Srivistava (1985), for example, developed a one-dimensional evaporatively driven downdraft model that uses such parameters as raindrop size distributions, rain-water mixing ratios, and sub-cloud lapse rates to predict the maximum velocity in a 
(Srivistava (1985; developed; a one-dimensional evaporatively driven downdraft model that uses such parameters as raindrop size distributions, rain-water mixing ratios, and sub-cloud lapse rates to predict the maximum velocity in a) (a one-dimensional evaporatively driven downdraft model; uses; such parameters as raindrop size distributions, rain-water mixing ratios, and sub-cloud lapse rates; to predict the maximum velocity in a)
Srivistava (1985 a one-dimensional evaporatively driven downdraft model
developed uses
a one-dimensional evaporatively driven downdraft model that uses such parameters as raindrop size distributions, rain-water mixing ratios, and sub-cloud lapse rates to predict the maximum velocity in a
such parameters as raindrop size distributions, rain-water mixing ratios, and sub-cloud lapse rates to predict the maximum velocity in a