]]>http://blog.asd-ddrs.org/lidasklirou/2010/02/24/tensegrity-chopstick-elastic-band-structure-part-2/feed/3tensegrity, chopstick & elastic band structure , part1
http://blog.asd-ddrs.org/lidasklirou/2010/02/24/tensegrity-chopstick-elastic-band-structure-part1/
http://blog.asd-ddrs.org/lidasklirou/2010/02/24/tensegrity-chopstick-elastic-band-structure-part1/#commentsWed, 24 Feb 2010 10:59:15 +0000lidasklirouhttp://blog.asd-ddrs.org/lidasklirou/?p=185
]]>http://blog.asd-ddrs.org/lidasklirou/2010/02/24/tensegrity-chopstick-elastic-band-structure-part1/feed/0curved surface with pv on tensile fabric structure
http://blog.asd-ddrs.org/lidasklirou/2010/02/01/curved-surface-with-pv-on-tensile-fabric-structure/
http://blog.asd-ddrs.org/lidasklirou/2010/02/01/curved-surface-with-pv-on-tensile-fabric-structure/#commentsMon, 01 Feb 2010 09:22:44 +0000lidasklirouhttp://blog.asd-ddrs.org/lidasklirou/?p=164
]]>http://blog.asd-ddrs.org/lidasklirou/2010/02/01/curved-surface-with-pv-on-tensile-fabric-structure/feed/0flat surface solar tracking
http://blog.asd-ddrs.org/lidasklirou/2010/02/01/flat-surface-solar-tracking/
http://blog.asd-ddrs.org/lidasklirou/2010/02/01/flat-surface-solar-tracking/#commentsMon, 01 Feb 2010 09:15:30 +0000lidasklirouhttp://blog.asd-ddrs.org/lidasklirou/?p=151
]]>http://blog.asd-ddrs.org/lidasklirou/2010/02/01/flat-surface-solar-tracking/feed/0mimicking the sunflower
http://blog.asd-ddrs.org/lidasklirou/2010/02/01/mimicking-the-sunflower/
http://blog.asd-ddrs.org/lidasklirou/2010/02/01/mimicking-the-sunflower/#commentsMon, 01 Feb 2010 09:02:57 +0000lidasklirouhttp://blog.asd-ddrs.org/lidasklirou/?p=141
]]>http://blog.asd-ddrs.org/lidasklirou/2010/02/01/mimicking-the-sunflower/feed/0Dye Solar Cell Technology
http://blog.asd-ddrs.org/lidasklirou/2010/02/01/dye-solar-cell-technology/
http://blog.asd-ddrs.org/lidasklirou/2010/02/01/dye-solar-cell-technology/#commentsMon, 01 Feb 2010 08:33:32 +0000lidasklirouhttp://blog.asd-ddrs.org/lidasklirou/?p=136
“Compared to conventional silicon based photovoltaic technology, Dyesol’s technology has lower cost and embodied energy in manufacture, it produces electricity more efficiently even in low light conditions and can be directly incorporated into buildings by replacing conventional glass panels rather than taking up roof or extra land area.” (from company website)
]]>http://blog.asd-ddrs.org/lidasklirou/2010/02/01/dye-solar-cell-technology/feed/0