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After serving for more than a decade as a hydraulic systems designer and regional manager for Motion Industries (div. Genuine Parts Co.), and then as president and chief hydraulics designer for RPT Industrial Technologies for another nine years, Steve studied and apprenticed for more than eight years under Dr. Rafael Guarga, Eng. prof. emeritus and president of the University of Uruguay. During that time, they collaborated and developed a new frost protection method of controlling cold air flows and draining accumulated cold air masses. An avid sportsman, over the last thirty-five years Steve has devoted much of his spare time to introducing underprivileged children to outdoor sports such as fishing and hunting through a nonprofit organization called the Annual Wild Game Feed. Steve now lives in Crestline, California, and enjoys weekends at the lake with his daughters. He is currently president and CEO of Shur Farms Frost Protection, a company specializing in managing cold air flows in vineyards and orchards worldwide. His speaking engagements range from Chihuahua, Mexico, to Ontario, Canada, and virtually every growing region in the United States. His articles and research in frost protection are regularly published in trade journals throughout the world.
Low temperature represents, together with drought and salt stress, one of the most important environmental constraints limiting the pro ductivity and the distribution of plants on the Earth. Winter survival, in particular, is a highly complex phenomenon, with regards to both stress factors and stress responses. The danger from winter cold is the result not only of its primary effect, i. e. the formation of ice in plant tissues; additional threats are presented by the freezing of water in and on the ground and by the load and duration ofthe snow cover. In recent years, a number of books and reviews on the subject of chilling and frost resistance in plants have appeared: all of these publications, however, concentrate principally on the mechanisms of injury and resistance to freezing at the cellular or molecular level. We are convinced that analysis of the ultrastructural and biochemical alterations in the cell and particularly in the plasma membrane during freezing is the key to understanding the limits of frost resistance and the mechanisms of cold acclimation. This is undoubtedly the immediate task facing those of us engaged in resistance research. It is nevertheless our opinion that, in addition to understanding the basic physiological events, we should be careful not to overlook the importance of the comparative aspects of the freezing processes, the components of stress avoidance and tolerance and the specific levels of resistance.
This book forms the proceedings of the international workshop to be held in Essen, Germany. This workshop summarises the conclusion of the technical committee's investigations into the resistance of concrete to freeze-thaw attack, specific in this to resistance with or without de-icing chemicals. It presents the RILEM recommendations on testing the freeze-thaw and de-icing salt resistance of concrete.
The effects of primary and runback icing and frost formations on the drag of an 8-foot-chord NACA 651-212 airfoil section were investigated over a range of angles of attack from 2 degrees to 8 degrees and airspeeds up to 260 miles per hour for icing conditions with liquid-water contents ranging from 0.25 to 1.4 grams per cubic meter and datum air temperatures of -30 to 30 degrees F.