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Keyword [semiconductor-metal]
Result: 1 - 20 | Page: 1 of 5
1.
Controllable Synthesis And Characterization Of Nanoscale Semiconductor Metal Selenides And Tellurides
2.
Micro/nanomachining On Semiconductors And Metals By New Efficient Electrochemical Methods And Their Applications
3.
Designment, Fabrication Of Semiconductor/Metal Micro-Nano Structures And Transport Studies In Optical And Electronic Fields
4.
Synthesis Of Semiconductor Metal Oxides Nano-materials By Solid-state Chemical Reaction And Its Gas Sensing Properties
5.
Theoretical Investigation Of Structural Stabilities And Electronic Properties Of Te Nanostructures
6.
Preparation And Characterization Of Semiconductor Metal Sulfide, Selenide Nanomaterials
7.
Investigating On The Effect Of Tiã€Y-doping On The Structure And Properties Of Vanadium Oxide Thin Films
8.
Preparation And Photocatalytic Performances Of Titanium Dioxide/Semiconductor Metal Oxide Composite Nanofibers
9.
Synthesis, Modification And Gas Sensing Investigation Of Semiconductor Metal Oxide Nanomaterials
10.
Theoretical Study On The Optical Properties Of Fluorescent Proteins Chromophores And Organic Molecules Adsorbed On Semiconductor/Metal Surfaces
11.
Design, Synthesis And Photocatalytic Property Of Metal-Semiconductor Hybrid Nanomaterials
12.
Preparation Of Semiconductor (Metal Oxide, Carbon Nitride)-based Composited Material And Its Research On Adsorption/Photocatalysis Performance
13.
The Fabrication Of Cu
2
S And Copper Group Nanocrystals
14.
Controlled Synthesis And Photocatalytic Properties Of Semiconductor Metal Oxide Nanomaterials
15.
The Study Of Several Semiconductor Metal Oxides Emission Spectra
16.
Gas-Sensing And Photocatalytic Properties Of Semiconductor Metal Oxide Nanomaterials Prepared Via Electrospinning
17.
Finite Element Analysis Of The Contact Of Nanowire/Metal
18.
SERS Composite Nanomaterials Applications
19.
Preparation Of Hollow SnO
2
Nanostructures And Study On Its Gas Sensing Properties
20.
The Selective Separation Of Single-walled Carbon Nanotubes Based On Different Separate Method
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