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Keyword [Ta3N5]
Result: 1 - 20 | Page: 1 of 2
1.
Construction Of Core/Shell Structured Photocatalysts Via Vapor Phase Hydrolysis And Their Properties
2.
Solution Phase Preparation Approaches And Photocatalytic Activities Of Metallic Oixdes Hierarchical Nanostructures
3.
Preparation Of Novel Compound Semiconductor Photocatalyst And Their Photocatalytic Performance
4.
Preparation And Solar Water Splitting Properties Of Efficient Ta
3
N
5
Microsphere Photoanode
5.
The Synthesis Of (Oxy)nitrides And Their Applications In Photoelectrochemical Water Splitting
6.
Synthesis And Motified Performance Of Ta-based Composite Photocatalyst
7.
Study On The Photoelectric Chemical Cathodic Protection Properties Of A New Type Of Photocatalytic Materials In The Marine Environment
8.
The Study Of A New-type Tantalum Nitride Semiconductor Thin Films Photoelectrode
9.
The Optical Anisotropy And Photogenerated Carriers Recombination Mechanism In Ta
3
N
5
Films
10.
Improving The Charge Separation Efficiency Of Ta
3
N
5
Photoanodes By Ation Doping And Heterostructures
11.
Photo-generated Carriers' Efficient Separation And Photoelectrochemical Water Splitting Performance Of Nitride Photoanodes
12.
Microstructure Construction And Photoelectrochemical Water Splitting Investigation Of Ta
3
N
5
Photoanode
13.
Enhanced Charge Separation By Oriented Growth Of Ta
3
N
5
-Cu
2
O Heterojunction
14.
Preparation And Photocatalytic Water-splitting Into Hydrogen Of Co
2+
/Co
3+
Surface Modified Ta
3
N
5
-based Nanocomposite Materials
15.
Preparation And Photocatalytic Water-splitting Into Hydrogen Properties Of Ru/Co Synergetically Modified Ta
3
N
5
-based Nanophotocatalysts
16.
Constructing Fe-co-rh Synergetic Modified Ta
2
O
5
@TaON@Ta
3
N
5
Nanocomposite Materials And Hydrogen Evolution From Water Splitting
17.
First-principles Calculations On The Effect Of Doping And Interface On The Electronic Structure And Band Edge Potentials Of Ta
3
N
5
18.
Defect Control And Interface Engineering Of Tantalum Nitride Thin Film Photoanode
19.
Band Structure Engineering And Defect Control Of Tantalum Nitride Photoanode Material
20.
In Situ Synthesis Of (Oxy) Nitride Films And Their Applications In Photoelectrochemical Water Splitting
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