Font Size:
a
A
A
Keyword [porous metal oxide]
Result: 1 - 20 | Page: 1 of 2
1.
Preparation Of The Porous Metal Oxide Nano Solid And Its Composite Nature Of The Light-emitting Materials Research
2.
Influence Of Oxygen Vacancy On The Properties Of The Ordered Porous Metal Oxide Thin Film
3.
Preparation, Properties And Application Of Porous Metal Oxide By Thermal Decomposition
4.
Conductive Behaviors Of Porous Metal Oxide Nanocrystalline Films Under Multi External Fields
5.
Fabrication Of Three Dimensional Nanoporous Electrodes And Their Applications In Supercapacitor
6.
Synthesis And Properties Of Nano-porous Metal Oxide Photocatalysis By Using MOFs As Precursors
7.
Transitional Metal Catalysts Prepared By Ball Milling And Their Activities For The CO Oxidation
8.
Research On Preparation And Adsorption Properties Of Hierarchically Porous Metal Oxide Materials
9.
Gas Sensing Properties Of Noble Metal Loaded Porous Metal Oxides For Organic Toxic Gases
10.
MOFs-Templated Controllable Synthesis Of α-Fe
2
O
3
Nanocomposites And Their Gas Sensing Properties
11.
Synthesis Of Hierarchical Porous Metal Oxide And Its Application In Non-enzymatic (Glucose) Sensor
12.
Construction Of 3D Porous Metal Oxide Microspheres For The Study In Separation And Recovery Of Rare Metals
13.
Design And Properties Study Of Gas Sensing Materials Based On Porous Metal Oxide
14.
Fabrication Of Metal Oxides Based Catalytic Micromotors For Environmental Application
15.
Synthesis and characterization of hierarchically porous metal, metal oxide, and carbon monoliths with highly ordered nanostructure
16.
Investigation of Porous Metal Oxide Coatings for a Novel Electrochemical Sensor for Orthophosphate
17.
The Electrochemical Properties Of Three Dimensional Porous Metal Oxide-Carbon Composite Coatings
18.
Preparation Of Porous Metal Oxide Supported Pd Catalysts And Their Catalytic Performance In Suzuki Reactions
19.
Study On The Controllable Synthesis Of Cu-based Materials And The Performance Of CO
2
Electrochemical Reduction
20.
Preparation And Sensing Application Of MOFs-derived Porous Metal Oxide Nanozymes
<<First
<Prev
Next>
Last>>
Jump to