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Keyword [highly stable]
Result: 1 - 20 | Page: 1 of 4
1.
Research On Manufacturing Technology Of Highly Stable Multi-ply Parquet
2.
Highly Stable Ir/FeO
x
/SiO
2
Catalysts For Selective Hydrogenation Of Crotonaldehyde
3.
Preparation Of Highly Stable Nano-ATO Slurry And Transparent Thermal Insulation Coating
4.
Preparation And Characterization Of A Highly Stable Hybrid Organosilica Cellulose Derivative-based Chiral Stationary Phase
5.
Cathode Electrocatalysts Of Direct Methanol Fuel Cell Based On Highly Stable Core-shell Nanoparticles
6.
Bioinspired Preparation And Properties Of Antifouling, Highly Stable Nanofiltration Membranes
7.
Synthesis And Properties Of Fluorescent Ag Nanocluster
8.
Highly Stable NIR Fluorescent Sensors And Their Application In Bioimaging
9.
Synthesis Of Per-Deuterated Tris(2-phenylpyridine)Iridium For Highly Stable Electrophosphorescence: The "Heavy Deuterium Effect"
10.
Study On Synthesis And Catalytic Performance Of Highly Stable Mesoporous Molecular Sieves
11.
Studies On The Synthesis And Adsorption Separation Performance Of Highly Stable Metal-organic And Porous Organic Frameworks
12.
Preparation And Separation Properties Of Highly Stable Hydrophobic Porous Ceramic Membranes
13.
Construction Of Highly Stable Metal-organic Frameworks And Application Study In Catalysis And Sensing
14.
Synthesis And Gas Adsorption Performance Of Highly Stable Zr-based Metal-organic Frameworks
15.
Study On Preparation And Performance Of Highly Stable Membrane Based On Thermal Crosslinking For Pervaporation Separation Of Aromatic/Aliphatic
16.
Preparation And Investigation Of The Highly Stable Anode Catalysts In Direct Methanol Fuel Cells
17.
Preparation Of Highly Stable Pd-based Catalysts And Their Electrocatlytic Properties For Ethanol Oxidation
18.
Structural Design And Synthesis Of Highly Stable Alkaline Polymer Electrolytes
19.
Assembly Of Highly Stable Porous MOFs And Their Properties Of Adsorption And Separation And Luminescent Detection
20.
The Synthesis Of Several Highly Stable MOFs And Their Adsorptive Separation Performance For Small Gaseous Molecules
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