Font Size: a A A
Keyword [Reflection loss]
Result: 1 - 20 | Page: 1 of 4
1. Synthesis And Microwave Absorption Properties Of SnO2 Nanomaterials
2. Preparation And Radar/Infrared Stealth Characteristics Of Mesoporous Carbon-Metal Nanocomposites
3. Microwave Absorbing Properties Of Planar Rare Earth Intermetallic Compounds Powders/paraffin Composites
4. Computer Optimization Of High-efficient, Thin-layered Radar Absorbing Coatings
5. Design Of Wave-absorbers With LHM And RHM Structures And Its Properties' Stimulation
6. Preparation And Microwave Absorption Properties Of Doped Zinc Oxide
7. Microwave Absorption Mechanism Of Magnetic Metal Powder/Binder Composite
8. Microwave Absorbing Properties And Mechanism Of PANI/magnetic Particle Composites
9. Study On Electromagnetic Wave Propagation Properties Of 2.5D Carbon / Epoxy Composites
10. Preparation Of Nano Carbon Fibers And Porous Carbon Fibers By Polymer Blend Technique And The Research On Their Radar Absorbing Properties
11. Characteristic Of Porous Carbon Fiber And Study On Its Microwave Absorption As A Filler For Composite
12. Preparation And Absorbing Mechanism Of Polypyrrol-CoCuZn Ferrite Composites
13. The Study On Microwave Absorption Performances Of Doped M Type Barium Ferrite And The Doped Ferrites-graphene Composite Materials
14. Properties Of Fibers/Iron Nanoparticles Electromagnetic Wave Absorbing Composites Based On Epoxy Resin
15. Synthesis And Microwave Absorption Properties Of Micro/Nano-Structred Fe3O4Composites
16. Fabrication And Electromagnetic Microwave Absorption Properties Of Iron Based Epoxy Resin Nanocomposites
17. Effect Of Chemical Functionalization Of Fe Nanoparticles And Analysis Of Nanocomposites Properties
18. Synthesis And Microwave Absorption Properties Of Ferric Oxide/graphene (Polyaniline) Composite Materials
19. The Preparation Of Conductive Polymer Composites And Their Response Characteristics Research For Microwave Band
20. Research On Preparation And Microwave Properties Of Low Frequency Iron-based Composite Absorbing Material
  <<First  <Prev  Next>  Last>>  Jump to