ity in the troposphere. Journal of Climate and Applied
Physics, 1518 November, Chicago. American Meteor-
Meteorology, 22: 807831.
ological Society, p. 408411.
Jeck, R. (1983) A new data base of supercooled cloud
Hogg, D., F. Guiraud, J. Snider, M. Decker, and E.
Westwater (1983b) A steerable dual-channel micro-
variables for altitudes up to 10,000 feet AGL and the
wave radiometer for measurement of water vapor and
implications for low-altitude aircraft icing. Department
liquid in the troposphere. Journal of Climate and
of Transportation, FAA/CT-83-21, NRL Report 8738.
Applied Meteorology, 22: 789806.
Jeck, R. (1989) Selecting representative test points for
Horne, T. (1994) Tailplane icing. AOPA Pilot, March,
icing conditions using the new FAA/NRL database.
p. 96100.
Presented at the 27th American Institute of Aeronau-
Houze, R. Jr. (1993) Cloud Dynamics. San Diego,
tics and Astronautics Aerospace Sciences Meeting,
California: Academic Press.
Reno, Nevada. Reston, Virginia: American Institute of
Howe, J. (1991) Rotating multicylinder method for the
Aeronautics and Astronautics.
measurement of cloud liquid-water content and drop-
Jeck, R. (1996) Representative values of icing-related
let size. USA Cold Regions Research and Engineering
variables aloft in freezing rain and freezing drizzle. In
Laboratory, CRREL Report 91-2.
Proceedings of the FAA International Conference on
Hudson, J.G., and G. Svensson (1995) Cloud micro-
Aircraft Inflight Icing, Springfield, Virginia. vol. I,
physical relationships in California marine stratus. Jour-
Working Group Papers, p. 5768.
nal of Applied Meteorology, 34: 26552666.
Jeck, R. (1998) A workable, aircraft-specific icing
Huggel, A., W. Schmid, and A. Waldvogel (1996)
severity scheme. 36th American Institute of Aeronau-
Raindrop size distribution and the radar bright band.
tics and Astronautics Aerospace Sciences Meeting, 12
Journal of Applied Meteorology, 35: 16881701.
15 January, Reno, Nevada, AIAA-98-0094. Reston, Vir-
ginia: American Institute of Aeronautics and Astronau-
observations: Spatial characteristics of supercooled
tics.
coud water and cloud seeding implications. Journal of
Jones, A., and Vonder Haar, T. (1990) Passive micro-
Applied Meteorology, 34: 432446.
wave remote sensing of cloud liquid water over land
Hutt, D., L. Bissonnette, and L. Durand (1994) Mul-
regions. Journal of Geophysical Research, 95(D10):
tiple field of view lidar returns from atmospheric aero-
16,67316,683.
sols. Applied Optics, 33(12): 23382348.
King, W., D. Parkin, and R. Handsworth (1978) A
Ide, R. (1996) Comparison of liquid water content
hot-wire liquid device having fully calculable response
measurement techniques in an icing wind tunnel. In
characteristics. Journal of Applied Meteorology, 17:
Proceedings of the FAA International Conference on
18091813.
Aircraft Inflight Icing, Springfield, Virginia. vol. I,
Kirkpatrick, G.M. (1970) General aviation weather
Working Group Papers, p. 91103.
avoidance sensor study. NASA Report NAS 12-2032.
NTIS No. N70-36981. Electronics Research Center,
Isaac, G., A. Korolev, J. Strapp, S. Cober, A. Trem-
blay, and R.A. Stuart (1996) Freezing drizzle forma-
Cambridge, Masssachusetts.
tion mechanisms. In Proceedings of the 12th Interna-
Kline, D.B. (1949) Investigation of meteorological
tional Conference on Clouds and Precipitation, 1923
conditions associated with aircraft icing in layer-type
August, Zurich, Switzerland. International Commission
clouds for 19471948 winter. Technical Note No. 1793,
on Clouds and Precipitation (ICCP) of Internatinal
National Advisory Committee for Aeronautics.
Association of Meteorology and Atmospheric Sciences
Kline, D.B., and J.A. Walker (1951) Meteorological
(IAMAS) of International Union of Geodesy and Geo-
analysis of icing conditions encountered in low-altitude
physics (IUGG), p. 1114.
stratiform clouds. Technical Note No. 2306, National
Isaac, G.A., and R.S. Schemenauer (1979) Large
Advisory Committee for Aeronautics.
particles in supercooled regions of northern Canadian
Klugmann, D., and R. Judaschke (1996) A 94-GHz
cumulus clouds. Journal of Applied Meteorology, 18:
FMCW doppler radar profiler using a solid state trans-
10561065.
mitter. Beitr. Physica Atmospherica, 69(1): 239246.
Jameson, A. (1994) The estimation of rainfall para-
Knollenberg, R. (1981) Techniques for probing cloud
meters using spaceborne and airborne nadir-pointing
microstructure. In Clouds, Their Formation, Optical
radars. Journal of Applied Meteorology, 33: 230244.
Properties, and Effects (P. Hobbs and A. Deepak, Ed.).
Jeck, R. (1980) Icing characteristics of low altitude,
New York: Academic Press, p. 1591.
supercooled layer clouds. U.S. Department of Trans-
Koenig, L.R. (1963) The glaciating behavior of small
portation, Interim Report No. FAARD-80-24.
cumulonimbus clouds. Journal of the Atmospheric Sci-
Jeck, R. (1982) 5500 miles of liquid water and drop-
ences, 20: 2947.
size measurements in supercooled clouds below 10,000
Koenig G., C. Ryerson, J. Mead, and A. Pazmany
feet AGL. In Proceedings of the Conference on Cloud
(1999) Multi-frequency radar technique for detecting
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