Bulletin of the American Meteorological Society, Volumen49American Meteorological Society, 1968 Vols. for 1990- contain supplemental membership directory. |
Dentro del libro
Resultados 1-3 de 82
Página 192
... indicate that volcanic , meteoritic impact and weathering processes would produce unconsolidated material ranging from clay size particles to boulders . Theoretical calculation made concerning the pertinent dynamic atmospheric processes ...
... indicate that volcanic , meteoritic impact and weathering processes would produce unconsolidated material ranging from clay size particles to boulders . Theoretical calculation made concerning the pertinent dynamic atmospheric processes ...
Página 842
... indicate a sed- sonal variation in the mixing ratio as well as a possible increase in mixing ratio with elevation . The influence of these variations on the radiation heat budget of the stratosphere is investigated for both the 6.3 μm ...
... indicate a sed- sonal variation in the mixing ratio as well as a possible increase in mixing ratio with elevation . The influence of these variations on the radiation heat budget of the stratosphere is investigated for both the 6.3 μm ...
Página 921
... INDICATE RELATIVE SIGNAL INTENSITIES 500 1000 RANGE - meters HEIGHT ( m ) 200 100 0 0727 1500 11 AZIMUTH 065 ° 0755 MOT 0758 0803 CONTOURS INDICATE RELATIVE SIGNAL INTENSITIES 0805 500 1000 1000 1500 RANGE -meters FIG . 8. Vertical ...
... INDICATE RELATIVE SIGNAL INTENSITIES 500 1000 RANGE - meters HEIGHT ( m ) 200 100 0 0727 1500 11 AZIMUTH 065 ° 0755 MOT 0758 0803 CONTOURS INDICATE RELATIVE SIGNAL INTENSITIES 0805 500 1000 1000 1500 RANGE -meters FIG . 8. Vertical ...
Otras ediciones - Ver todas
Términos y frases comunes
activities aerospace aircraft altitude American Meteorological Society analysis application associated Atmospheric Sciences Canada Center Certified Consulting Meteorologist Chairman clear air turbulence climatic climatology Cloud Physics cloud seeding Committee Conference convective Corporation cumulus cumulus clouds density Department director discussed distribution droplets dynamics effects Engineering Environmental equation evaluation experiments field forest Geophysical gradient hail heat hurricane ice crystals ice nuclei increase Institute instruments Laboratory layer Mass measurements meeting mesoscale method National observed ocean Oceanography operational paper parameters particles precipitation prediction presented President problems Prof profiles Project radar radiation radiosonde rain rainfall range region Research Robert satellite scientific seeding Session silver iodide stations statistical storm supercooled surface synoptic techniques temperature thunderstorm tion tropical turbulence University updraft Utah variations velocity vertical waves Weather Bureau weather forecasting weather modification weather radar Weather Service weathercasting wind