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| inflatable_spaces [2008-07-21 16:59] – 62.166.51.71 | inflatable_spaces [2011-12-09 15:41] – 80.56.50.9 |
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| | Airprob International made the auditorium on the beach. See more inflatatbles on www.airprob.com. |
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| {{white_space_peter_.jpg?460}}\\ | {{white_space_peter_.jpg?460}}{{:big_infl_.jpg?300}}\\ |
| {{wdw.jpg?720}} | {{wdw.jpg?720}} |
| Space 02: Cocky Eek 2006 | Space 02: Cocky Eek 2006 |
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| {{Magna_img_2.jpg?450}}{{magna.jpg?200}}\\ | {{Magna_img_2.jpg?470}}{{magna.jpg?200}}\\ |
| Magna Science Adventure Centre, Copyright © 2001-2005 ITEK-USA, Inc. itek-usa.com/projects/\\ | Magna Science Adventure Centre, Copyright © 2001-2005 ITEK-USA, Inc. itek-usa.com/projects/\\ |
| The Education Centre/Packed Lunch Area is intended to accommodate large groups of school children who would be encouraged to learn about topics related to the themes of the Science Centre. It also serves an as area where they can eat and drink.The structures built for Magna are twin-walled, that is, the walls are made up of two layers of fabric with an air gap in between. It is the air between the two layers that is pressurised to provide rigidity for the structure. This means that conventional doors can be used to enter and exit the buildings as the air inside the building no longer requires pressurisation. In addition, the volume of air inside the walls is very small compared with the size of the building and so very little power is required to keep that air pressurised.\\ | The Education Centre/Packed Lunch Area is intended to accommodate large groups of school children who would be encouraged to learn about topics related to the themes of the Science Centre. It also serves an as area where they can eat and drink.The structures built for Magna are twin-walled, that is, the walls are made up of two layers of fabric with an air gap in between. It is the air between the two layers that is pressurised to provide rigidity for the structure. This means that conventional doors can be used to enter and exit the buildings as the air inside the building no longer requires pressurisation. In addition, the volume of air inside the walls is very small compared with the size of the building and so very little power is required to keep that air pressurised.\\ |
nik