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 | ||||
113 | 利用Ar/... 利用Ar/H2 混合工作氣體之常壓電漿處理焊點製程並探討其潤濕行為分析 (Analysis of Wetting behavior in solder joint process via Ar / H2 atmospheric pressure plasma treatment) | NTHU NDLTD | 碩 | 3.31 |
封裝(package)、電漿(plasma)、表面處理(surface modification) 封裝(pa... | ||||
113 | 透過電漿處... 透過電漿處理和pH調整提高咖啡渣溶液中的含氮物質含量 (Enhancing the nitrogen content in coffee ground solution using plasma treatment and pH adjustment) | NTHU NDLTD | 碩 | 2.06 |
大氣電漿(Atmospheric Pressure Plasma)、農業(Agriculture)、肥料(Fertilizer) 大氣電漿(... | ||||
113 | 透過仿生拓... 透過仿生拓樸互鎖與多層結構設計增強複合材料之機械性質 (Enhancing Mechanical Properties of Bio-inspired Composites via Topological Interlocking and Multi-layer Designs) | NTHU NDLTD | 碩 | 1.96 |
鮑魚殼(Nacre)、3D列印(Additive manufacturing)、機械性質(Mechanical properties)、扣鎖結構(Interlocking structure)、多層材料(Multi-layered material)、結構設計(Structural material design) 鮑魚殼(N... | ||||
112 | 發展基於力... 發展基於力學的機器學習方法應用於破裂到損傷多尺度模擬 (The Development of a Mechanics-Based Machine Learning Approach for Fracture-to-Damage Multiscale Modeling) | NTHU NDLTD | 碩 | 1.96 |
多尺度均質化(Multiscale Homogenization)、替代模型(Surrogate Model)、能量橋接(Energy Bridging)、破裂到損傷(Fracture-to-Damage)、構成律神經網路(Constitutive Artificial Neural Networks) 多尺度均質... | ||||
112 | 惡魔鐵甲蟲... 惡魔鐵甲蟲與菊石啟發具多階層扣鎖縫合結構之壓縮和拉伸機械性質研究 (Investigation on Compressive and Tensile Mechanical Properties of Diabolical Ironclad Beetle and Ammonite-inspired Hierarchically Interlocking Suture Structures) | NTHU NDLTD | 碩 | 1.96 |
仿生材料(Biological materials)、扣鎖縫合結構(Interlock sutures)、多階層結構(Hierarchical structures)、積層製造(Additive manufacturing)、機械性質(Mechanical properties)、有限元分析(Finite element analysis) 仿生材料(... | ||||
112 | 鳥類肱骨之... 鳥類肱骨之仿生啟發:基於基因演算法優化三維沃羅諾伊結構及其機械性質 (Bio-inspirations from Avian Humerus:Optimization of Three-dimensional Voronoi Structures and Mechanical Properties Based on Genetic Algorithm) | NTHU NDLTD | 碩 | 1.96 |
鳥類肱骨(Avian Humerus Bone)、基因演算法(Genetic Algorithm)、人工智慧(Voronoi Diagram)、沃羅諾伊結構(Artificial Intelligence)、最佳化(Structural Optimization)、輕量化材料(Lightweight Materials) 鳥類肱骨(... | ||||
112 | 結合3D列... 結合3D列印犧牲模板法與冷凍鑄造法製備多尺度多孔矽藻土應用於廢水處理 (Combining 3D-printed Sacrificial Templating Method with Freeze Casting Technique to Fabricate Multi-scale Porous Diatomite for Wastewater Treatment) | NTHU NDLTD | 碩 | 1.95 |
多尺度孔洞(multi-scale material)、冷凍鑄造法(freeze casting)、3D列印犧牲模板法(3D-printed sacrificial templating)、多孔結構(porous structure) 多尺度孔洞... | ||||
112 | 矽含量添加... 矽含量添加對於多元鈦鋁鉻氮薄膜的高溫磨耗行為影響 (The Influence of Silicon Doping on High Temperature Tribological Performance of Multiple Component TiAlCrN Coatings) | NTHU NDLTD | 碩 | 3.78 |
磁控濺鍍(Magnetron sputtering)、氮膜(Nitride coating)、高溫磨耗(High-temperature tribology)、矽含量(Si content) 磁控濺鍍(... | ||||
112 | 硼含量對於... 硼含量對於多元氮化鋁鉻鈮鈦硼薄膜機械性質及氧化行為之影響 (Effect of Boron Content on the Mechanical and Oxidation Characteristics of (AlCrNbTiBx)N Multi-component Nitride Coatings) | NTHU NDLTD | 碩 | 2.37 |
保護性薄膜(Protective coatings)、氮化物硬質薄膜(Nitride hard coatings)、奈米複合薄膜(Nanocomposite coatings)、機械性質(Mechanical properties)、高溫氧化行為(Oxidation behaviors) 保護性薄膜... | ||||
112 | 結合冷凍鑄... 結合冷凍鑄造法與積層製造犧牲模板法開發具多階層孔洞結構之輕量化316L不鏽鋼多孔材 (Fabrication of Hierarchically Porous 316L Stainless Steel Scaffolds by Freeze Casting and 3D-printed Sacrificial Templating Techniques) | NTHU NDLTD | 碩 | 2.22 |
316L不鏽鋼(316L stainless steel)、冷凍鑄造(Freeze casting)、積層製造(3D printing)、多階層結構(Hierarchical structure)、多孔螺旋結構(Gyroid scaffold) 316L不... | ||||
112 | 生物病變礦... 生物病變礦化組織之多尺度結構與機械性質研究 (MULTI-SCALE STRUCTURAL AND MECHANICAL INVESTIGATIONS ON DISEASED MINERALISED TISSUES) | NTHU NDLTD | 博 | 5.20 |
骨骼結構(Bone Structure)、生物力學(Biomechanics)、骨骼疾病(Bone Disease) 骨骼結構(... | ||||
112 | 結合溶膠凝... 結合溶膠凝膠法和冷凍鑄造法合成輕量化超高孔隙率之氧化鋁多孔材料應用於隔熱 (Ultra-lightweight and Highly Porous Alumina Scaffolds Fabricated by a Sol-Gel/Freeze-Casting Hybrid Method for Thermal Insulation) | NTHU NDLTD | 碩 | 2.18 |
多孔陶瓷(Porous ceramics)、氧化鋁(Alumina)、冷凍鑄造法(Freeze casting)、溶膠凝膠法(Sol-gel method)、輕量化材料(Lightweight materials) 多孔陶瓷(... | ||||
112 | 矽含量對於... 矽含量對於射頻磁控共濺鍍鍍製之鋁鉻鈮鈦鉬矽氮多元氮化物薄膜其特徵、機械性質及磨耗表現之影響 (Effect of silicon content on characteristics, mechanical properties and tribological behavior of (AlCrNbTiMoSix)N multicomponent nitride coatings fabricated by RF magnetron co-sputtering) | NTHU NDLTD | 碩 | 2.16 |
硬質鍍膜(Hard coating)、濺鍍(Sputter)、物理氣像沉積(Physical vapor deposition)、機械性質(Mechanical properties)、磨耗表現(Tribological behavior) 硬質鍍膜(... | ||||
112 | 利用 3D... 利用 3D 列印製備組件式設計之雙重濕潤性錐形陣列以提升集霧效率 (Enhancing Fog Collection Efficiency with Assembly Design of 3D Printed, Dual-Wettability Conical Arrays) | NTHU NDLTD | 碩 | 2.08 |
3D列印(3D prining)、捕霧集水系統(fog collectinig)、表面改質(surface modification) 3D列印(... | ||||
112 | 以多材料3... 以多材料3D列印三度週期最小曲面互穿相及三明治複合材料之壓縮機械性質研究 (Investigation on Compressive Mechanical Performance of TPMS-based Interpenetrating Phase and Sandwich Composites Fabricated by Multi-material 3D Printing) | NTHU NDLTD | 碩 | 2.07 |
三度週期最小表面(Triply periodic minimal surfaces)、增材製造(Additive manufacturing)、互穿相複合材料(Interpenetrating phase composites)、機械性能(Mechanical properties)、多層材料(Multi-layered material) 三度週期最... | ||||
111 | 天然防護組... 天然防護組織和仿生3D列印複合材料之多階層結構、機械性質及強化機制 (Hierarchical structure, mechanical properties, and strengthening mechanisms of natural protective tissues and bio-inspired 3D-printed composites) | NTHU NDLTD | 博 | 4.99 |
硬組織(hard tissues)、仿生複合材料(bio-inspired composites)、機械性質(mechanical properties)、3D列印(3D-printing) 硬組織(h... | ||||
111 | 超疏油開放... 超疏油開放式摩擦奈米發電機的開發及其應用於水下能量的收集 (Development of Superoleophobic Unsealed Triboelectric Nanogenerators and Their Application to Underwater Energy Harvesting) | NTHU NDLTD | 碩 | 1.99 |
固-液摩擦奈米發電機(Solid-liquid triboelectric nanogenerator)、開放式水下能源收集(Unsealing underwater energy harvesting)、自供電元件(Self-power device)、可再生能源(Renewable energy)、超疏油表面(Superoleophobic surface)、耐磨耗(Wear resistance) 固-液摩擦... | ||||
111 | 以類神經網... 以類神經網路增進之多尺度有限元素模擬用於具參數化三度週期最小曲面之仿生結構 (An Efficient Neural Network Enhanced Multiscale Finite Element Modeling for Parameterized Bio-inspired structures with Triply Periodic Minimal Surface) | NTHU NDLTD | 碩 | 1.93 |
多尺度均質方法(Multiscale Homogenization Method)、類神經網路(Artificial Neural Network)、有限元素法(Finite Element Method)、三度週期最小曲面(Triply Periodic Minimal Surface)、大腿股骨(Femur bone) 多尺度均質... | ||||
111 | 基於計算之... 基於計算之輕量化仿生結構材料設計方法: 由有序排列到生成式設計 (Computation-based Design Method for Lightweight Bio-inspired Structural Materials: From Ordered Arrangements to Generative Designs) | NTHU NDLTD | 碩逕博 | 5.35 |
仿生材料(Bio-inspired materials)、結構材料(Structural materials)、機械性質(Mechanical properties)、輕量化(Lightweight)、結構設計(Structural design)、生成式設計(Generative design) 仿生材料(... | ||||
110 | 受砂魚蜥皮... 受砂魚蜥皮啟發之摩擦奈米發電機用於沙漠環境中風吹沙動能收集 (Sandfish Skin-inspired Triboelectric Nanogenerator for Wind-blown Sand Kinetic Energy Harvesting in Desert Environment) | NTHU NDLTD | 碩 | 1.99 |
摩擦奈米發電機(triboelectric nanogenerator)、可持續能源(sustainable energy)、風吹砂動能(wind-blown sand kinetic energy)、砂魚蜥皮(sandfish skin)、低沾黏(low adhesion)、耐磨耗(wear resistance)、自癒合能力(self-healing ability) 摩擦奈米發... | ||||
110 | 奈米碳管紙... 奈米碳管紙二極體之製備與研究 (Production and characterization of p-n junction diode in composites made from carbon nanotubes and paper fibers) | NTHU NDLTD | 碩 | 1.98 |
奈米碳管(carbon nanotube)、二極體(diode)、電漿改質(plasma treatment)、硼摻雜(boron doped)、複合材料(composite) 奈米碳管(... | ||||
110 | 以雙模板法... 以雙模板法製備多孔螺旋結構之氫氧基磷灰石雙尺度多孔材 (Fabrication of Dual-scale Porous, Gyroid-Structured Hydroxyapatite Scaffolds by a Dual-Templating Method) | NTHU NDLTD | 碩 | 1.97 |
多孔螺旋結構(gyroid scaffold)、冷凍鑄造法(freeze-casting)、多孔材料(porous material)、積層製造法(3D printing)、羥基磷灰石(hydroxyapatite) 多孔螺旋結... | ||||
110 | 具多階層蜂... 具多階層蜂巢結構的能量吸收器之面內壓縮行為:設計因素與可調控性能 (In-plane Compressive Behaviors of Hierarchically-structured Honeycomb-based Energy Absorbers: Design Factors and Tunable Performance) | NTHU NDLTD | 碩 | 1.97 |
仿生材料(Biological materials)、蜂窩結構(Honeycomb structures)、多階層結構(Hierarchical structures)、多孔材料(Cellular solids)、3D列印(3D printing)、輕量化(Lightweight)、機械性質(Mechanical properties)、能量吸收(Energy absorption)、有限元分析(Finite element analysis) 仿生材料(... | ||||
110 | 以3D列印... 以3D列印製備烏賊骨板與白蟻巢啟發具梯度變化孔洞結構之機械性質探討 (Investigation on Mechanical Properties of Cuttlebone and Termite Nest Inspired Gradient Cellular Structures Manufactured by 3D Printing) | NTHU NDLTD | 碩 | 1.97 |
多孔材(Cellular solids)、生物材料(Biological materials)、週期梯度(Periodic gradient change)、仿生材料(Bio-inspired structures)、能量吸收(Energy absorption)、3D列印(3D printing) 多孔材(C... | ||||
110 | 探討水滴於... 探討水滴於3D列印及表面改質生物啟發溝槽構造之動態濕潤行為 (Investigation on the Dynamic Wetting Behavior of Water Droplets on Bio-inspired Groove Structures Fabricated by 3D Printing and Surface Modifications) | NTHU NDLTD | 碩(外籍生) | 1.93 |
3D列印(3D printing)、單方向濕潤(Unidirectional wetting)、嫁接(grafting)、大氣電漿(atmospheric pressure plasma)、表面改質(surface modification) 3D列印(... | ||||
109 | 仿生螺旋排... 仿生螺旋排列管狀結構之設計、製造、機械性質量測與模擬 (Design, Fabrication, Mechanical Testing, and Modeling of Bio-inspired, Helically Oriented Tubular Structures) | NTHU NDLTD | 碩 | 2.19 |
螺旋堆疊(Helicoidal stacking)、管狀結構(Tubular structure)、輕量化(Lightweight)、仿生材料(Bio-inspired materials)、能量吸收(Energy absorption)、有限元分析(Finite element analysis) 螺旋堆疊(... | ||||
109 | 蜻蜓之仿生... 蜻蜓之仿生啟發:基於人工智慧之基因演算法優化二維沃羅諾伊結構及其機械性質 (Bio-inspirations from Dragonfly Wings: Optimization of 2D Voronoi Structures and Mechanical Properties by A.I.-Based Genetic Algorithm) | NTHU NDLTD | 碩 | 2.19 |
蜻蜓翼啟發結構(Dragonfly wing inspired structures)、沃羅諾伊結構(Voronoi structures)、基因演算法(Genetic algorithms)、基於影像的有限元模擬(Image based finite element simulation)、幾何結構分析(Geometric analysis)、3D列印(3D printing)、機械性質(Mechanical properties)、數位影像相關法(Digital image correlation) 蜻蜓翼啟發... | ||||
109 | 利用冷凍鑄... 利用冷凍鑄造技術製備具異向性結構之輕量化316L不鏽鋼孔洞材料 (Fabrication of Lightweight, Anisotropically-Structured 316L Stainless Steel Scaffolds by the Freeze Casting Technique) | NTHU NDLTD | 碩 | 2.07 |
316L不鏽鋼(316L stainless steel)、冷凍鑄造法(freeze casting)、具方向性多孔金屬材料結構(micro-CT)、機械性質(EPMA)、金屬離子釋放(mechanical properties)、生醫應用(metal release) 316L不... | ||||
109 | 利用3D列... 利用3D列印和大氣電漿製備沙漠甲蟲啟發之捕霧複合濕潤性表面 (Desert Beetle-Inspired Hybrid Wettability Surfaces for Fog Collection Fabricated by 3D Printing and Atmospheric Pressure Plasma Treatment) | NTHU NDLTD | 碩 | 2.03 |
捕霧(Fog collection)、仿生(Bio-inspired)、納米比沙漠甲蟲(Namib Desert beetle)、3D列印(3D printing technique)、大氣電漿(Atmospheric pressure plasma)、複合濕潤性表面(Hybrid wetting surface) 捕霧(Fo... | ||||
109 | 藉由結合溶... 藉由結合溶膠凝膠法與冷凍鑄造技術及發展水溶性高分子冷凍鑄造法製備具異向性結構之多孔材料 (Fabrication of Anisotropic Porous Scaffolds by Combining the Sol-gel method and the Freeze-casting Technique, and by Developing the Water-soluble Polymer Freeze-casting Method) | NTHU NDLTD | 博 | 7.98 |
冷凍鑄造法(freeze-casting)、溶膠凝膠法(sol-gel)、異向性多孔材(anisotropic material) 冷凍鑄造法... | ||||
109 | 利用共燒材... 利用共燒材料與高分子填充提升冷凍鑄造氧化鋁基多孔材料之機械性質 (Improved Mechanical Properties of Freeze-Casted Alumina-Based Scaffolds by Co-fired Materials and Polymer Infiltration) | NTHU NDLTD | 碩 | 2.35 |
氧化鋁(aluminum oxide)、二氧化矽(silicon dioxide)、冷凍鑄造(freeze casting)、高分子/陶瓷複合材(ceramic/polymer composites)、燒結機制(sintering behavior)、機械性質(mechanical properties) 氧化鋁(a... | ||||
109 | 由竹子啟發... 由竹子啟發之梯度孔洞與複合結構:積層製造、拉伸性質與破壞行為 (Gradient Porous and Composite Structures Inspired from Bamboo: Additive Manufacturing, Tensile Properties, and Fracture Behavior) | NTHU NDLTD | 碩 | 2.32 |
仿竹子結構(Bamboo-inspired structures)、梯度結構(Gradient structures)、機械性質(Mechanical properties)、3D列印(3D printing)、數位影像相關法(Digital image correlation method) 仿竹子結構... | ||||
109 | 等莫耳鈦鈮... 等莫耳鈦鈮鉭鋯鉬與鈦鈮鉭鋯鉬釩高熵合金之合成與分析 (Fabrication and Characterization of Equimolar TiNbTaZrMo and TiNbTaZrMoV High-entropy Alloys) | NTHU NDLTD | 碩 | 2.25 |
高熵合金(high entropy alloys)、生醫材料(biomedical materials)、微觀結構(microstructure)、電化學行為(electrochemical behavior)、耐磨性質(wear resistance) 高熵合金(... | ||||
108 | 捕蠅草多功... 捕蠅草多功能表面與機械性質之研究 (Revealing the Multi-Functional Surface and Mechanical Property of the Dionaea muscipula Ellis (Venus Flytrap)) | NTHU NDLTD | 碩(外籍生) | 3.83 |
捕蠅草(Venus flytrap)、表面性質(surface properties)、奈米壓痕試(nanoindentation)、械性質之間(mechanical properties)、微觀結構(microstructure) 捕蠅草(V... | ||||
108 | 合成並分析... 合成並分析具多階層孔洞結構之氫氧基磷灰石多孔材料用於銅離子吸附 (Fabrication and Characterization of Hierarchically Porous Structured Hydroxyapatite Cellular Materials for Cu (II) Ions Adsorption) | NTHU NDLTD | 碩(博降轉碩) | 5.44 |
冷凍鑄造(Freeze casting)、孔洞大小(Channel width)、流動速率(Flowing rate) 冷凍鑄造(... | ||||
107 | 利用3D列... 利用3D列印和表面改質製備使液滴有效單方向濕潤之多梯度仿生表面 (Effective Unidirectional Wetting of Liquids on Multi-gradient, Bio-inspired Surfaces Fabricated by 3D Printing and Surface Modification) | NTHU NDLTD | 碩 | 1.99 |
仿生表面(Bioinspired surfaces)、梯度濕潤性(gradient wettability)、單方向性流動(unidirectional wetting)、大氣電漿(atmospheric-pressure plasma)、表面改質(surface modification) 仿生表面(... | ||||
107 | 斑馬魚尾鰭... 斑馬魚尾鰭再生過程之高解析度成分、結構及機械性質分析 (High Resolution Compositional, Structural and Mechanical Characterizations during Zebrafish Caudal Fin Regenerated Growth Process) | NTHU NDLTD | 碩 | 1.99 |
斑馬魚(zebrafish)、尾鰭(caudal fin)、再生(regeneration)、機械性質(mechanical properties) 斑馬魚(z... | ||||
107 | 以冷凍鑄造... 以冷凍鑄造技術製備魚鱗萃取之氫氧基磷灰石/ 甲基聚醣複合支架用於鉛離子吸附 (Fish Scale-Extracted Hydroxyapatite/Chitosan Composite Scaffolds Fabricated by Freeze Casting for Lead Ion Adsorption) | NTHU NDLTD | 碩 | 2.81 |
魚鱗(fish scale)、氫氧基磷灰石(hydroxyapatite)、冷凍鑄造(freeze casting)、多孔複合材(porous composite)、離子吸附(ion adsorption) 魚鱗(fi... | ||||
107 | 以冷凍鑄造... 以冷凍鑄造技術合成具方向性孔洞結構 之聚乙烯醇多孔材料 (Synthesis of PVA Scaffolds with Aligned Porous Structure by Freeze Casting Technique) | NTHU NDLTD | 碩 | 2.08 |
聚乙烯醇(Polyvinyl alcohol)、冷凍鑄造法(freeze casting)、多孔高分子材料(porous polymeric material)、機械性質(mechanical property)、方向性孔洞通道(anisotropic porous structure) 聚乙烯醇(... | ||||
107 | 以溶膠凝膠... 以溶膠凝膠法及雙光子聚合技術製備抗沾表面 (Fabrication of Anti-wetting Surfaces by Sol-gel Process and Two-photon Polymerization) | NTHU NDLTD | 碩 | 2.05 |
超疏水性(superhydrophobic)、疏油性(oleophobic)、溶膠凝膠法(sol-gel process)、雙光子聚合微製造技術(two-photon polymerization)、雙反摺式疏水結構(doubly reentrant structure)、表面改質(surface modification)、抗沾表面(anti-wetting surfaces) 超疏水性(... | ||||
106 | 以大氣電漿... 以大氣電漿及矽烷化處理於羽毛表面合成多功能超疏水及疏油塗層 (Synthesis of Multifunctional Superhydrophobic and Oleophobic Coatings on Feathers by Atmospheric Pressure Plasma Treatment and Silanization) | NTHU NDLTD | 碩 | 2.21 |
羽毛(feather)、濕潤性(wetting)、多階層結構(multi-layered structure)、超疏水性(superhydrophobicity)、疏油性(oleophobicity)、表面改質(surface modification)、大氣電漿(atmospheric plasma)、抗沾表面(anti-fouling surface) 羽毛(fe... | ||||
106 | 模仿豬籠草... 模仿豬籠草唇合成具方向性潤濕之長效親水表面 (Mimicking the Peristome of Nepenthes: Synthesis of Long-term Hydrophilic, Unidirectional Wetting Surfaces) | NTHU NDLTD | 碩 | 2.21 |
豬籠草(Nepenthes)、仿生(bio-inspired)、方向性潤濕(unidirectional wetting)、親水(hydrophilicity)、聚合物接枝(polymer grafting)、多階層結構(hierarchical structure)、PDMS(PDMS) 豬籠草(N... | ||||
105 | 以冷凍鑄造... 以冷凍鑄造法合成具多階層孔洞 之沸石材料應用於二氧化碳吸附 (Hierarchically Porous Structured Zeolite Materials Synthesized by Freeze Casting for CO2 Adsorption) | NTHU NDLTD | 碩 | 1.99 |
沸石(Zeolite)、碳捕捉(Carbon capture)、冷凍鑄造法(Freeze casting)、多階層孔洞(Hierarchical stucture) 沸石(Ze... | ||||
105 | 以大氣電漿... 以大氣電漿合成仿生金屬氧化物應用於自潔與油水分離 (Atmospheric Pressure Plasma-assisted Bio-inspired Metal Oxide for Self-cleaning and Oil/water Separation) | NTHU NDLTD | 博 | 3.99 |
大氣電漿(atmospheric pressure plasma)、潤濕性(liquid repellent)、液體抗沾(hierarchical structure)、多階層結構(oil/water separation)、油水分離(undefined) 大氣電漿(... | ||||
104 | 以冷凍鑄造... 以冷凍鑄造法及矽藻土製備水下超疏油之多孔薄片應用於高效率油水分離 (Underwater Superoleophobic Diatomite-Based Porous Plate Synthesized by Freeze Casting Technique for High Efficient Oil/Water Separation) | NTHU NDLTD | 碩 | 暫無口試日期 |
矽藻土(Diatomite)、冷凍鑄造法(Freeze casting)、超親水(Superhydrophilic)、水下超疏油(Underwater superoleophobic)、油水分離(Oil/water separation) 矽藻土(D... | ||||
104 | 以魚鱗為原... 以魚鱗為原料合成氫氧基磷灰石多孔材料應用於生醫領域及重金屬吸附功能之研究 (Synthesis of Hydroxyapatite Scaffolds from Fish Scales for Biomedical Engineering and Heavy Metal Ion Removal) | NTHU NDLTD | 碩 | 暫無口試日期 |
魚鱗(fish scale)、冷凍鑄造法(freeze casting)、細胞毒性(tissue engineering)、金屬離子吸附(heavy metal removal) 魚鱗(fi... | ||||
104 | 以冷凍鑄造... 以冷凍鑄造及高分子聚合法合成多功能具多階層孔洞之矽藻土基複合材料 (Synthesis of Multi-functional Hierarchically Porous Diatomite-based Composites by Freeze Casting and Polymerization) | NTHU NDLTD | 碩 | 暫無口試日期 |
矽藻土(Diatomite)、冷凍鑄造法(freeze casting)、仿生(bio-inspiration)、有機/無機複合材料(organic/inorganic composites)、多孔材料(scaffolds)、多階層結構(hierarchical porous structure)、機械性質(mechanical property) 矽藻土(D... | ||||
103 | 鯊魚牙齒之... 鯊魚牙齒之多尺度結構觀察與機械性質研究 (Multi-scale Structural Characterization and Mechanical Investigation of Shark Teeth) | NTHU NDLTD | 碩 | 暫無口試日期 |
鯊魚牙齒(shark teeth)、獵食機制(feeding mechanism)、食殼性(durophagy)、類琺瑯質(enameloid)、象牙質(dentin) 鯊魚牙齒(... | ||||
103 | 兩種水棲昆... 兩種水棲昆蟲之吸附結構與機制研究:以石蛉幼蟲與網蚊幼蟲為啟發 (Attachment Structures and Mechanisms of two Aquatic Insects: Inspirations from the Larvae of Neochauliodes sinensis (Megaloptera) and Blepharicera sp.(Diptera)) | NTHU NDLTD | 碩 | 暫無口試日期 |
水棲昆蟲(Aquatic insects)、吸附機制(attachment mechanisms)、多階層結構(Dobsonfly)、石蛉(Blepharicera sp.)、網蚊(sucker)、吸盤(claws)、墊片(hooks)、離心力(pads)、毛細作用(centrifugal)、水中吸附(capillarity) 水棲昆蟲(... | ||||
103 | 甲殼類外殼... 甲殼類外殼之仿生啟發:以濺鍍與脈衝雷射蒸鍍複合系統合成氧化鋯與氧化鈦/聚亞醯胺多層鍍膜之研究 (Bio-inspirations from Crustacean Exoskeletons: Investigations on the ZrO2 and TiO2/PI Multilayer Coatings Synthesized by a Hybrid Sputtering and Pulsed Laser Deposition Technique) | NTHU NDLTD | 碩 | 暫無口試日期 |
仿生(bio-inspiration)、外骨骼(exoskeleton)、多層薄膜(multilayer coatings)、濺鍍(sputtering)、脈衝雷射沉積(pulsed laser deposition)、機械性質(mechanical properties)、韌性強化機制(toughening mechanisms) 仿生(bi... | ||||
103 | 以扶桑及多... 以扶桑及多孔植物為模板- 凝膠溶膠法合成TiO2及CaCO3 之研究 (Bio-templating of China Rose and Porous Plants by a Sol-gel Method: Using TiO2 and CaCO3 as Materials) | NTHU NDLTD | 碩 | 暫無口試日期 |
仿生(Bioinspiration)、生物模板(bio-templating)、多階層結構(sol-gel method)、多孔材料(hierarchical structure)、溶膠凝膠法(cellular materials) 仿生(Bi... | ||||
103 | 以冷凍鑄造... 以冷凍鑄造法及矽藻土合成具多階層孔洞結構之仿生複合材料 (Synthesis of Hierarchically Porous Structured Bio-Inspired Composites by Diatomites and Freeze Casting) | NTHU NDLTD | 碩 | 暫無口試日期 |
矽藻土(Diatomite)、冷凍鑄造法(Freeze casting)、仿生材料(Bio-inspired composites)、多階層孔洞結構(Hierarchical porous structure) 矽藻土(D... | ||||
103 | Multi... Multi-scale Structural Characterization and Attachment Mechanisms of the Hillstream River Loach (Sinogastromyzon puliensis) (埔里中華爬岩鰍之多階層結構分析與吸附機制研究) | NTHU NDLTD | 碩 | 暫無口試日期 |
急流魚類(River loach)、吸附機制(attachment mechanisms)、多階層結構(sucker)、爬岩鰍(hierarchical structure)、吸盤(setae)、角質化蛋白細胞(unculi)、垂直吸附力(pull-off force)、水中吸附(underwater attachment) 急流魚類(... | ||||
103 | Multi... Multi-scale Structural Characterization and Mechanical Evaluation of Protective Bio-composites: Inspirations from Cobra Snake and Chinese Striped-neck Turtle Eggshells (眼鏡蛇與斑龜蛋殼之啟發及應用:防禦性生物複合材料之多尺度結構分析及機械性質研究) | NTHU NDLTD | 碩 | 暫無口試日期 |
仿生(Bio-inspiration)、軟性甲冑(Flexible armor)、多階層結構(Hierarchical structure)、複合材料(Composites)、機械性質(Mechanical properties)、韌化機制(Toughening mechanisms) 仿生(Bi... | ||||
103 | Inspi... Inspirations from the Peristome of Nepenthes: Microstructural Characterization and Wettability Measurement of Multifunctional Surfaces Synthesized by Bio-replication and Surface Modification Techniques (豬籠草唇之啟發: 以生物翻模與表面處理技術合成多功能表面之微結構分析與濕潤性質量測) | NTHU NDLTD | 碩 | 暫無口試日期 |
食蟲植物(Nepenthes)、豬籠草(carnivorous plants)、多階層結構(hierarchical structure)、潤濕性(wettability)、疏水(hydrophobicity)、親水(hydrophilicity)、異向性潤濕(anisotropic wetting)、表面改質(surface modification) 食蟲植物(... | ||||
102 | 以化學氣相... 以化學氣相沉積法增強陶瓷支架之機械性質 (Enhancing Mechanical Properties of Ceramic Scaffolds by Vapor Deposition Polymerization) | NTHU NDLTD | 碩(外籍生) | 暫無口試日期 |
骨、冷凍鑄造法、仿生材料、氣相沉積聚合法 骨、冷凍鑄... | ||||
102 | 烏賊骨板之... 烏賊骨板之結構與機械性質設計研究 (On the structural and mechanical design of cuttlebone(Speia pharaonis)) | NTHU NDLTD | 碩 | 暫無口試日期 |
生物陶瓷(bioceramics)、複合結構(composites)、微結構(microstructure)、機械性質(mechanical properties)、仿生材料(bio-inspired materials) 生物陶瓷(... | ||||
102 | 鮑魚珍珠層... 鮑魚珍珠層之仿生啟發: 以濺鍍與脈衝雷射蒸鍍複合技術合成氧化鋯/聚醯亞胺多層膜之微結構分析與機械性質研究 (Bio-inspirations from Abalone Nacre: Microstructural Characterization and Mechanical Evaluation of ZrO2/PI Multilayer Coatings Synthesized by a Hybrid Sputtering and Pulsed Laser Deposition Technique) | NTHU NDLTD | 碩 | 暫無口試日期 |
仿生(bio-inspiration)、反應式磁控濺鍍(reactive sputtering)、脈衝雷射沉積(pulsed laser deposition)、多層薄膜(multilayer film)、複合材料(composites)、機械性質(mechanical properties)、破裂韌性(fracture toughness) 仿生(bi... | ||||
101 | 鱷魚骨板之... 鱷魚骨板之啟發:防禦性生物複合材料之多尺度結構分析及機械性質研究 (Multi-scale Structural Characterization and Mechanical Evaluation of Protective Bio-composites: Inspirations from Alligator Osteoderms) | NTHU NDLTD | 碩 | 暫無口試日期 |
骨板(osteoderm)、盔甲(armor)、複合結構(composites)、機械性質(mechanical property)、韌化機制(toughening mechanisms)、仿生材料(bio-inspired materials) 骨板(os... |