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Keyword [Hollow glass microspheres]
Result: 1 - 20 | Page: 1 of 3
1. Manufacture And Characterization Of Polymer Based Buoyancy Materials For Deep Underwater
2. Synthesis And Characterization Of CoFe2O4/Hollow Glass Microspheres Composites
3. Studies On Preparation And Properties Of Hollow Glass Microspheres Composite Microwave Absorber
4. The Flotation Selection Of Hollow Glass Microspheres And Its Application In Solid Buoyancy Materials
5. Preparation And Properties Of A Lightweight High-strength Material Based On Hollow Glass Microspheres
6. Characteristics Of Fillers And Its Effect On The Properties Of Thermal Insulation Coatings
7. Preparation And Application Of Lightweight Magnetic Microspheres
8. Conductive Filler With Silver Plating Of Non-metallic Oxides New Technology Research And Applications
9. Surface Graft Polymerization Modification Of Hollow Glass Microspheres And Their Application In Polyurethane Composites
10. Interface Design Of Hollow Microsphere-Filled Polymer Composites And Its Influence On Structure And Properties
11. Synthesis Of Sea Urchin-like Cuprous Oxide With Hollow Glass Microspheres As Cores And Its Preliminary Application As A Photocatalyst
12. Curing Mechanism And Property Evaluation Of Hollow Glass Microspheres Filled Epoxy Resin Modified With CTBN
13. Study On Molding And Properties Of Buoyancy Material Based On The Hollow Glass Microspheres
14. HGMS/TPU Composite Foam Fabrication And Property Analysis
15. Preparation And Properties Of The Hollow Glass Microsphere/Epoxy Resin Composites
16. Modifiction Of Graphene On The Si O2materials And Influence On The Properties Of The Resin Matrix Composites
17. Preparation And Photocatalytic Properties Of Cu-plated Hollow Glass Microspheres
18. Study On Safety Performance Of Hybrid Polymer Material Based On Silicate/Polyisocyanates And Heat Transfer During Expanding
19. Preparation And Thermal Insulation Mechanism Of Resin-based Lightweight Insulation Composite Materials
20. Fabrication And Properties Of Inorganic Solid Buoyancy Materials Based On Hollow Ceramic Microspheres
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