Keyword [zero thermal expansion]
Result: 1 - 20 | Page: 1 of 2 |
| 1. | Study On The Preparation And Properties Of ZrO2-ZrW2O8 Composites With Nearly Zero Thermal Expansion |
| 2. | The Preparation And Raman Spectra Of Negative And Near-zero Thermal Expansion Materials Of Ca1-xSrxZr4P6O24 |
| 3. | The Preparation And Properties Characterization Of ZrO2/ZrW2O8 Ceramic Matrix Composites With Near-Zero Thermal Expansion |
| 4. | Hygroscopicity,Phase Transition And Optical Property Of A2M3O12 Family |
| 5. | Research On The Negative Thermal Expansion Behavior Of Ge,Sn And Si Doped Manganese Gallium Nitride |
| 6. | Study On Preparation,Microstructure And Properties Of One-dimensional Single-Crystal PbTiO3,TiO2 Nanostructure |
| 7. | Design And Characterization Of ZrW2O8/Al Composites Based On Zero Thermal Expansion |
| 8. | The Thermal Expansion Properties And Raman Spectroscopy Of AMgMo3O12（A=Zr,Hf） |
| 9. | Phase Transition And Thermal Expansion Properties In Near-zero Thermal Expansion Materials With General Formula ABMo3O12 |
| 10. | Exploration And Characterizations Of Several Niobate Crystals |
| 11. | Electrical Transport And Thermal Expansion Properties Of Lead Titanate Nanowires |
| 12. | Preparation And Properties Of Y2W3O12-Based Nearly Zero Expansion Materials |
| 13. | Study On The Negative/Zero Thermal Expansion Effect In La（Fe,Si）13 And （Hf,Ta）Fe2 Alloys |
| 14. | Anomalous Thermal Expansion Behaviors Of La（Fe,Si）13-based Compounds And Ti Alloys At Low Temperatures |
| 15. | Control Of Thermal Expansion Properties Of （Hf,Ta）Fe2 Matrix Composites |
| 16. | Solidification Segregation And Improvement In La（Fe,Al）13 Alloy With Zero Thermal Expansion |
| 17. | Zero Thermal Expansion And Environmental Stability In ThMn12- And Laves-based Compounds |
| 18. | Preparation,Strengthening And Toughening Of Rare-Earth-based Zero Thermal Expansion Alloys |
| 19. | Cold Sintering Process And Densification Mechanism Of The ZrW2O8/ZrO2 Composites With Low-near Zero Thermal Expansion |
| 20. | Study On Design,Preparation And Properties Of Near-Zero Thermal Expansion Antiperovskite Manganese Nitride Particle Reinforced Aluminum Matrix Composites |
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