By Ahmad Idris Ahmad. ◦. I believe that cheap clean source of energy can be harnessed through nuclear fusion if the conditions of the reactions are mastered.

Slides:



Advertisements
Similar presentations
Transmutations involve more than just the conversion of one element into another—they also involve the conversion of mass into energy. Nuclear energy released.
Advertisements

By: David Sundine II & Emilio Zavala.  Is anything that has mass and takes up space.  Its unit is a Atoms  It can be changed.
Physics of Fusion Lecture 1: The basics Lecturer: A.G. Peeters.
TITLE: Ionising Radiation Assignment Task 2a/b Objectives (We are learning that): Describe the different types of ionising radiation. (PASS) Describe the.
Nuclear Reactions, Transmutations, Fission and Fusion
NUCLEAR FUSION & NUCLEAR FISSION Noadswood Science, 2012.
Nuclear Reactions: AN INTRODUCTION TO FISSION & FUSION Farley Visitors Center.
Prentice Hall © 2003Chapter 21 Chapter 21 Nuclear Chemistry CHEMISTRY The Central Science 9th Edition.
Nuclear Physics Year 13 Option 2006 Part 2 – Nuclear Fusion.
HANNAH SILVER, SPENCER LUKE, PETER TING, ADAM BARRETT, TORY TILTON, GABE KARP, TIMOTHY BERWIND Controlled Nuclear Fusion.
Power of the Sun. Conditions at the Sun’s core are extreme –temperature is 15.6 million Kelvin –pressure is 250 billion atmospheres The Sun’s energy out.
Nuclear Fusion Energy Rishi Gohil ChE 379: Energy Technology and Policy Dr. Thomas Edgar Fall 2007.
Nuclear Fission & Fusion. History: Hahn & Strassman (1939) Bombarded Uranium-235 samples with neutrons expecting the Uranium-235 to capture neutrons Instead,
IB Physics 12 Nuclear Physics 6 Mr. Jean. The plan: Video clip of the day –Example of fission energies –Example of fusion energies –Recap of nuclear physics.
Nuclear Chemistry L. Scheffler. The Nucleus The nucleus is comprised of the two nucleons: protons and neutrons. The number of protons is the atomic number.
 Splitting a large nucleus into two smaller nuclei  Usually begins by bombarding (shooting at) nucleus with a neutron  become unstable  Nucleus split.
Nuclear Fusion Katharine Harrison. Why Are We Interested? There are great challenges that are associated with fusion, but there are also very large possible.
19.9 nuclear fusion  light nuclei combine to give a more stable heavy nucleus plus possibly several neutrons, and energy is released. Used in hydrogen.
Nuclear Fusion D-T Fusion Reactions. Nuclear fusion Nuclear fusion occurs when two light nuclei merge to form a heavier nucleus. The binding energy curve.
Physics 213 General Physics Lecture Last Meeting: Nuclear Physics I Today: Nuclear Physics II, Applications Practice Problems.
Nuclear Energy.
40 Nuclear Fission and Fusion After fusion, the total mass of the light nuclei formed in the fusion process is less than the total mass of the nuclei that.
The power of stars.  How stars obtain their energy  Two hydrogen atoms are smashed together at very high velocities  Nuclear fusion occurs at the center.
 Nuclear fusion is said when two lights nuclei combine to form a heavier nucleus.
Nuclear Fusion Nuclear Fusion is a process in which two or more smaller nuclei collide and form a new, larger nucleus. In some fusion reactions, a neutron,
I S N UCLEAR F USION O UR N EXT G ENERATION E NERGY ? E=MC2 PUT TO TEST By Ahmad Idris Ahmad.
Nuclear Fusion The JET project. Conditions for fusion Fusion occurs at a sufficient rate only at very high energies (temperatures) - on earth, temperatures.
Goal: To understand how stars generate their energy Objectives: To learn about the Proton – Proton Chain To learn about the Carbon – Nitrogen – Oxygen.
The energy of future. World’s reserves of fuel are going to be exhausted in about 50 years. It’s also predicted that the gas and the coal resources will.
Section 10–4: Fission and Fusion Physical Science Coach Kelsoe Pages 308–315.
PCM. Changes in Matter Benchmark 3 Contrast nuclear fission, nuclear fusion, and natural radioactivity.
ATOMIC ENERGY 4 Binding Energy 4 Fission and Fusion 4 Nuclear Reactors 4 Electrical Generation.
Fission Lise Meitner- Austrian physicist during time of WWII. Discovered that bombardment of uranium with neutrons can split the nucleus into two pieces.
Fusion: Basic Principles, Current Progress and ITER Plans
Fission and Fusion. Atomic Fission Nuclear fission occurs when a heavy nucleus such as U-235 splits into two smaller nuclei. Nuclear fission occurs.
Ionizing radiation is made up of photons and/or moving particles that have sufficient energy to knock an electron out of an atom or molecule.
Fusion in the Stars Nunez & Panogalinog. Nuclear Fusion in stars is one of the most important reasons which make life on Earth possible! ○ HOW IS THAT.
BARRIER FOR ULTRA-HOT PLASMA IN A FUSION REACTORMark Jordan Robert Turin Nuclear Fusion Nuclear Fission Fossil Fuels Solar & Wind Sustainable?Uses sea.
Controlled Nuclear Fusion The JET Project
NUCLEAR FUSION.
Chapter 10 Nuclear Chemistry.
The mass of the nuclei produced is less than the mass of the original two nuclei The mass deficit is changed into energy We can calculate the energy released.
Lecture 28 Nuclear Energy Chapter 30.1  30.3 Outline Controlled Fission Reaction Fusion in Stars.
Nuclear Fission & Fusion. History: Hahn & Strassman (1939) Bombarded Uranium-235 samples with neutrons expecting the Uranium-235 to capture neutrons Instead,
Nuclear energy Summary of period 1. Parts of the atom Mass (A.M.U)Charge Proton1+1 Neutron10 Electron1/1830 Add/subtract a proton: creates a different.
Nuclear Fusion and Fission
BY: ADEYEMO OLUWATOSIN A HYPOTHESIS:  The efficiency of fusion energy could be used to prevent global warming.  The production of low cost.
Nuclear Energy – Learning Outcomes  Describe the principles underlying fission and fusion.  Interpret nuclear reactions.  Discuss nuclear weapons. 
Nuclear Radiation NC Essential Standard Types of Radiation, Penetrating Ability of Radiation, Nuclear Equations, Nuclear Decay, Half-Life, Fission.
11.3 Nuclear Fusion and Fission. Nuclear Fission The splitting of the nucleus of a large atom into two or more smaller nuclei. Involves releasing tremendous.
The ITER Fusion Reactor Project. What is fusion and why is it important?  Fusion is a type of nuclear reaction that fuels the stars.  Fusion uses very.
NUCLEAR FISSION. Fission = splitting of nuclei Nuclei split when hit with a neutron Nucleus breaks into: * 2 large fragments & * 2-3 neutrons Fission.
Fusion. Examples ● Fusion is the reaction that produces the energy in the sun.
Nuclear Fusion Katharine Harrison.
KAI ZHANG Nuclear Fusion Power KAI ZHANG Oct
Construction and Status of Versatile Experiment Spherical Torus at SNU
FUSION PROPULSION.
Nuclear Fusion and energy utilities
Nuclear Fusion.
Nuclear Energy – Learning Outcomes
Nuclear Power.
alpha beta gamma electron energy electron energy electron positive
Fission Vs. Fusion.
Unit 5.4 Nuclear Fission and Fusion
Nuclear Fusion vs. Nuclear Fission
Nuclear Fission.
Nuclear Fission Elliott.
Fission and Fusion.
The radius of an atom is a measure of its size and is measured by the distance between the centers of two of the atoms bonded together and dividing this.
Presentation transcript:

By Ahmad Idris Ahmad

◦. I believe that cheap clean source of energy can be harnessed through nuclear fusion if the conditions of the reactions are mastered and there is an improvement in plasma physics. With the rate research is dedicated to nuclear fusion, fusion as an alternative energy source will be realistic in the next 40 years. ◦ However, with my approach, come 2020 nuclear fusion will be a reality

 To figure a way to reduce the cost of production of fusion energy  To produce vast amount of energy from very little input according to E=MC2  To produce and environmentally friendly fuel with absolute zero emission  To provide cheap energy source to better our lives.  To explore which method of fusion is the best in terms of economic cost, output, and safety hazard.  For thermonuclear fusion, my aim is to build a reactor that can contain fusion at even lower temperature.  For the target beam, my aim is to devise a way to ensure that the accelerated electrons reach their target for 100 percent fusion and not ionization. Though this is as an alternative approach.  To investigate the appropriate catalyst that can allow fusion at room temperature without interacting with the products or terminating. Another aim is  To utilize the helium and neutron for further usage in a hybrid nuclear fusion-fission reaction.  MAIN AIM IS TO SOLVE THE PROBLEM OF EXCESSIVE HEATING IN A THERMONUCLEAR FUSION REACTION

 1 L D fused with 0.5g T from L, equivalent to burning 1000L of gasoline  Self sustaining nuclear reaction  Cost reduces over time  Zero emission (no radioactive waster)  Neutron for oil reserve exploration (cost)  The helium is an important bye product (mention applications)

 D + T  Neutron + Helium + 17MeV  Repulsion by like positive charges  Nuclear attraction is greater than repulsion at closer distance  Hybrid mechanism combining thermonuclear and mutton catalysed fusion ◦ Mutton is 207 times bigger than electron ◦ Brings nucleus closer ◦ 150million celcius will drop considerably

 High density of plasma increases the chances of collision  The violent collision of atoms causes the electrons and neutrons to turn plasma  Magnetism is then utilised to confine the heat  Move in helical paths

 Deuterium is found in natural water. For every six thousand hydrogen atom, there is one  Tritium is abundant in space ◦ Can be synthesized in lab – though without much success ◦ Self sustained source from lithium  Lithium in earth crust (28K) in water (207m)

 Thermonuclear fusion  Beam fusion  Using a muon catalyst  My innovation is I will be using a hybrid of muon and thermonuclear fusion

 High heating  Neutron radiation  Muon production cost is higher than the energy output cost  Fukushima nuclear crisis  Creating condition for fusion

 Using muon and beam-target or beam-beam hybrid system instead of the proposed muon-thermonuclear fusion