Font Size: a A A
Keyword [Boundary layer]
Result: 1 - 20 | Page: 1 of 9
1. Characteristics Of Urban Boundary Lower Layer Turbulence Dynamical Structure And Its Effects In Beijing
2. Numerical Simulation On Evaporation Process And The Development Of CAD System For Thin Film Evaporator
3. Theoretical Study On Solid Jet And Pulsed Jet In The Applicaion To Cleanup Of Oil Sludge
4. Study On Experiment And Theory Of PDMS/PS Hollow Fiber Composite Membrane For Hydrogen Recovery From Catalytic Cracking Dry Gas
5. Study On The Urban Aerosol Quantitative Retrieval Based On The Remote Sensing And Ground-based Air Quality Measurement Data
6. Numerical Simulation And Application Of Powder Injection Molding Filling Process
7. A Shock Tube Study Of Methane Combustion Chemical Kinetics Mechanism
8. Study On Opposite Folded Plate Anaerobic Reactor In Treatment Of Low Concentration Sewage
9. Atmospheric Persistent Organic Pollutants Over The Marine Boundary Layer Of North Pacific Ocean And Adjacent Arctic Regions: Sources, Trends And Processes
10. Discrepancy Analysis Of Boundary Layer Solutions For Combined Heat And Mass Transfer By Natural Convection
11. Primary Study On The Treatment Of Wastewater By High Efficient Hydrolysis-acidogenosis Process Of Anerobic Baffled Reaction (ABR)
12. Study On The Efficiency And Mechanism Of High Efficient Hydrolysis-acidogenosis Wastewater Process
13. Study On Gas Separation Process For Hydrogen Recovery Using Hollow Fiber Composite Membrane
14. Mass Transfer Performance Of PDMS Membrane In A Continuous Ethanol Fermentation-Pervaporation Process
15. Study On The Temperature Field In A Stirred Tank Equipped With Jacket
16. Observation And Characteristic Study Of Ozone And Relative Pollutants In Boundary Layer Over Eastern And Southern China
17. Numerical Simulation Of Atmospheric Boundary Layer Response To Aerosol Radiative Effect Using Lidar Measurements
18. A Study On Microstructure Of Nanocrystalline
19. Study On The Dissolving Process Of High Melting Point Component In TiAl Melt During ISM Process
20. Study On Aerodynamic Particle Size Distribution Of At Different Altitudes Near Planetary Boundary Layer
  <<First  <Prev  Next>  Last>>  Jump to