'Heavy water' presentation slideshows

Energy Saving and Conversion (MSJ0200)

Energy Saving and Conversion (MSJ0200). 2011. Autumn semester 7 . a nd 8 . lecture s Nuclear power technologies. Nuclear power. Nuclear power can use two naturally occuring elements (as the sources of its fissioning energy): Uranium Thorium

1.04k views • 88 slides

Nuclear Reactors An Introduction

Nuclear Reactors An Introduction. Overview. Nuclear Physics Neutrons, Fission and Criticality Reactor Components Fuel, Moderator and Coolant Types of Nuclear Reactors Generation III and Generation IV Reactors Advantages and Disadvantages of Nuclear Power. The Root of It All: The Atom.

1.18k views • 64 slides

Safety aspects of Indian advanced reactors

Safety aspects of Indian advanced reactors. K.K. Vaze, Director Reactor Design and Development Group Bhabha Atomic Research Centre, Trombay, Mumbai 400085 India. 1. Post Fukushima Scenario. Fukushima Accident.

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Nuclear Technology

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PHYSICS DESIGN OF 30 MW MULTI PURPOSE RESEARCH REACTOR Archana Sharma Research Reactor Services Division BHABHA ATOMIC RESEARCH CENTRE, INDIA. To meet the increasing needs of radio-isotopes for application in the field of medicine, agriculture and industry

618 views • 37 slides

The Beginning of the Nuclear Age

The Beginning of the Nuclear Age. The Einstein Szilard letter to Roosevelt Aug. 2, 1939. "Because of the danger that Hitler might be the first to have the bomb, I signed a letter to the President which had been drafted by Szilard. Had I known that the fear was not justified, I would

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Nuclear Physics 1

Nuclear Physics 1. Topics. Composition of the Nucleus Ground State Properties Nuclear Structure Binding energy Nuclear Models Summary. Geiger, Marsden, Rutherford expt. (Geiger, Marsden, 1906 - 1911) (interpreted by Rutherford, 1911) get ? particles from radioactive source

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CNS

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366 views • 29 slides

Alternative Energy Sources

Alternative Energy Sources. Nuclear Energy. Nuclear Fission. The source of nuclear energy. 1. Artificial Transmutation 2. Decay The neutron is the key!. Transmutation. Radioactive Decay. U-236 is very unstable.

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Neutrino Physics - Lecture 4

402 views • 28 slides

The Sun

The Sun. Internal structure of the Sun Nuclear fusion Protons, neutrons, electrons, neutrinos Fusion reactions E = mc 2 Transport of energy in the sun How do we know? Reading chapter 18.1-18.5. The Sun. The Sun. Internal Structure of the Sun.

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Controlled Fission

Controlled Fission. k ? = f p ??,. Fast from thermal, as defined in HW 11. Fast from fast, ?. Thermal from fast, p. Thermal available for fuel Thinking QUIZ

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Nuclear Research Activities NATIONAL INSTITUTE OF RESEARCH AND DEVELOPMENT

Nuclear Research Activities NATIONAL INSTITUTE OF RESEARCH AND DEVELOPMENT FOR CRYOGENICS AND ISOTOPE TECHNOLOGIES RM VALCEA May, 2006. GENERAL PRESENTATION OF ICIT. MAIN ACTIVITIES :

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Cold Fusion

Cold Fusion. By Kevin Yuen And Logan Mercer. Fission Splits atom Comparatively not as much energy require Huge energy comes out Very expensive Very dangerous. Regular Fusion Fuses atom Massive energy required Little net gain. Very Expensive Can be dangerous. Nuclear Energy.

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Basic Laboratory Techniques in Chemistry

Basic Laboratory Techniques in Chemistry. PURIFICATION OF WATER. The usual laboratory method of obtaining pure water is distillation. This method of purification will remove any substance that has a boiling point heigher than that of water.

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Decommissioning Nuclear Reactors

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3-8 Nuclear Power Generation

3-8 Nuclear Power Generation. (11.3 pg 318-322) . Physicists figured out they could cause a self-propagating set chain reaction of nuclear fission reactions from a single neutron to create a lot of energy ( Fig.1 p.318 ). .

180 views • 9 slides

Nuclear Reactor

Nuclear Reactor. David Scott. Facts. Most nuclear electricity is generated using just two kinds of reactors which were developed in the 1950s and improved since. New designs are coming forward and some are in operation as the first generation reactors come to the end of their operating lives.

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Definition of sabotage and how was it used in WWII

Definition of sabotage and how was it used in WWII. BY: IDIALU ABHULIMEN. What is sabotage?. Sabotage is a deliberate act of destruction or a disruption in which equipment is damaged. How was it used in World War II.

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