作為細胞電子通道應用於微生物燃料電池 (Trapa Natans Husks Derived Carbon Quantum Dots as Cellular Electron Transfer Pathway in Microbial Fuel Cells) | NTHU NDLTD | 碩 | 1.98 |
微生物燃料電池(Microbial fuel cell)、碳量子點(Carbon dots)、細胞外電子轉移(Extracellular electron transfer)、甲基紫精(Methyl viologen)、菱角殼(Trapa natans husks) 微生物燃料... | ||||
112 | 多金屬氧酸... 多金屬氧酸鹽作為電極材料在鋰離子儲能元件之應用 (Application of Polyoxometalates as Electrode Materials in Lithium-ion Energy Storage Devices) | NTHU NDLTD | 學逕博 | 6.98 |
鋰離子電池(Lithium-ion-batteries)、鋰離子電容器(Lithium-ion-capacitors)、多金屬氧酸鹽(Polyoxometalates)、負極(Anode) 鋰離子電池... | ||||
112 | 銅與氟離子... 銅與氟離子共摻雜於鈉鎳錳氧化物作為鈉離子電池之正極材料 (Cu and F Dual-doped Na0.67Ni0.33Mn0.67O2 as Cathode Material for Sodium-ion Batteries) | NTHU NDLTD | 碩(提早入學) | 2.48 |
鈉離子電池(sodium-ion batteres)、正極材料(cathode materials)、層狀結構氧化物(layered transition metal oxides)、P2型(P2-type)、氟離子摻雜(F-doping) 鈉離子電池... | ||||
112 | 活性碳孔洞... 活性碳孔洞結構控制與異質原子摻雜修飾應用於電容脫鹽技術 (Control and modification of activated carbon pore structure with heteroatom doping for application in capacitive deionization) | NTHU NDLTD | 碩 | 1.98 |
電容去離子(Capacitive deionization)、去離子(Deionization)、電位窗最佳化(Potential window optimization)、氮摻雜(Nitrogen doping)、長時間穩定性(Long-term stability)、孔洞結構控制(Pore structure control) 電容去離子... | ||||
112 | 以第一原理... 以第一原理分析鈉離子電池層狀氧化物陰極材料之穩定機制 (First-Principle Insight of Stabilization Mechanism in Layered Oxide Cathode Material for Sodium-Ion Batteries) | NTHU NDLTD | 碩 | 1.96 |
第一原理(First-Principle)、鈉離子電池(Sodium-Ion-Batteries)、層狀氧化物(Layered-Oxide)、密度泛函理論(Density-Functional-Theory)、陰離子氧化還原活性(Anionic-Redox-Activity) 第一原理(... | ||||
112 | 鋁、鎳離子... 鋁、鎳離子共摻雜水合釩氧化物正極於水系鋅離子電池之應用 (Ni and Al Co-doped Hydrated Vanadium Oxides as Positive Electrode Materials for Aqueous Zinc-ion Batteries) | NTHU NDLTD | 碩 | 1.96 |
水合釩氧化物(Hydrated Vanadium Oxides)、鋅離子電池(zinc-ion batteries)、正極(positive electrode)、水系(aqueous) 水合釩氧化... | ||||
112 | 以靜電紡絲... 以靜電紡絲及溶液鑄膜法製備陶瓷-高分子複合薄膜作為鈉金屬電池之固態電解質 (Fabrication of Ceramic-polymer Composite Films via Electrospinning and Solution Casting as Solid Electrolytes for Sodium Metal Batteries) | NTHU NDLTD | 碩 | 2.02 |
鈉電池(Sodium Batteries)、複合固態電解質(Composite solid electrolytes)、溶液鑄膜(Solution casting)、靜電紡絲(Electrospinning) 鈉電池(S... | ||||
111 | 以鐵與氮改... 以鐵與氮改質菱角殼製成之活性碳作為微生物燃料電池之陰極材料 (Iron and Nitrogen-Modified Trapa Natans Husks-derived Activated Carbons as Cathode Material for Microbial Fuel Cells) | NTHU NDLTD | 碩 | 2.00 |
微生物燃料電池(microbial fuel cell)、活性碳(activated carbon)、菱角殼(Trapa Natans Husks) 微生物燃料... | ||||
111 | 以高熵石榴... 以高熵石榴石氧化物作為固態電解質於全固態鋰離子電池之研究 (Investigation of High-Entropy Garnet-type Oxides as High-performance Solid Electrolyte Materials for All-solid-state Lithium-ion Batteries) | NTHU NDLTD | 學逕博 | 4.99 |
石榴石(Garnet)、固態電解質(Solid electrolyte)、全固態鋰電池(All-solid-state lithium-ion battery) 石榴石(G... | ||||
111 | 以金屬離子... 以金屬離子摻雜水合釩酸鹽正極與鋅負極表面改質於水系鋅離子電池之應用 (Integrated Approach for Aqueous Zinc-ion Batteries with Metal-ion Doped Hydrated Vanadate Cathode Materials and Surface-modified Zn Anode) | NTHU NDLTD | 博 | 4.95 |
鋅離子電池(Zinc-ion battery, SWCNTs, vanadates, XANES, Zn dendrite, energy storage)、SWCNTs(Zinc-ion battery)、釩酸鹽(SWCNTs)、XANES(vanadates)、鋅枝晶(XANES)、能量儲存(Zn dendrite)、鋅離子電池(energy storage)、SWCNTs(undefined)、釩酸鹽(undefined)、XANES(undefined)、鋅枝晶(undefined)、能量儲存(undefined) 鋅離子電池... | ||||
111 | PVAB/... PVAB/PEO水凝膠電解質應用於可拉伸及自修復式儲能系統 (PVAB/PEO based Hydrogel Electrolyte for Stretchable and Self-Healable Energy Storage Applications) | NTHU NDLTD | 碩 | 1.95 |
可拉伸(stretchable)、可自修復(self-healable)、儲能系統(energy storage applications)、超電容(supercapacitor)、鋅離子電池(zinc ion battery)、水凝膠電解質(hydrogel electrolyte) 可拉伸(s... | ||||
111 | 透過實驗設... 透過實驗設計分析探討電鍍參數對於鍍銅粗糙度之影響以及應用 (Systematical factorial experimental strategy study of the effect of electrodeposition parameters on copper roughness and application) | NTHU NDLTD | 碩 | 1.95 |
表面粗糙度(Surface roughness)、變術分析(Analysis of variance)、鋰金屬電池(Lithium metal battery)、循環穩定性(Cycling stability) 表面粗糙度... | ||||
111 | 以碳奈米管... 以碳奈米管建構鋰離子通道應用於鋰離子電池之高分子電解質研究 (Construction of Lithium Ion Conducting Channels with Carbon Nanotubes in Polymer Electrolytes for Lithium Ion Batteries) | NTHU NDLTD | 碩 | 1.92 |
鋰離子電池(lithium ion batteries)、高分子電解質(polymer electrolyte)、碳奈米管(carbon nanotubes)、表面改質(surface modification) 鋰離子電池... | ||||
111 | 以摻雜鉬離... 以摻雜鉬離子之鈉離子超導體結構化合物作為鈉離子電池電極材料之應用 (Mo-doped Sodium Super Ionic Conductor Structured Materials for Sodium-Ion Batteries) | NTHU NDLTD | 碩 | 1.91 |
鈉離子超導體結構(Sodium superionic conductor structured)、鈉離子電池正極材料(sodium ion battery cathode material)、鈉離子電池負極材料(sodium ion battery anode material)、鉬離子摻雜(Mo doped material) 鈉離子超導... | ||||
111 | 以新穎氧化... 以新穎氧化物作為鋰離子儲能負極材料之應用與機制探討 (Mechanism Investigation of Novel Oxide Anode Materials for Lithium-ion Storage Applications) | NTHU NDLTD | 學逕博 | 4.87 |
鋰離子電池(lithium-ion battery)、負極材料(anode material)、臨場量測(in-situ measurment)、高熵氧化物(high entropy oxide)、多金屬氧酸鹽(polyoxometalates) 鋰離子電池... | ||||
111 | 過渡金屬層... 過渡金屬層狀雙氫氧化物與金屬有機框架衍生物材料於儲能應用之研究 (Investigation of Transition Metal Layered Double Hydroxides and Metal-Organic Framework Derived Materials for Energy Storage Applications) | NTHU NDLTD | 碩逕博 | 5.39 |
過渡金屬(Transition metal)、層狀雙氫氧化物(Layered double hydroxide)、金屬有機框架衍生物(Metal-organic framework derived catalyst)、可撓式混合儲能裝置(Flexible hybrid energy storage device)、鋅空氣電池(Zinc-air battery)、能源(energy) 過渡金屬(... | ||||
110 | 具陰離子氧... 具陰離子氧化還原反應之鈣摻雜層狀氧化物正極材料於鈉離子電池之應用 (Ca-doped Layered Oxide Cathodes with Anionic Redox Activity for Sodium-Ion Batteries) | NTHU NDLTD | 碩(提早入學) | 2.48 |
鈉離子電池(Sodium-ion batteries)、層狀結構氧化物(layered oxides)、陰離子氧化還原(anionic redox)、鈉離子電池正極材料(SIBs cathode materials) 鈉離子電池... | ||||
110 | 提升錳氧化... 提升錳氧化物溶解沉積型鋅離子電池表現之研究 (Improving Performance of Zinc/Manganese Oxide Batteries with Dissolution-Deposition Mechanism) | NTHU NDLTD | 碩 | 1.99 |
溶解沉積(MnO2)、錳氧化物(deposition-dissolution)、鋅離子電池(zinc) 溶解沉積(... | ||||
110 | 以孔洞結構... 以孔洞結構還原氧化石墨烯抑制負極枝晶於水系鋅離子混合電容器之研究 (Porous Reduced Graphene Oxide-Coated Zn Anode for Dendrite-Free Aqueous Zinc-ion Hybrid Capacitors) | NTHU NDLTD | 碩 | 1.99 |
水系鋅離子混合電容器(Aqueous zinc-ion hybrid capacitors)、枝晶抑制(Dendrite inhibition)、靜電噴塗(Electrostatic spray deposition) 水系鋅離子... | ||||
110 | 以菱角殼與... 以菱角殼與咖啡渣製備之多孔碳材作為植物微生物燃料電池電極材料 (Trapa Natans Husks and Coffee Ground-derived Carbons as Electrode Materials for Plant Microbial Fuel Cells) | NTHU NDLTD | 碩 | 1.96 |
植物微生物燃料電池(plant microbial fuel cell)、活性碳(activated carbon)、咖啡渣(coffee waste)、菱角殼(Trapa natans husks)、生物燃料電池(bio-fuel cell) 植物微生物... | ||||
110 | 矽碳複合材... 矽碳複合材料以及三元金屬有機架構衍生碳材於鋰離子電池負極之應用 (Application of Si-C Composite and Ternary Metal-Organic Framework-Derived Carbon Anode Materials in Lithium-Ion Batteries) | NTHU NDLTD | 學逕博 | 5.58 |
鋰離子電池(Lithium ion batteries)、矽碳(Si-C)、金屬有機架構(MOF)、負極(Anode) 鋰離子電池... | ||||
110 | 以開普勒型... 以開普勒型多金屬氧酸鹽與高熵層狀結構氧化物於儲能應用之研究 (Investigation of Keplerate-Type Polyoxometalate and High-Entropy Layered Oxide as High-performance Electrode Materials for Energy Storage Applications) | NTHU NDLTD | 博 | 3.38 |
鋰離子電池(Lithium ion batteries)、鈉離子電池(Sodium ion batteries)、負極材料(Cathode materials)、正極材料(Anode materials)、儲能材料(Energy storage materials)、同步輻射X光量測技術(synchrotron x-ray techniques) 鋰離子電池... | ||||
109 | 金屬有機架... 金屬有機架構衍生物結合多壁奈米碳管作為鋅空氣電池雙效催化劑之應用 (Metal Organic Framework-derived Co/Zn@N-doped carbon@MWCNTs as Bifunctional Catalysts for Zinc-air Batteries) | NTHU NDLTD | 碩 | 2.01 |
鋅空氣電池(MOF-derived)、金屬有機架構衍生物(Zinc-air batteries)、雙效催化劑(bifunctional catalyst)、氧氣產生反應(ORR)、氧氣還原反應(OER) 鋅空氣電池... | ||||
109 | 硫硒化合物... 硫硒化合物之鋰鈉離子儲能應用暨機制探討 (Understanding the Mechanisms of MoxSn1-xSeySz for Alkali-ion Storage Applications) | NTHU NDLTD | 碩 | 1.98 |
鋰離子電池(Lithium-ion batteries)、鈉離子電池(Sodium-ion batteries)、臨場量測(Operando observations)、硫化物(Sulfides)、硒化物(Selenides)、同步輻射光源(Synchrotron X-ray) 鋰離子電池... | ||||
108 | 以奈米多孔... 以奈米多孔核殼結構多壁奈米碳管/氧化石墨烯奈米帶作為水系鋅離子混合電容器正極之研究 (Nanoporous–core–shell–structured Multiwalled Carbon Nanotube/Graphene Oxide Nanoribbons as Cathodes for Aqueous Zinc-ion Hybrid Capacitors) | NTHU NDLTD | 碩 | 3.00 |
鋅離子混合電容器(Zn-ion hybrid capacitors)、奈米多孔核殼結構多壁奈米碳管/氧化石墨烯奈米帶(NP-MWCNT@HGONR) 鋅離子混合... | ||||
108 | PEDOT... PEDOT:PSS/三氧化鉬複合式電極應用於透明可拉伸超級電容器之研究 (Transparent and Stretchable Supercapacitor Based on PEDOT:PSS/Molybdenum Trioxide Composite Electrodes) | NTHU NDLTD | 碩 | 2.00 |
三氧化鉬(Supercapacitor)、複合式電極(Composite Electrodes)、超級電容器(PEDOT:PSS)、透明(Molybdenum Trioxide)、可拉伸(Transparent) 三氧化鉬(... | ||||
108 | 多金屬氧酸... 多金屬氧酸鹽添加層 對導電高分子鋁質固態電容器之影響 (The Effects of Polyoxometalate Additive Layers on Conductive Polymer Aluminum Solid Electrolytic Capacitors) | NTHU NDLTD | 碩(外籍生) | 2.00 |
固態電解電容(Solid Electrolytic Capacitors)、導電高分子(Conductive polymer)、多金屬氧酸鹽(Polyoxometalates)、化成鋁箔(Aluminum formed foil) 固態電解電... | ||||
108 | 以普魯士藍... 以普魯士藍類比改質物作為水系鈉離子電池正極材料之研究 (Modified Prussian Blue Analogue Materials as Cathode Materials in Aqueous Sodium Ion Batteries) | NTHU NDLTD | 碩 | 1.98 |
普魯士藍類比物(Prussian blue analogues)、水系鈉離子電池(aqueous sodium ion batteries)、材料改質(material modification) 普魯士藍類... | ||||
108 | 探討陽離子... 探討陽離子摻雜於NASICON固態電解質對鈉離子傳導率之影響 (Effect of Cation Substitution on the Sodium Ionic Conductivity of NASICON-type Solid Electrolyte) | NTHU NDLTD | 碩 | 1.98 |
鈉離子固態電解質(Sodium-ion solid state electrolyte)、複合電解質薄膜(Composite electrolyte film)、陽離子摻雜(Cation-doping) 鈉離子固態... | ||||
108 | 以菱角殼製... 以菱角殼製備之碳材作為植物微生物燃料電池電極材料 (Renewable Trapa Natans Husks-derived Carbons as Electrode Materials for Plant Microbial Fuel Cells) | NTHU NDLTD | 碩 | 1.95 |
植物微生物燃料電池(plant microbial fuel cell)、菱角殼(Trapa natans husks)、生物廢棄物碳材(biowaste-derived carbon)、活性碳(activated carbon) 植物微生物... | ||||
108 | 以陶瓷與高... 以陶瓷與高分子複合電解質應用於固態鋰離子電池之研究 (An Investigation of Ceramic/Polymer Composite Electrolyte for Solid State Lithium Ion Batteries) | NTHU NDLTD | 碩 | 2.78 |
鋰離子電池(Li-ion battery)、固態電解質(Solid-state electrolyte)、儲能元件(Energy storage device) 鋰離子電池... | ||||
107 | 以廢棄農作... 以廢棄農作物製備之多孔活性碳材作為微生物燃料電池與植物微生物燃料電池電極材料之研究 (An Investigation of Bio-waste-derived Porous Carbons as Electrode Materials for Microbial Fuel Cells and Plant Microbial Fuel Cells) | NTHU NDLTD | 碩 | 1.92 |
微生物燃料電池(Microbial fuel cell)、植物微生物燃料電池(Plant microbial fuel cell)、活性碳(activated carbon)、咖啡渣(coffee waste) 微生物燃料... | ||||
106 | β"-Al... β"-Al2O3於複合式固態電解質與全固態鈉離子電池之研究 (Investigation of β"-Al2O3 for Composite Solid Electrolyte and All-Solid-State Sodium Ion Batteries) | NTHU NDLTD | 碩 | 1.99 |
β"-Al2O3(β"-Al2O3)、固態電解質(Solid electrolyte)、全固態鈉離子電池(All-solid-state sodium ion batteries)、離子傳導率(ionic conductivity) β"-Al... | ||||
106 | 以多金屬氧... 以多金屬氧酸鹽負極與鈉鎳錳鐵氧正極 應用於鈉離子電池之研究 (Investigation of Na7[H2PV14O42] Anode and KxNa0.67-xNi0.23Mn0.63Fe0.13O2 Cathode for Na-ion Battery Applications) | NTHU NDLTD | 碩 | 1.98 |
鈉離子電池(Sodium-ion batteries)、多金屬氧酸鹽(Polyoxometalates)、層狀結構過渡金屬氧化物(Layered structure transition metal oxide)、負極材料(Negative electrode)、正極材料(Positive electrode) 鈉離子電池... | ||||
106 | 以類富勒烯... 以類富勒烯多金屬氧化物作為鋰離子電池陽極材料之研究 (Fullerene-like Polyoxometalates as Anode Materials for Advanced Lithium-Ion Batteries) | NTHU NDLTD | 碩 | 1.98 |
鋰離子電池(lithium-ion battery)、多金屬氧化物(polyoxometalate)、陽極材料(anode) 鋰離子電池... | ||||
106 | 單壁奈米碳... 單壁奈米碳管/鎳鈷錳氫氧化物奈米複合電極應用於可撓式超級電容器之研究 (SWCNT/Ni-Co-Mn hydroxide nanohybrid materials as electrodes for flexible supercapacitors) | NTHU NDLTD | 碩 | 1.96 |
超電容(supercapacitors)、奈米碳材(nanostructured carbon materials)、氫氧化物(hydroxides) 超電容(s... |