Font Size: a A A
Keyword [Performanc]
Result: 1 - 20 | Page: 1 of 4
1. Design Of Double-Bond Monomers Containing Phosphorus, Nitrogen, Silicon And Its UV-cured Coatings And Study On Flame Retardant Properties And Mechanism
2. Study On High Power NiZn Ferrite Materials With High Performanc
3. Study On The Preparation, Morpholoy And Properties Of PA6/sepiolite Composeties
4. The Effect Of Back Pressure On Superplastic Forming Performance Of AA5083 And Deformation On Mechanical Properties Of TC4
5. Study On The Determination Of Synthetic Pigments Residues In Foods
6. The Synthesis And Performanc Research Of Three Rosin Cationic Emulsifiers
7. A Study On Fabrication Of Novel Thermites Film By Electrophoretic Deposition Method
8. The Synthesis And Performanc Research Of Different Kinds Of Asphalt Emulsifiers
9. The Study Of Electrolytic Coloring Technology And Performance Of High Silicon Aluminum Alloy On Tin Salt Solution
10. Synthesis And Surface Modification Of Magnesium Hydroxide Nanorads And Its Application Performance
11. Research On High Temperature Performance Of Ultra-fine Glass Fiber Composite Filter Of Acupuncture
12. Study On The Preparation And Performance Of Outdoor And Weathering Resistance Reconsolidated Bamboo
13. The Preparation Of High-Performanc Regeneration Cellulose Membrane And It’s Composite Material
14. Research On Doped TiO2 Loaded On Activated Carbon Fibers And Their Photocatalytic Performanc
15. Research On The Preparation And Performanc Of A New Type Fluorophosphate All-Solid-state Sodium-ion Electrolyte Study
16. The Study On The Construction Of Novel Selective Oxidation Catalyst Based On The Flaky SBA-15
17. The Biomass-based Carbon Material Prepartion And Application In Environment And Energy
18. Poly (Propylene Carbonate) Modified By Polymer Powder
19. The Mechanics Performance Studies On The Basalt Fiber Modified Polypropylene Composites Materials And The Applications
20. Prepartion,Characterization And Properties Of Hierarchical UiO-66 And UiO-66-NH2
  <<First  <Prev  Next>  Last>>  Jump to