E. THESES AND ASSOCIATES SUPERVISED

Masters Students
1965:
- M.G. Ferland, "Density and crystallographic structure of hailstone shells", pp. 42.
- W.A. Murray, "Crystal structure of frozen drops, pp. 65.
- Ronald Method, "Heat exchange ratios of hailstones in a model cloud and their simulation in a laboratory", pp. 35.

1966:
- R.B. Charlton, "A hailcloud model in which the free water content is depleted by the growing hailstones", pp. 60.
- M.J. Hand, "The wake of freely falling water drops", pp. 44.
- J.-G. Dussault, "Heat and mass transfer of spherical and spheroidal hailstones", pp. 44.
- R. Charbonneau, "Crystallographic structure of frozen drops", pp. 54.
- J.G. Cantin, "Structural properties of a hailstone sample", pp. 61.
- P.I. Buttels, "Growth and feedback mechanisms of hailstones in model cloud", pp. 91.

1967:
- E.P. Lozowski, "Wind tunnel measurements of the drag and lift forces and the restoring moment acting on oblate spheroids", pp. 94.
- D.M. Whelpdale, "Factors affecting the coalescence of colliding water drops", pp. 70.

1968:
- R.H. Shaw, "Fluid tunnel measurements of awakes behind model hailstones". pp. 70.
- R.D. Hierlihy, "Measurements of the mass transfer of spheroidal hailstone models", pp. 66.

1969:
- A.C. Byram, "The aerodynamics of oblate spheroidal hailstone models", pp. 91.
- T.L. Clark, "Dynamic entrainment in one-dimensional steady state convective clouds", pp. 54.
- R.S. Schemenauer, "Measurements of the drag coefficients and characteristic motions of snow crystal, graupel and small hail models", pp. 108.

1970:
- Claude Girard, "Convective cloud dynamics", pp. 92.
- C.F. MacNeil, "A preliminary study of collisions between falling raindrops", pp. 53.

1972:
- T.A. Agnew, "Air bubble structure in artificial hailstones", pp. 42.
- L.A. Barrie, "Frazil and anchor ice in rivers", pp. 130.
- R.C. Bennett, "The development of an acoustic radar for an urban environment", pp. 40.

1974:
- T.B. Low, "Collision, coalescence, and breakup of raindrops", pp. 62.
- Humfrey Melling, "The determination of vertical air motion in the planetary boundary layer by acoustic echo-sounding", pp. 66.
- R.E. Stewart, "Analysis of the growth of spheroidal hailstones under simulated natural icing conditions", pp. 72.

1975:
- P.I. Joe, "Investigation of the bouncing of supercooled water droplets from an artificially growing hailstone, p. 254.
- T. Koolwine, "Freezing rain", p. 92.
- P.W. Stagg, "Heat transfer at the surface of rotating spheroidal hailstone models", p. 307.
- V.R. Swail, "The location of lightning and its relation to radar-detected thunderstorms", p. 60.

1976:
- Richard Laurence, "The potential for rainfall enhancement in Southwestern Ontario", p. 164.
- Richard Verret, "Considerations on the thermodynamics of cumulus cloud modelling", p. 170.

1977:
- Eduardo Freire, "Electrical effects on the formation of precipitation; theoretical collision efficiencies of 10µm and 9µm droplets", p. 127.
- J.R. Miner, "An experimental investigation of the aerodynamics of oblate spheroids in free fall", p. 79.

1980:
- Christopher Fung, "Raindrop collision experiments under low pressure", p. 55.
- G.B. Lesins, "Ice accretions on rotating cylinders, p. 76.

1983:
- Fernando Garcia-Garcia, "Heat transfer and shedding from rotating, spherical hailstones", pp. 58.
- Doug McDonald, "Heat transfer for melting spheroidal hailstones". pp. 54.

1986:
- T.E. Robinson, "Rainbands in Southern Ontario", M.Sc. Thesis, pp. 113.
- S. Cober, "The growth of graupel in the icing tunnel", M.Sc. Thesis, pp. 91.

1987: R. Kuhn, "Surface temperatures of rotating spherical hailstones during accretional growth", pp. 104.

1988: B.J.W. Greenan, "Surface temperatures and water skins on growing hailstones", pp. 129.

1989: G. McFarquhar, "Drop-Size Distributions in Pulsating Warm Rain Shafts", pp. 151.

1990: R. Nissen, "The parameterization of warm rain at 50 kPa".

1991: A. Thomson, "Doppler Radar A-scope processing".

1992:
- N. Zakhary, "Calibration of Raindrop Grey-scale Disdrometers".
- P. Berdeklis, "Charge transfer during graupel growth".

1993: P. Harasti, "Extracting streamline curvatures and cross-wind speed gradients from single Doppler radar data".

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