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Flight 31 image 1104
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1104
Flight 31 image 1105
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1105
Flight 31 image 1106
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1106
Flight 31 image 1107
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1107
Flight 31 image 1108
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1108
Flight 31 image 1109
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1109
Flight 31 image 1110
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1110
Flight 31 image 1111
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1111
Flight 31 image 1112
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1112
Flight 31 image 1113
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1113
Flight 31 image 1114
Description:
Flight 31. [Equipment] Octopus appendix, command receiver, 1724 kc transmitter, and Olland cycle. Telemetering by way of Lofam. Up, down, and horizon cameras. Low battery voltage blowdown. 1" glass filament tapes. 11 mil. antenna. 1/2" rubber under cors
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 31 image 1114
Flight 32 image 1115
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1115
Flight 32 image 1116
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1116
Flight 32 image 1117
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1117
Flight 32 image 1118
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1118
Flight 32 image 1119
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1119
Flight 32 image 1120
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1120
Flight 32 image 1121
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1121
Flight 32 image 1122
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1122
Flight 32 image 1123
Description:
Flight 32. [Equipment] Same as flight #31, but without horizon camera. [Balloon] Winzen #1.5-mm. balloon, #150-V-148. [Altitude] Theoretical: 85,000 Actual: 84,276 [Results] Winzen #1.5-mm. balloon, #150-V-148. See Progress Report on High Altitude Plastic
Creator:
University of Minnesota. Department of Physics.
Contributed By:
University of Minnesota, School of Physics and Astronomy.
Last Updated:
2018-01-26
Flight 32 image 1123