Font Size:
a
A
A
Keyword [CO2 sorption]
Result: 1 - 20 | Page: 1 of 2
1.
Synthesis And Properties Of Polymers Containing Bithiazole And Poly (Ionic Liquid)s
2.
Construction, Structure And Characterization Of Coordination Molecules Of Azacyclocarboxylic Acid Ligands
3.
Study On The Properties And Kinetics Of Sorption-Regeneration Of Nano Ca-based CO
2
Sorbents
4.
Task-Specific Ionic Liquids-based Polymer: Preparation And Application In The CO
2
Fixation
5.
A Study On The Kinetics Of Nano CaO Reaction With CO
2
And Nano CaCO
3
Decomposition In A Sorption Complex Catalyst
6.
Sorption Enhanced Methane Steam Reforming Reaction For Hydrogen Production
7.
Nanoporous Carbon Fabricated By CDC Method From Polysiloxane
8.
Phenolic Resin-based Microporous Carbons:Design, Preparation And Their Supercapacitance And CO
2
Sorption Performance
9.
The Modification Of CaO-based Sorbents Used For Sorption Enhanced Methane Steam Reforming
10.
Study On Capture CO
2
Using Lithium Silicate Sorbents At High Temperature Enhanced Steam Methane Reforming For Hydrogen Production
11.
Enhancement Of Nano-CaO Carbonation Properties On Hydrogen Production By Steam Methane Reforming
12.
Investigation On CO
2
Capture Properties And Pelletization Modification Mechanism Of CaO-based Sorbent Derived From Calcium-rich Wastes
13.
Synthesis And Properties Of Organosilicon Porous Materials
14.
Pore Size Control Of Nano CaO-based Sorebent And Its CO
2
Sorption Performance
15.
Preparation,Modification And Performance Evaluation Of CO
2
Adsorbent Derived From Coke Powder
16.
Study Of Typical Coal-burning Gas/Solid Impurities Impacting On CO
2
Sorption/desorption Of Calcium Looping And Reaction Mechanism
17.
Preparation And Performance Of High-Efficiency Anti-Sintering Calcium-based CO
2
Sorbents
18.
Simulation Of Membrane Separation Enhanced Reforming For Hydrogen Production In The Fluidized Bed Reactor
19.
Preparation Of Resorcinol-formaldehyde Resin-based Microporous Carbon Spheres And Their Performance In CO
2
Sorption And Supercapacitors
20.
Synthesis Of Lithium Silicate High-temperature CO
2
Sorption Materials From The Sediment Of Dianchi Lake And Its Properties
<<First
<Prev
Next>
Last>>
Jump to