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Keyword [Magnetic fields]
Result: 1 - 20 | Page: 1 of 6
1. Preparation And Properties Of Micro-nanocomposite Particles With Responses To Electric And Magnetic Fields
2. Effects Of A High Magnetic Field On The Behavior Of Precipitate Phases In Alloys
3. Surface Physics Of Liquid Crystal--Studies On The Effects Of The Interface And Anchoring Energy
4. The Reduction Of Complex Precursor Cobalt Bis(4-pyridine Carboxylate) Tetrahydrate Under External Magnetic Fields And The Synthesis Of Cobalt Micro-/Nano Structures
5. Investigation Of Nucleation And Growth Of Metals In High Magnetic Fields By Differential Thermal Analysis
6. One-dimensional Carbon Nanomaterials And TiO2 Nanomaterials: Controlled Synthesis, Characterizations, Properties And Application
7. Quantitative Study Of The Effect Of Magnetic Fields On Scale Deposition On Nanofiltration Membranes Via UTDR
8. Studies Of Giant Magneto-Impedance Effect In Fe-based Nanocrystalline Ribbons
9. (Al3Zr+Al2O3)p/A356 Composites' Structure And Performance In Different Electromagnetic Field And Casting Technics
10. Study On Magnetic Attracting Underwater Wheel-tracked Welding Robot Systems Prototype
11. Effects Of A High Magnetic Field On The Behavior Of Precipitate Phases In Al-Mn Alloy
12. Experimental Study On Magneto-mechanical Coupling Behavior Of Ferromagnetic Shape Memory Alloys Ni2MnGa
13. Rule Of Pore Size Change Of Composite Ultrafiltration Membrane In Magnetic Fields
14. Research Of Perturbed Magnetic Fields Testing Based On Metal Materials
15. Study Of Preparation Of Ignition-Proof Magnesium Alloy Controlled By Pulsed Magnetic Fields
16. Numerical Simulation Of Magnetic Fields And Heat Generation Of Slag Bath In Electroslag Remelting Process
17. Effects Of Static Magnetic Fields On Dendrite Growth Kinetics Of Undercooled Melts Of Pure Substances
18. Diffusion Behavior Of Different Magnetic Component Under High Magnetic Fields
19. The Mechanism Research Of Synchronous Magnetic Field Control On Short-circuiting CO2Welding
20. Dendrite Growth Kinetics In Undercooled Ni50Cu50 And Ni99B1 Melts Under Gradient Magnetic Fields
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