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Keyword [Field Effect]
Result: 101 - 120 | Page: 6 of 10
101.
Synthesis And Study On OFET Properties Of Benzene-Fused Heterocyclic Isoindigo Compounds
102.
Research Of Variable Frequency And Variable Strong Electromagnetic Paraffin Oil Technology
103.
Design,synthesis And Properties Of The Semicondutors Based On Solution-processed Phthalocyanine Complexes
104.
Preparation And Application Of High-Quality Graphene
105.
Synthesis,preparation And Photoelectric Property Of Organic Single Crystals
106.
Atomic Layer Deposition Based Fabrication And Electrical Transportation Measurements Of Graphene Devices
107.
The Electronic Structure In The Dislocation Core And Magnetic Field Effect In The Al-Zn-Mg-Cu High Strength Aluminum Alloy
108.
Deposition And Characterizations Of Ferroelectric/Superconducting Thin Film Heterostructures
109.
Preparation, Characterization And Electrical Properties Study Omof SnS
2
Two Dimensional Materials
110.
Preparation And Photoelectric Properties Of Monolayer And Few Layer As
2
S
3
111.
Facile Growth Of Large Area Organic 1D Microwire Arrays And 2D Single-crystal Films, And Their Application In Photoelectric Device
112.
New 2-D π-Conjugated Materials:Designs、synthesis And Properites
113.
The Synthesis Of 2-aminobenzoxazoles And BDOPV Conjugated Polymers
114.
The Research On The Fabrication Of Ge Quantum Dots/Graphene Hybrid Structures Based On SiO
2
/Si And The Performance Of Optoelectronic Responsivity
115.
Studies On Preparation And Sensing Properties Of Polymer Field-Effect Transistors
116.
Fabrication And Application Based On Reduced Graphene Oxide Field Effect Biosensing Device
117.
Synthesis And Optoelectronic Properties Of Conjugated Polymers Based On Diketopyrrolopyrrole Flanked With Pyridyl Unit
118.
Design, Synthesis And Optoelectronic Properties Of Indenochromene-, Thienocarbazole- And Quinoid-Based Dyes
119.
Synthesis And Charge Transport Properties Of DPP And ?G-Based Conjugated Polymers
120.
The Fabrication And Research On High Performance Field Effect Transistors Based On One-dimensional In
2
O
3
Nanowire And Two-dimensional MoS
2
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