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Keyword [high-mobility]
Result: 1 - 20 | Page: 1 of 2
1.
Preparation Of The High Mobility Of Ps / Tio <sub> 2 </ Sub> Core-shell Structure Electrophoretic Particles
2.
Polypropylene Performance Of The High Mobility And Modified
3.
Atomic Layer Deposition Of Several Nano-thin Films/nano-composite Structures And Their Applications InMicroelectronics And Energy Storage Devices
4.
Theoretical Investigation And Molecular Design Of Organic Optoelectronic Materials
5.
Ultra-high Mobility Of P-type CdS Nanowires:Surface Charge Transfer Doping And Photovoltaic Devices
6.
Effect Of Structures On The Energy Transfer In Organic Crystals
7.
Flexible Zinc Oxide Based TCO Films With High Mobility And Its Application In Perovskite Solar Cells
8.
Preparation Of High Mobility P3HT-SnO
2
Composite Semiconductor And Its Characterization
9.
Physical Properties Of F And Al Co-Doped ZnO Thin Films Prepared By Laser Molecular Beam Epitaxy
10.
Design,Synthesis And Opto-electronic Properties Of High-Mobility Organic Fluorescence Molecules With Triple Bonds
11.
Study On Ultrahigh-mobility Heterojunction Amorphous Oxide Semiconductor Thin Film Transistors
12.
Study On Preparation And Properties Of High-mobility, High-Solidity Zirconium Sol
13.
Studies Of Electrical Charge Transport In A High-mobility Semiconducting Polymer
14.
Controlling interface chemistry of high mobility substrates through passivation layers and atomic layer deposition
15.
Study On The Molecular Design,Crystal Growth And Optoelectronic Properties Of Cyano-substituted Styrylbenzene Derivatives
16.
Design,Synthesis And Characterization Of High Mobility And High Luminescent Organic Functional Materials
17.
Chemical Vapor Deposition Two-dimensional Atomic Crystal And High-performance Electronics
18.
Controllable Synthesis And Performance Investigation Of High-Mobility ?-? Nanowires
19.
High Mobility Hydrogen Doped Indium Oxide Prepared By Atomic Layer Deposition And Research Of Photoelectric Properties
20.
Epitaxial Growth Of High-mobility Ferroelectric Metal Single Crystal Thin Film Ba
0.5
La
0.5
TiO
3
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