Doppler radar investigation of Hawaiian rain1

R. R. Rogers

doi:10.3402/tellusa.v19i3.9812

Doppler radar investigation of Hawaiian rain1

Tellus

Volume 19 (1967): Issue 3

By: R. R. Rogers

Open Access

|Jan 1967

Aoyagi , J. , Fujiwara , M. , Yanagisawa , Z. & Kodaira , N ., 1966. Doppler radar observation of snow showers. Proc. 12th Wea. Radar Conf., pp. 112 – 116.
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Battan , L. J. & Theiss , J. B ., 1966 . Observation of vertical motions and particle size in a thunderstorm . J. Atmos. Sci . 23 , 78 – 87 .
Search in Google Scholar Back to article
Caton , P. G. F . 1966 . Raindrop size-distribution in the free atmosphere . Quart. J. Roy. Met. Soc . 92 , 15 – 30 .
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Easterbrook , C. C . 1967 . Some Doppler radar measurements of circulation patterns in convective storms. (Manuscript submitted for publication.)
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Geotis , S. G . 1963 . Some radar measurements of hailstorms . J. Appl. Meteor . 2 , 270 – 275 .
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Hardy , K. R . 1963 . The development of raindrop-size distribution and implications related to the physics of precipitation . J. Atmos. Sci . 20 , 299 – 312 .
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Lhermitte , R. M . 1966 . Application of pulse Doppler radar technique to meteorology . Bulletin, Amer. Meteor. Soc . 47 , 703 – 711 .
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Miles , V. G . 1956 . Interpretation of the height-versus-time-presentation of radar echoes . J. Meteor . 13 , 362 – 368 .
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Mordy , W. A . 1957 . Geographic and climatic notes on the Project Shower area . Tellus 9 , 472 – 474 .
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Rigby , E. C. , Marshall , J. S. & Hitschfeld , W . 1954 . The development of the size distribution of rain-drops during their fall . J. Meteor . 11 , 362 – 372 .
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Rogers , R. R . 1963 . Investigation of precipitation processes. Cornell Aeronautical Laboratory, Report No. VC-1660-P-2.
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Rogers , R. R . 1966 .. An investigation of the application of Doppler radar to the measurement of updraft structure in rain. (Final Report of Project Aloha.) Cornell Aeronautical Laboratory, Report No. VC-2069-P-1.
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Rogers , R. R . 1966 .. Doppler radar investigation of Hawaiian rain. Proc. 12th Wea. Radar Conf., pp. 128 – 134.
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Rogers , R. R. & Tripp , B. R . 1964 . Some radar measurement of turbulence in snow . J. Appl. Meteor . 3 , 603 – 610 .
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Rogers , R. R. & Jiusto , J. E . 1966 . An investigation of rain on the island of Hawaii. (Final Report of Project Hawaii.) Cornell Aeronautical Laboratory, Report No. VC-2049-P-1.
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Rutkowski , W. & Fleisher , A . 1955 . R-meter: an instrument for measuring gustiness. Proc. 5th Weather Radar Conf., pp. 255 – 260.
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Squires , P. & Warner , J . 1957 . Some measurements in orographic cloud of the island of Hawaii and in trade wind cumuli . Venus 9 , 475 – 494 .
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Tripp , B. R . 1964 . The CAL pulse Doppler radar. Proc. 1964 World Conf. on Radio Meteorology, pp. 332 – 337.
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Wexler , R . 1960 . Efficiency of natural rain. In Physics of precipitation (ed. H. Weickmann ), pp. 158-163. American Geophysical Union.
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Wexler , R. & Austin , P. M . 1954 . Radar signal intensity from different levels in steady snow . Mass. Inst. of Technology , Weather Radar Report No . 32 .
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