Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 19. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1638 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 20. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1746 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 20. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1746 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 20. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1746 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 20. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1746 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 20. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1746 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 20. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1746 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 20. The first twenty flights of the High Altitude Balloon Project at the University of Minnesota were conducted to develop general launching techniques, to measure balloon performance, and to test instrumentation. [Equipment] Radio: Standard 1746 K
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Severe storms ripped off nearly half of the boards of the windscreen the day before the launching of flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] G
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Balloon launch of flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Balloon launch of flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Ascent of flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Ascent of flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Ascent of flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Ascent of flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Ascent of flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The heavy canopy of the balloon begins to fall over the side, which obstructed the flow of gas for inflation. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] Gen
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. Flight #21 [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitude] 47,600 [Results] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. See Progress Report on High Altitude Plastic B
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The recovered equipment from flight #21 was badly damaged, but all flight records, including the movie film, were in good condition. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitud
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The recovered equipment from flight #21 was badly damaged, but all flight records, including the movie film, were in good condition. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitud
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The recovered equipment from flight #21 was badly damaged, but all flight records, including the movie film, were in good condition. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitud
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The recovered equipment from flight #21 was badly damaged, but all flight records, including the movie film, were in good condition. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitud
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The recovered equipment from flight #21 was badly damaged, but all flight records, including the movie film, were in good condition. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitud
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The recovered equipment from flight #21 was badly damaged, but all flight records, including the movie film, were in good condition. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitud
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The recovered equipment from flight #21 was badly damaged, but all flight records, including the movie film, were in good condition. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitud
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 21. The recovered equipment from flight #21 was badly damaged, but all flight records, including the movie film, were in good condition. [Equipment] Standard instrumentation [Balloon] General Mills 1161 balloon, 1-mm polyethylene, DE-2500. [Altitud
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Flight 22. Difficulties with the launching required modifications to the balloon before a second attempt. [Equipment] Short appendix, 11-m antenna, polished aluminium girdle. Manufactured with glass tapes. [Balloon] Winzen 1.5-mm balloon. [Altitude] Theo
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
