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25 Objekte
2. Stratosphärenflug Auguste Piccard, (1932)
45 Objekte
Auguste Piccard (1884-1962)
start SCHWEIZ BALLONFAHRT
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(RM) 41674200
SCHWEIZ BALLONFAHRT AUGUSTE PICCARD 1932
Zahlreiche Schaulustige verfolgen am 18. August 1932 in Duebendorf, Schweiz, wie der Schweizer Wissenschaftler Auguste Piccard in die Kapsel seines Ballons steigt, mit dem er in Begleitung des belgischen Physikers Max Cosyns zu seinem zweiten Flug in die Stratosphaere aufbricht. Sie stellten an diesem Tag mit ueber 16'000 Metern einen neuen Hoehenrekord auf. (KEYSTONE/PHOTOPRESS-ARCHIV/Es) Numerous spectators watch Swiss scientist Auguste Piccard climbing into the gondola of his balloon before the take-off for his second balloon flight to the stratosphere, pictured on the airfield of the airport in Duebendorf, Switzerland, on August 18, 1932. A Belgian physicist accompanies Piccard on this record flight. They reached an altitude of 16'200 m. Auguste Piccard (1884-1962) was a physicist, inventor and explorer. An interest in ballooning and a curiosity about the upper atmosphere led him to design and construct a spherical, pressurized aluminum gondola which would allow him to ascend to great altitude without requiring a pressure suit in 1930. Piccard and a Belgian engineer reached a record altitude of 15'785 m on May 27, 1931. During this flight, Piccard was able to gather substantial data on the stratosphere. In the mid-1930s, Piccard's interests shifted when he realized that a modification of some of his atmospheric balloon concepts would allow to descend into the deep ocean and he designed a small steel gondola to withstand great external pressure. Piccard and his son built the improved Bathyscaphe Trieste in 1953. (KEYSTONE/PHOTOPRESS-ARCHIV/Es)
(RM) 41641320
SCHWEIZ BALLONFAHRT AUGUSTE PICCARD 1932
Der Schweizer Wissenschaftler Auguste Piccard steht vor dem naechtlichen Start seines zweiten Fluges mit einem Ballon in die Stratosphaere, am 18. August 1932 in Duebendorf, Schweiz, auf seiner Gondel und richtet die Seile. Piccard wird auf seinem Flug von dem belgischen Physiker Max Cosyns begleitet. (KEYSTONE/PHOTOPRESS-ARCHIV/Es) Swiss scientist Auguste Piccard stands on the gondola and sets the ropes before the take-off of his second balloon flight to the stratosphere, pictured in Duebendorf, Switzerland, on August 18, 1932. A Belgian physicist accompanies Piccard on his flight. Piccard made a record-breaking ascent to 16'200 m on August 18, 1932. Auguste Piccard (1884-1962) was a physicist, inventor and explorer. An interest in ballooning and a curiosity about the upper atmosphere led him to design and construct a spherical, pressurized aluminum gondola which would allow him to ascend to great altitude without requiring a pressure suit in 1930. Piccard and a Belgian engineer reached a record altitude of 15'785 m on May 27, 1931. During this flight, Piccard was able to gather substantial data on the stratosphere. In the mid-1930s, Piccard's interests shifted when he realized that a modification of some of his atmospheric balloon concepts would allow to descend into the deep ocean and he designed a small steel gondola to withstand great external pressure. Piccard and his son built the improved Bathyscaphe Trieste in 1953. (KEYSTONE/PHOTOPRESS-ARCHIV/Es)
(RM) 41641315
SCHWEIZ BALLONFAHRT AUGUSTE PICCARD 1932
Zahlreiche Schaulustige verfolgen am 18. August 1932 in Duebendorf, Schweiz, den naechtlichen Start zum zweiten Flug des Schweizer Wissenschaftlers Auguste Piccard mit einem Ballon in die Stratosphaere. Piccard wird auf seinem Flug von dem belgischen Physiker Max Cosyns begleitet. (KEYSTONE/PHOTOPRESS-ARCHIV/Es) Numerous spectators watch the nocturnal take-off of Swiss scientist Auguste Piccard's second balloon flight to the stratosphere in Duebendorf, Switzerland, pictured on August 18, 1932. A Belgian physicist accompanies Piccard on his flight. Piccard made a record-breaking ascent to 16'200 m on August 18, 1932. Auguste Piccard (1884-1962) was a physicist, inventor and explorer. An interest in ballooning and a curiosity about the upper atmosphere led him to design and construct a spherical, pressurized aluminum gondola which would allow him to ascend to great altitude without requiring a pressure suit in 1930. Piccard and a Belgian engineer reached a record altitude of 15'785 m on May 27, 1931. During this flight, Piccard was able to gather substantial data on the stratosphere. In the mid-1930s, Piccard's interests shifted when he realized that a modification of some of his atmospheric balloon concepts would allow to descend into the deep ocean and he designed a small steel gondola to withstand great external pressure. Piccard and his son built the improved Bathyscaphe Trieste in 1953. (KEYSTONE/PHOTOPRESS-ARCHIV/Es)
(RM) 41641300
SCHWEIZ BALLONFAHRT AUGUSTE PICCARD 1932
Ein Teammitglied gibt am 18. August 1932 in Duebendorf, Schweiz, vor dem Start zum Flug mit einem Ballon in die Stratosphaere, einigen interessierten Zuschauern Erklaerungen ueber das Material ab. Max Cosyns begleitet den Schweizer Wissenschaftler Auguste Piccard auf dessen zweiten Flug in die Stratosphaere. (KEYSTONE/PHOTOPRESS-ARCHIV/Es) A team member explains the material to interested spectators before the take-off of Auguste Piccard's second balloon flight to the stratosphere, pictured in Duebendorf, Switzerland, on August 18, 1932. A Belgian physicist accompanies Swiss scientist Piccard. Piccard made a record-breaking ascent to 16'200 m on August 18, 1932. Auguste Piccard (1884-1962) was a physicist, inventor and explorer. An interest in ballooning and a curiosity about the upper atmosphere led him to design and construct a spherical, pressurized aluminum gondola which would allow him to ascend to great altitude without requiring a pressure suit in 1930. Piccard and a Belgian engineer reached a record altitude of 15'785 m on May 27, 1931. During this flight, Piccard was able to gather substantial data on the stratosphere. In the mid-1930s, Piccard's interests shifted when he realized that a modification of some of his atmospheric balloon concepts would allow to descend into the deep ocean and he designed a small steel gondola to withstand great external pressure. Piccard and his son Jacques built the improved Bathyscaphe Trieste in 1953. Jacques Piccard and Lt. Don Walsh of the US Navy reached a depth of 10'911 m in the Mariana Trench on January 23, 1960. (KEYSTONE/PHOTOPRESS-ARCHIV/Es)
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