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学位論文・卒業論文
>2017(平成29)年度 :博士後期課程
2017(平成29)年度:博士後期課程
博士論文
学籍番号
氏名
論題
1136005
河合 美香
日本企業におけるデジタルトランスフォーメーションのフレームワーク研究- デジタルによるビジネス革新実行のメカニズム -
1178013
田邉 正
農業生産法人の展開における財務マネジメントの現状と可能性
1188002
Dwiyantari Widyaningrum
Study for the effect of cyanoacrylate based nanoparticles on freshwater unicellular algae
1188003
Nami Chiramathe
Flight Controller Design for Quad Tilt Wing Ariel Vehicle Using Structured H∞ Synthesis and Particle Swarm Optimization
1196001
Vladislav Gamaleev
Elemental composition analysis of sea water using atomic emission spectroscopy of micro-arc discharge
1196003
Ruedeerat Keerativittayayut
Low-frequency fluctuation and large-scale network integration of brain activity support memory encoding in humans
1196006
Shahrier Shibly
Intergenerational sustainability dilemma and capitalism in societies: Future ahead and back mechanism as a potential solution
1196007
Cholapat Jongdeepaisal
A Transdisciplinary Approach by Using Hybrid Input-Output Analysis to Evaluate Economic Impact on Local Economy
1196008
Taghizadeh Sarabi Mitra
Reorganization of Resting-State Functional Connectivity with a Feature-Representation Region after Visual Perceptual Training
1196009
Duriyasart Farkfun
Creation of Morphology Controlled TiO₂ Nanoparticle Assemblies with Unique Surface Structures and their Applications
1196011
HAO FEIYUE
Direct Functionalization of 1-Methyl-2-quinolones and Nitroalkenes
1196013
Puthipad Nipat
Effects of Entrained-air Size Distribution and Fly Ash on Self-compactability and Air Volumetric-stability of Fresh Concrete
1196014
Feng Jun
Instability in Social Dilemma Games: Experimental Evidence
1196015
Phung Hai Thien An
Synthesis, mechanism and characterization of conjugated polymers and the designing novel interface materials through surface functionalization
1196016
He Shufang
Hierarchical processes of binocular vision and depth perception
1196018
Raja Rajendra Timilsina
Social design and sustainability of environmental resources: Learning from the field experiments
1196019
Wan Lifang
Possible influences of motion and attention to contribution of retinal adaptation effect in color constancy