PPT-Biomimetic

and Bioinorganic Photochemistry Prof Dr Günther Knör Institute of Inorganic Chemistry Center for Nanobionics and Photochemical Sciences Areas of Interest Research Topics. NASA decided to develop a $288-million Flight Telerobotics Servicer (FTS) in 1987 to help astronauts assemble the Space Station, which was growing bigger and more complex with each redesign. Shown here is the winning robot design by Martin Marietta, who received a $297-million contract in May 1989 to develop a vehicle by 1993. About the best thing that can be said for the FTS project was that it generated a lot of lessons learned. The robot never flew and never will fly because it was never completed. This project demonstrated that fault-tolerance gone wild will doom a robot. The robot had so many redundant systems that there was just too much to go wrong.. Rashed. . Bani. . Ebrahim. Course: First Year Seminar. Biomimetic Designs:. Shinkansen. . Bullet Train . My definition of bio-mimicry. Contents:. Shinkansen. Bullet Train. Kingfishers. How are they related?. Why we should mimic jellyfish for efficient underwater propulsion. Cyro. – . biomimic. jellyfish robot. Guns? I thought this was . bioE. !. Why does a gun recoil?. How is a submarine propelled?. How does a jellyfish propel itself?. Biomimetic. Technology for Active Touch. Tony J. Prescott, Martin J. Pearson, Ben . Mitchinson. , J. Charles W. Sullivan, and Anthony G. Pipe. IEEE Robotics & Automation – September 2009.. Rakesh Gosangi. Sarah-Jane Richards. Supervised by Dr. Rebecca . Notman. What is the Scientific importance of the project? . Cryopreservation of biological materials. .. Blood cell, stem cells and even whole organs. Why we should mimic jellyfish for efficient underwater propulsion. Cyro. – . biomimic. jellyfish robot. Guns? I thought this was . bioE. !. Why does a gun recoil?. How is a submarine propelled?. How does a jellyfish propel itself?. October 29. th. , 2015. Photovoltaic cell diagram. The diagram above illustrates the operation of a basic photovoltaic cell, also called a solar cell. Solar cells are made of . the same kinds of semiconductor materials, such as silicon, used in the microelectronics industry. For solar cells, a thin. Ceramide NP, Ceramide AP, Ceramide EOP, Ceramide-2. Mimics the ceramides found naturally in skin to help prevent TEWL. Helps to repair the skin barrier, improving elasticity and texture. Tetrapeptide-21. Transfer Research at MSU. Renewable Fuels for the Future (RF. 2. ). January 19, 2012. 2. Overview . of presentation. MSU bioelectronics participants and expertise. Example bioelectronics research efforts. Small molecules forming the elementary blocks of biomolecules: amino acids, . small. . peptides. , nucleic acids, sugars…. Can serve as validation . tools. relatively small molecules are the favourite candidates for most oral drugs. activation of C-H bonds of . phenols. . catalyzed. by . copper. -amine complexes. Mebrouka. . Dekhici,. a,b. Didier . Villemin. a. *, Nawel . Cheikh. b,c. , Nathalie Bar. a. a . Laboratoire de Chimie Moléculaire et .