Analysis Code for High Altitude Balloons - FedOA - Università degli ...
Analysis Code for High Altitude Balloons - FedOA - Università degli ...
Analysis Code for High Altitude Balloons - FedOA - Università degli ...
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Introduction Chapter 1<br />
Asia<br />
Canada<br />
USA<br />
Japan<br />
India<br />
Australian<br />
Continent Australia<br />
Antarctica<br />
(Japan)<br />
(USA)<br />
Scientific Instrumentation<br />
Balloon Launch Facility,<br />
Vanscoy<br />
90<br />
Columbia Scientific<br />
Balloon Facility,<br />
1500<br />
Palestine, TX<br />
Holloman Air Force<br />
Base, Alamogordo, NM 2000<br />
Fort Sumner Municipal<br />
Airport, NM 250<br />
Sanriku Balloon Center,<br />
Iwate 500<br />
National Balloon Facility,<br />
Hyderabad 400<br />
Australian Balloon<br />
Launch Station, Alice<br />
Spring<br />
Syowa Station<br />
150<br />
30<br />
Williams Field,<br />
McMurdo Base 60<br />
Table 1.2 – Main balloon launch bases around the world.<br />
This global interest in scientific ballooning makes evident the fact that this kind of<br />
approach to scientific research <strong>for</strong> near-space applications is both successful and<br />
cost-effective. Indeed, as it will be described later, models and methodologies<br />
developed in this work are applied to a particular and quite innovative use of<br />
high-altitude balloons as carrier system.<br />
1.3 – Zero-Pressure <strong>Balloons</strong><br />
Zero-pressure balloons are the simplest and most common concept of high-altitude<br />
scientific balloon. This section reports a more detailed description of this kind of<br />
balloons since they are the main subject of the present work.<br />
Zero-pressure balloons volume varies from 50000 m 3 to 2 Mm 3 (see Table 1.1),<br />
which can carry payloads between 100 kg and 2000 kg (the record is 3600 kg)<br />
between 25 and 40km (the record is 42 km) 2 .<br />
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