PPT-Thermal Response of Materials to a High Energy Radiation He

Dr Matthew C Carroll Texas A amp M University at Galveston 2011 Thermal and Fluids Analysis Workshop Passive Thermal Session 1 Newport News Virginia August 2011 What are we doing The Big Picture. Apply knowledge of thermal mass and insulation with passive design strategies to reduce the energy needed by active systems. Thermal Mass. Material’s resistance to change in temperature as heat is added or removed. [3]. Heat transfer processes. convection. conduction. radiation . . Physics of the atmosphere. the ozone layer. Greenhouse effect. climate change. Lecture 17. 1. .  . radiation. heat can be transferred by the emission of electromagnetic waves – thermal “light waves”, . Chapter 6: Section 2. Before the video…. Get out a sheet of paper.. Write an example of each type of thermal energy transfer discussed in the video.. Bill Nye Clip. After the video. Draw a diagram of each type of thermal energy transfer that you listed from the video. Include the heat source, where it is going, and what it is heating up. . [3]. Heat transfer processes. convection. conduction. . . radiation . . Physics of the atmosphere. the ozone layer. Greenhouse effect. climate change. 1. Thermodynamics- review. Thermodynamics. Conduction. Thermal energy is transferred from place to place by . conduction, convection, and radiation.. . Conduction. is the transfer of thermal energy by . collisions between particles in matter. Thermal Remote Sensing. Airborne thermal image of warm creek flowing into ocean near Anchorage, AK. Thermal sensors . measure . the amount of . emitted. . long wave . IR that is “upwelling” from the surface. ATS 150. Lecture . 3. Defining Energy is Hard!. “. Energy. is the capacity to perform . work. ”. (but physicists have a special definition for . “. work,. ”. too!). Part of the trouble is that scientists have . . conduction. c. onvection. radiation. Energy can be transferred from one system to another (or from a system to its environment) in different ways: . Thermally. , when a warmer object is in contact with a cooler . Physical and . Geo Content. Before the video…. Get out a sheet of paper.. Write an example of each type of thermal energy transfer discussed in the video.. Bill Nye Clip. After the video. Draw a diagram of each type of thermal energy transfer that you listed from the video. Include the heat source, where it is going, and what it is heating up. . Heat transfer processes. convection. conduction. . . radiation . . Physics of the atmosphere. the ozone layer. Greenhouse effect. climate change. 1. Thermodynamics- review. Thermodynamics. is the science dealing with heat, work, and energy and the trans-formation of one into the other. Weilin . Jiang, David Senor. Pacific . Northwest National . Laboratory. HPT R&D Roadmap Workshop. May 31 - June 1, 2017, . Fermilab. Driving Force for Microstructural Changes Induced by MeV Ion Irradiation in Solids. Defining Energy is Hard!. “. Energy. is the capacity to perform . work. ”. (but physicists have a special definition for . “. work,. ”. too!). Part of the trouble is that scientists have . “. In this unit pupils will learn about heating and thermal equilibrium: temperature difference between 2 objects leading to energy transfer from the hotter to the cooler one, through contact (conduction) or radiation; such transfers tending to reduce the temperature difference; use of insulators. . Lightsource. (SSRL) . Michael Toney . Synchrotron . Materials Sciences . Division, SSRL. SLAC National Accelerator Laboratory. http://. www-ssrl.slac.stanford.edu/toneygroup. Outline. 2. SSRL & Synchrotron Radiation.