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Keyword [Element Doping]
Result: 141 - 160 | Page: 8 of 10
141.
Experimental Study On Doping And Dynamic Characteristics Of YBaCo
4
O
7+δ
Oxygen Carrier
142.
The Synthesis,mechanism And Applications In White LED Of Full-Color Emissive Carbon Dots
143.
Controllable Synthesis Of Doped Graphene With High Electrochemical Performance
144.
Microstructure Control And Performance Optimization Of The Third Element Doped Hexagonal Structure OsB
2
145.
Doping Modification Of TiO-nano Tube Array-TiO
2
Ekectrode And Its Eletroreduction Activity For L-cystine
146.
Influence Of Acid-basic Properties Of Promoter And Support On Catalytic Performance Of Noble Metal Catalysts For Oxidation Of VOCs
147.
Preparation Of Titanium Dioxide Coating And Its Photocathode Protection Performance
148.
Effects Of Variable-valence Elements Eu-/Sm-Doping On The Thermoelectric Performance Of BiCuSeO
149.
Study On Preparation And Thermoelectric Properties Of N-Type Mg
3
Sb
2
Based Materials
150.
Research On The Preparation And Properties Of N-type Mg
3
Sb
2
Based Thermoelectric Materials
151.
Thermoelectric Performance Optimization Of Cu
3
SbS
4
-based Materials
152.
Research On Photodegradation Performance Over Layered Titanoniobate-based Composites
153.
Conceive For Doping Modification Of G-C
3
N
4
Or Its Hybrids And Their Photocatalytic Water Splitting Performance
154.
Study On The Structure,magnetic Properties And Element Doping Effects Of Electrodeposited L1
0
FePt Films
155.
Effects Of Element Doping On The Formation Capacity And Performance Of Titanium-based Metallic Glass
156.
Study On Properties And Applications Of Diamond-like Coatings Doped With Physical Vapor Deposition Elements
157.
Core-shell And Doping Modification Of O3 Phase In Layered Cathode Materials For Sodium Ion Batteries
158.
The Preparation Of Cu-S Based Thermoelectric Materials And The Effect Of Transition Element Doping On Its Thermoelectric Properties
159.
Preparation And Application Of Indium Oxide Based VOCs Gas Sensitive Materials
160.
Theoretical Research On The Electronic Structure And Magnetic Properties Of Molybdenum Disulfide Nanoribbons Based On First Principles
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