PPT-Fission bombs versus Fusion Bombs

Bikini Atoll Hbomb Test 2013 500month plus free medical care from US Gov Todays Plan Particle Detectors Bubble Chamber example Cherenkov radiation Quiz Elements of a multipurpose particle spectrometer . Read the . first page of the packet. While reading, make notice of . . . . T. he events leading up to the dropping of the atomic bombs.. The reasons for using the atomic bombs.. Why did we drop the Atomic Bombs?. Presentation is made by Nick . S and George.CH. What are explosives and how they work?. . H. ow many types of explosives are ?. What is a detonation?. Fuel-air bomb or . father of all bombs. What are explosives and how they work?. Wesley . Deason. , . Saturday, January 26. th. , 2013. 2013 OSU-ANS Winter Conference . Agenda. Background. Project Purpose. Project Methods. Current Progress. Future Work. What is Vented Fuel?. Simply the venting of accumulated fission product gases. . exocytosis. and fission of artificial vesicles. E. Boenzli. 1. , M. Hadorn. 1. , D. de Lucrezia. 2. , M. G. Jørgensen. 3. , P. Eggenberger Hotz. 4. , M. M. Hanczyc. 1. , T. Yomo. 5. References. (1). Dubna. , Russia. Avazbek NASIROV. Joint Institute for Nuclear Research. Contents of talk. Short information about synthesis of superheavy elements . . in heavy ion collisions.. 2. Significance of nuclear reactions: . Heavy Elements can reduce. energy (i.e. increase binding. energy per nucleon) by. splitting roughly in half.. U 235 fission fragment distribution. Excess Neutrons. 235. 92. U + n . →. . 86. 38. Atoms consist of a nucleus surrounded by electrons. Chemistry is produced by interactions involving the electrons around the atom. t. his involves small energy changes (~0.01 eV) and can happen at room temperatures. γ-ray spectra in . fast neutron-induced fission. Brugge – ND 2016. J.-M. Laborie, . G. Bélier. , J. . Taieb CEA/DIF F-91297 Arpajon, France. A. . . Oberstedt. . Fundamental. . Fysik. , . Chalmers. Gamma radiation. In gamma radiation no particle is released, just a “packet” of energy.. Photon- “packet” of energy.. When an atom has too much energy, it is . excited. , it’s electrons are in higher energy levels.. 248. Cf, . 254,256. Fm and . 260. No. .  . K.B. . G. ikal. FLNR JINR. Nucleus-2020. Fission process. 2. Fission modes (proposed by U. . Brosa. ). SuperLong. - strongly elongated shapes of a . fissioning. Enormous Energies. Nuclear Fission. Take a large atom and impact the nucleus with a particle. . Split the atom releasing high energy, more high energy neutrons, and two daughter nuclides.. Fission occurs only rarely in nature. Alpha decay is much more common.. The Sun produces energy in this manner.. Hydrogen bombs use this process.. Much more energy per gram is released by fusion than is by fission.. Fusion reactions create no radioactive waste . Unfortunately it is much harder to start and control a self sustaining reaction.. A. Henriques. 1. , B. Jurado. 1. , D. Denis-Petit. 1,2. , M. Grieser. 3. , J.C. Thomas. 4. , T. Chiron. 1. , L. Gaudefroy. 2. , J. Glorius. 5. , C. Langer. 6. , Y. A. Litvinov. 5. , L. Mathieu. 1. , V. Méot.