Prof. Hiraku Sakamoto has made great contribution to the deployment of sail, which is the most difficult mission of the small solar power sail demonstrator IKAROS.
SV対空レーダーがセイル上部に増設され、特徴的な横の膨らみを形作った。
An SV radar aerial was added to the top of the sail, creating a distinctive side bulge.
しかしアマツヤは、勇気を奮い起こし、自分の軍隊を率いて塩の谷まで進み、一万のセイル兵を打ち倒した。
Ch 25:11 But Amaziah took courage and led out his people and went to the Valley of Salt and struck down 10,000 men of Seir.
Attitude operation strategy for IKAROS The solar-light pressure applied to the sail also acts as a torque disturbing IKAROS's attitude in addition to translational force i.e., light-pressure acceleration.
The EnergySail(patent pending) is unlike any other sail- it can be used even when a ship is at anchor or in port and has been designed to withstand high winds or even sudden micro-bursts.
Sydney's iconic landmarks, its Harbour and urban spaces were transformed by 3D projections and over 60 light installations including the sails of the World Heritage Sydney Opera House.
Furthermore, Prof. Sakamoto, in the study team on the next solar power sail, has proposed a method for storing an ultra-large sail of several thousand square meters class.
In particular, he built a most rigorous sail model, and after numerical analysis, he pointed out the influence that the infinitesimal rigidity of the membrane surface will have on deployment.
Currently, aiming at the generalization of solar power sail, Prof. Sakamoto has proposed a sail deploying method using a boom and is conducting researches actively.
The OrigamISat-1 Project was born of my experience participating in the development of the small solar power sail demonstrator, IKAROS, launched in 2010, and my involvement in the testing of large membrane structure storage and deployment methods.
Vivid Sydney, the world's largest festival of light, music and ideas returns in 2018 with a spectacular new precinct at Luna Park, the return of much-loved Customs House, and a fantastical blend of everyday objects and Australian-inspired motifs on the sails of the Sydney Opera House.
Reason for Award Structure research on realizing the storage and deployment of the small solar power sail demonstrator IKAROS Prof. Hiraku Sakamoto has made great contribution to the deployment of sail, which is the most difficult mission of the small solar power sail demonstrator IKAROS.
The world's largest festival of light, music and ideas, Vivid Sydney, will return in 2018 with a spectacular new precinct at Luna Park, the return of the much-loved Customs House, and a blend of everyday objects and Australian-inspired motifs on the sails of the Sydney Opera House.
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