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Vincent E. Lally
Vincent E. Lally (September 13, 1922 – September 20, 2005) received a B.S.in Meteorology from the University of Chicago in 1944. After service in the Pacific as a meteorologist and radar officer in the Army Air Corps, Lally returned to M.I.T. where he received the degrees of B.S. in Electrical Engineering in 1948 and M.S, in Engineering Administration in 1949. From 1951 to 1958 he worked at the Geophysics Research Directorate of the Air Force Cambridge Research Center where he was the leader of the meteorlogical equipment development program for the Air Force. From 1958 to 1961 he was manager of research at Teledynamics, Inc., and then accepted appointment at the newly formed National Center for Atmospheric Research (NCAR) as Director of the National Scientific Balloon Facility. In 1965 he established the Global Atmospheric Research Program (GAMP) to develop long-duration balloons.〔(Clip, Oral History Interview with Vincent Lally ). (1993). American Meteorological Society.〕
== Scientific achievements ==
In addition to leading the national program to develop facilities for scientific ballooning, Lally made a number of major contribution to the use of balloons as a vehicle for atmospheric measurements. The demonstration of the capability to fly superpressure balloons on multiple orbits of the globe was the critical experiment which triggered international support for the Global Atmospheric Research Program. In 1966, NCAR scientists launched a globe-circling balloon from Christchurch, New Zealand. This was one of a series of GHOST (global horizontal sounding technique) balloons tested in order to collect meteorological data from all of the earth's atmosphere and predict global weather on a long-range basis.〔(Scientific balloon circles the globe ), Information Releases, Archives, National Center for Atmospheric Research (NCAR).〕 The ROBIN (Rocket-Balloon-Instrument) sphere, designed in 1955, was the principal vehicle for rocket soundings of the atmosphere. Lally also developed the technique for reliable erection of space-inflatables. The Radiation-Controlled Balloon (RACOON) demonstrated in 1980 that the radiation-environment rather than ballast could achieve long-duration flight for zero-pressure balloons. It became the standard technique for global flight and recovery of heavy scientific payloads.〔(Vincent Lally Papers ). NCAR Archives Digital Collection.〕
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