electronic device - Globe Thesis

Keyword [electronic device] Result: 1 - 20 \| Page: 1 of 3
1.	Preparation Of SiCp/Al Composites And Electronic Device Fabrication
2.	Selenium, Tellurium And Their Compound Nanowires --------liquid-phase Chemical Synthesis And Their Application In Nano-electronic Device
3.	Intramolecular Electron Transfer And Its Dependence On The External Electric Field In π-σ-π Type Of Bistable Molecule
4.	Study On Interfacial Characteristics And Resistance Of Electronic Device During Ultrasonic Bonding
5.	Controllable Electrochemical Fabrication Of Electrode Pairs With Nano-Scale Gap And SERS Studies
6.	Large-Scale Synthesis Of Metallic Nanowires And Construction Of Micro/Nanp-Electronic Devices
7.	Optimal Design Of Electrical Control System For Rewinder Based On The Modularization
8.	Synthesis, Characterization And Electrochemical Properties Of Anthraquinone Molecular Wires
9.	Theoretical Study Of The Transport Properties Of Metal-graphene Contacts
10.	Preparation Of Metal Oxide Nanofibers With Different Morphologies By Electro - Spinning And Their Optical And Electrical Properties
11.	Surface Modification And Electronic Device Of Organic-inorganic Hybrid Perovksite
12.	Synthesis,Physical Property And Application Of Oxygen-doping Heteroacene
13.	Properties Of Molecular Topological Index As Well As The Applications In Phase Change Materials Of Electronic Devices
14.	Investigation On The Electromagnetic Performance Adjustment Of Organic Inorganic Composite Materials And Flexible Electronic Devices
15.	Preparation,Characterization And Properties Of Fiber-shaped Asymmetric Supercapacitors
16.	Research On The Conduction Mechanism Of Monomolecular And Self-assembled Monolayers
17.	Resistance Switching And Transient Performance Of Memristors Prepared From MgO Thin Films
18.	Research Of Nanocellulose And Polymer Composite And Its Application In Flexible Electronic Devices Substrate
19.	Study Of Solution Processed High-k Dielectrics And Their Electronic Device Applications
20.	Preparation And Properties Of Ionogel Based On Natural Polymers
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