PPT-1 Ultraviolet Coatings, Materials and Processes for Advanced Telescope Optics

PI Bala K BalasubramanianJPL TRL in 3 TRL current est by PI 3 TRL target 5 Objectives and Key Challenges Development of UV coatings with high reflectivity gt9095 high uniformity lt101 and wide bandpasses 100 nm to 3001000 nm is a major technical challenge as much as it is a key requirement for cosmic origins program and for exoplanet exploration program This project aims to address this key challenge and develop feasible technical solutions . Associate Degree of Applied Engineering . (Renewable Energy Technologies). Lecture . 11 . – . Iron and steel. wikipedia. Iron and steel. EMMAT101A Engineering Materials and Processes. Reference Text. Jim Schwiegerling PhD. College of Optical Sciences. University of Arizona. Tucson, Arizona. Euclid. Raphael’s . School of Athens. Euclid ~300BC. Greek mathematician. His book . Elements. used to teach geometry for over 2000 years.. Associate Degree of Applied Engineering . (Renewable Energy Technologies). Lecture . 17 . – . Aluminium . and its alloys. Aluminium . and its alloys. EMMAT101A Engineering Materials and Processes. Reference Text. Associate Degree of Applied Engineering . (Renewable Energy Technologies). Lecture . 14 . – . The surface hardening of steels. Flame Hardening. The surface hardening of steels. EMMAT101A Engineering Materials and Processes. Associate Degree of Applied Engineering . (Renewable Energy Technologies). Lecture . 12 . – . The heat-treatment of plain-carbon steels. High Carbon Steel is used in springs. http. ://cnhuaxing.en.made-in-china.com. Associate Degree of Applied Engineering . (Renewable Energy Technologies). Lecture . 24 . – . Fibre-reinforced composite materials. Fibre-reinforced composite materials. EMMAT101A Engineering Materials and Processes. Associate Degree of Applied Engineering . (Renewable Energy Technologies). Lecture . 23 . – . Composite Materials. Composite Materials. EMMAT101A Engineering Materials and Processes. Reference Text. Associate Degree of Applied Engineering . (Renewable Energy Technologies). Lecture . 7 . – . Mechanical shaping of metals. Mechanical Deformation of Metals. EMMAT101A Engineering Materials and Processes. nouveaux guides d’ondes, nouvelles non linéarités, . nouvelles directions … . John Dudley. CNRS Institut FEMTO-ST. Université de Franche-Comté . Besançon, France. Mardi 2 décembre 2014. Workshop INSIS - Optique électromagnétique. Single-Dish . Radio Telescopes. Dr. Ron Maddalena. National Radio Astronomy Observatory. Green Bank, WV . March 2016. ©Associated Universities, Inc., 2016. National Radio Astronomy Observatory. National Laboratory. Lecture . 5 . – . Casting Process. Casting iron in a sand mould:. Wikipedia. Casting. Engineering Materials and Processes. Reference Text. Section. Higgins RA & Bolton, 2010. . Materials for Engineers and Technicians, . Jim Schwiegerling PhD. College of Optical Sciences. University of Arizona. Tucson, Arizona. Euclid. Raphael’s . School of Athens. Euclid ~300BC. Greek mathematician. His book . Elements. used to teach geometry for over 2000 years.. Julian C. Christou, Gemini Observatory. With added figures from Andrei Tokovinin (CTIO). An AO Outline. Turbulence. Atmospheric turbulence distorts plane wave from distant object.. How does the turbulence distort the wavefront? . HIghly. . EFficient. intensive energy processes. EU H2020 project: ‘ACHIEF’-General presentation. 1. Project overview. Grant agreement no.: 958374. Coordinator: . COMMISSARIAT A L’ENERGIE ATOMIQUE ET AUX ENERGIES ALTERNATIVES (CEA), .