PPT-Emerging Radiation Effects: Singly charged particles and

innovative materials ESR 04 Vanessa Wyrwoll 2 RADSAGA Training Workshop March 2018 Investigation of impact on failure rate of stateoftheart microelectronic components Increasingly sensitivity to minor charged particles . 3.1 before . viewing the slide show.. Unit 9. The Relationship Between Electricity and the Atom. Electrolysis (3.1). Cathode Ray Tubes (3.1). Mass-to-Charge Ratio for Electron (3.1). Positive Particles (3.1). Lesson 3:. Uses of Electrostatics. (part 1). Starter. Solve the following anagrams (all connected with charge and electrostatics):. cattis. chosk. desplad. garech. raid rifle bolt. rathe. regyne. ANSWERS. A calorimeter is a detector that measures “energy” of the particles that pass through. . Ideally . it stops all particles of interest.. Usually made of an active and a passive layer. Passive is usually a high density material that causes a lot of interactions with the particle of interest (LEAD). It serves to slow down the particle.. Quantities. and . units. in radiation dosimetry. Marco SILARI, . CERN. 1. th. Annual ARDENT Workshop, Vienna, 20-23 November 2012. 1895. D. iscovery . of X rays. Wilhelm . C. . Röntgen. . . 1897 . Radiation for life. Sparks. Insulating materials. Metals are . good conductors. , which means that electric charges move easily through them. Materials such as plastic, wood, glass and polythene are . Artificial Radioactivity. . And Q-value. Consider the nuclear reaction:.  . . 11. Na. 23. + α → [. 13. Al. 27. ] → . 12. Mg. 26. + . 1. H. 1.  . . Z. X. A. + α → [. Z+2. C. n. Particle Detection:. Part 1. Overview. This lecture is part of a topical course on instrumentation. Two . introductory lectures will focus on the interaction of charged particles with matter in a general . Principles. of . detection. . . - . Generalities. about detectors. . - Interaction of . particles. . with. . matter. . 2. Goal :. Observation and identification of final states. . (. whatever. . Intro to Electro Magnetic Waves. (. or electromagnetic radiation). (or EMR). Electro-Magnetic Radiation is an interesting subject in physics in part due to the fact that we interact with EMR (electromagnetic Radiation) or technology that makes use of our understanding of electromagnetic Radiation to enhance our lives. . Radiation refers to the process that is concerned with the passage of energy between places through space. . It is the radiation generated by sun that . regulates the temperature of earth. . . CLASSIFICATION OF RADIATION: ionizing or non-ionizing types. . Nuclear. . radiation: . Arises from hundreds of different kinds of unstable atoms, created in nuclear reactions. .. Ionizing radiation: . Emitted as unstable items. , . which can damage living tissue. Lecture:. . Hans-Jürgen . Wollersheim. e-mail: h.j.wollersheim@gsi.de. Particle Interaction with Matter. Aurora Borealis. Ionization. Particle Interaction with Matter. Cherenkov Light. Characteristic glow from a reactor. INTRODUCTION . Radiation is energy that moves through space or matter at a very high speed. This energy can be in the form of . particles. , e.g. alpha or beta particles, which are emitted from radioactive materials, or . Radioactivity. 2.Radiation interaction with Matter. . 3.Radiation Doses and hazard Assessment.  . Overview. Types of Radioactive Decay. Energetics. of Radioactive Decay. Characteristics of Radioactive Decay.