Font Size: a A A
Keyword [Breakup]
Result: 1 - 20 | Page: 1 of 7
1. The Mechanism Study Of Ice Breakup On Tidal Fluctuation And Waves
2. The Studies Of Receptivity Problems And Parallel Numerical Simulations For Jet Secondary Breakup Interfacial Problems
3. Studies Of Neoproterozoic Mafic And Ultramafic Intrusions In Western-central China And Their Constraints On Breakup Of Rodinia Supercontinent
4. Formation Of Phosphorite Deposit, Breakup Of Rodinia Supercontinent And Biology Explosion
5. The Regime Of Breakup And Atomization Of Viscous Liquid Jets
6. The External Electric Field Effects On Ethylene And Dimethyl-siloxane And Excited States
7. Studies On Dynamics Of Turbulence With Shell Model And Stability Of Spiral Waves In Reaction Diffusion Systems
8. Study On Metallic Jets Formation, Fragmentation And Particle Size Distribution Under Shock-loaded Condition
9. Measurement And Analysis Of The Double-differential Cross Sections Of Secondary Neutrons For ~9Be At 21.65 MeV Incident Neutrons
10. Comprehensive Study Of Weakly Bound Nuclear 6li +208 Of Pb Important Reaction Road
11. Spiral Formation And Evolution In Dielectric Barrier Discharge
12. Breakup Threshold Anomaly Of Weakly Bound Nuclei Optical Potentials
13. Study On Mechanism Of Ice-cover Breakup And Criterion For Onset Of River-ice Breakup
14. The Evolution Of The Deformation And Breakup Of A Drop-in-liquid Under An Instantaneous Incoming Flow
15. The Study Of Neoproterozoic Tectonic-magmatic Events In The Northern Margin Of The Yangtze Continental
16. Analysis On Sedimentary Characteristics And Its Tectonic Environment Of The Hetaoyuan Formation In Nanyang Sag
17. Spectrum Evolution In The Raindrop Falling Process: Numerical Simulation
18. Breakup And Closure Evolution Progress Of The North Altyn Ocean From Neoproterozoic To Early Paleozoic
19. An Experimental Study On The Breakup Of Power-law Liquid Sheets Formed By Two Impinging Jets
20. Experimental Investigations Of The Instability And Breakup Of Capillary Liquid Jets
  <<First  <Prev  Next>  Last>>  Jump to