Nuclear Power

Apr 06, 2019

70 likes | 208 Views

Nuclear Power. Fission. Xenon-144. 1 0 n. 1 0 n. 1 0 n. Neutron. Uranium-235 Plutonium-239. Strontium-90. Fission Chain Reactions. 1 0 n. Neutron. Uranium-235 Plutonium-239. Pressurized Water Reactor. Control Rods. Turbine Generator. Steam Generator. Reactor Vessel. Pump.

Share Presentation

Embed Code

Link

condensor
neutron uranium-235
boiling water reactor
reactor vessel pump condensor
rods pump primary containment
nuclear power

galena

Download Presentation

Nuclear Power

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

Nuclear Power
Fission Xenon-144 10n 10n 10n Neutron Uranium-235 Plutonium-239 Strontium-90
Fission Chain Reactions 10n Neutron Uranium-235 Plutonium-239
Pressurized Water Reactor Control Rods Turbine Generator Steam Generator Reactor Vessel Pump Condensor Cooling Water Pump Core Primary Containment Pump
Boiling Water Reactor Turbine Generator Reactor Vessel Pump Core Condensor Cooling Water Jet Pump Pump Control Rods Pump Primary Containment
Core Barriers Against Release of Radiation Steel Containment Fuel Pellets Concrete Shield Building Fuel Rods Steel Pressure Vessel

Nuclear Power

Nuclear Power Isar Plant - Germany Diablo Canyon - California Nuclear Power – The facts Nuclear power - like wind, hydro and solar energy - emits no carbon dioxide Proven technology with base-load electrical power production capacity >1,000MW/plant

488 views • 13 slides

NUCLEAR POWER

NUCLEAR POWER. GOING NOWHERE. STARTUP OF INDUSTRY US ATOMIC ENERGY COMMISSION . Development of nuclear weapons Peaceful uses Uranium enrichment for nuclear fuels Material accountability Regulatory oversight Health physics and radiation protection Waste disposal. NIXON’S BREAKDOWN.

814 views • 18 slides

NUCLEAR POWER:

NUCLEAR POWER:. SECURE ENERGY for the 21 st CENTURY Mike Corradini Nuclear Engineering & Engineering Physics. Nuclear Power:Villain or Victim; M.Carbon, Pebble Beach Publishers (2002) Decision-Makers’ Forum: A Unified Strategy for Nuclear Energy (2004).

773 views • 26 slides

Nuclear Power

Nuclear Power. Generators. Generators produce electricity by spinning a coil of wire (solenoid) in front of permanent magnets. The part of a generator that spins is referred to as a turbine. Most power plants just try to spin a turbine. Coal Power Plant.

582 views • 28 slides

Nuclear Power

Nuclear Power. Kyle Moorman Carissa Blatz Jen Cook Amy Kaufman Lauren Yarrish Jon Sevchek. History of Nuclear Power. Discovery of Nuclear Energy Wilhelm Roentgen: 1895 German Physicist - X-Rays Antoine Becquerel: 1896 French Physicist - Radioactivity as energy.

366 views • 33 slides

Nuclear POWER

Nuclear POWER. Cory Clementz Owen Elger Daniel Perchinsky Dave Petrosky Mark Riffel Nick Wendeln. Policies Regarding Nuclear Energy . What policies, if any, currently address this problem? Are they in the form of laws, regulations, treaties, policy statements, or what?. Why Nuclear?.

424 views • 33 slides

Nuclear Power

Nuclear Power. By: Aubrey Vickerson. Nuclear power is a relatively new industry even though nuclear generation capacity has been almost constant since 1990.

179 views • 5 slides

Nuclear Power

Nuclear Power. By: Nick H. Aubrey V. Dan L. Kiera B. Production. Produced by controlled nuclear reactions Controversial and has an on-going debate about the use of it.

124 views • 4 slides

Nuclear Power

Nuclear Power. Future, Pros, & Cons. What is Nuclear Power?. What is Nuclear Power?. Electric or motive power generated by a nuclear reactor. How Does It Work?. It all starts with a nuclear reaction . Releases the forces holding together the center of an atom.

586 views • 9 slides

Nuclear Power

Nuclear Power. Ryan Mullin George Ayoub Reagan Hardy Lexie Thompson. The Origin. In Chicago in 1942 scientists gathered in front of a clicking clocklike dial the source of the humming was coming from a pile of metal bricks that is now referred to by scientists as “the pile.”

314 views • 16 slides

Nuclear Power

Nuclear Power. Michael Oliver and Diana Olsen. Personal Background. 6 months Navy Nuclear Field ‘A’ school 6 months Navy Nuclear Power School 6 months Nuclear Field Prototype School 4 years on board the USS Nimitz/USS Enterprise as a Reactor Operator. Fission.

390 views • 29 slides

Nuclear Power

NBSLM03E (2010) Low Carbon Technologies and Solutions: Sections 6 - 8 N.K. Tovey ( 杜伟贤 ) M.A, PhD, CEng, MICE, CEnv. Nuclear Power. NBSLM03E (2010) Low Carbon Technologies and Solutions N.K. Tovey ( 杜伟贤 ) M.A, PhD, CEng, MICE, CEnv. Section 6: Nuclear Power:- The Basics.

838 views • 69 slides

Nuclear Power

Nuclear Power. Source: Uranium-235 Process: An unstable uranium nucleus is bombarded with a neutron and splits into two smaller nuclei and some neutrons Rest mass of products is less than reactants so some matter is converted into energy

348 views • 24 slides

Nuclear Power

Heather Bianchini Hunter Tillman Noah Mendell. Nuclear Power. Nuclear Energy. Nuclear Power is the use of sustained nuclear fission to generate nuclear energy. Nuclear Energy is a non-renewable energy source. History. According to world-nuclear.org:

511 views • 9 slides

Nuclear Power

Nuclear Power . Locations of Nuclear Power plants in the US. Locations of Nuclear Power plants in the World. Do Nuclear Power plants Pollute?. No they don’t. This is Steam being released. . Nuclear Power Plant Operation. Uranium ore. Nuclear Reactor Fuel. Uranium ore is refined then

701 views • 38 slides

Nuclear Power

Nuclear Power. ES 302. Nuclear Trivia. Utilities develop in 1950’s Atomic Energy Commission – promised utilities cheap electricity Gov’t pay ¼ building cost Price Anderson Act Liability protection By ’96 : gov’t subsidized $2T.

457 views • 33 slides

Nuclear Power

Nuclear Power. From mass to energy. Nuclear energy is different from burning fuels or other chemical reactions Nuclear energy involves changes at the atomic level Fission: a large atom of one element is split into two atoms of different elements

204 views • 13 slides

Nuclear Power

Nuclear Power. Energy is released when an uranium nucleus is spilt into other elements; Krypton and Barium nucleus. Nucleus reaction is not chemical reaction. Therefore the energy released from nuclear fission per unit is more than that of chemical energy e.g. fossil fuel.

137 views • 5 slides

Nuclear Power

Nuclear Power. Grace Liz Dione Blair. The Principle of Nuclear Power. What is Nuclear Reaction. Principle: E= mc² Nuclear fission Nuclear fusion Nuclear decay (radioactive decay). Nuclear Decay. The release of radiation by radioactive isotopes (radioisotopes) for short

498 views • 25 slides

Nuclear power

Nuclear power. By, Brandi-Lee Getson. Nuclear power is:. People think that the energy comes from nuclear reactors in the plants. But nuclear power is made up of atoms. Fissile material makes a reaction chain and creates heat. The heat is used to boil water and make steam.

307 views • 13 slides

Nuclear Power

Nuclear Power. Definition of isotope Atomic mass Atomic number Behaviors of isotopes Half life. Nuclear Physics. Source of the Energy. Enrichment. The atomic bomb.

450 views • 28 slides

Nuclear Power

Nuclear Power. Dennis Silverman, U C Irvine. In the US, 20% of our electricity is produced by nuclear power. There are 103 US nuclear power plants. California related reactors. Diablo Canyon, two reactors. San Onofre, two reactors. ⅓ of Palo Verde 1, 2, & 3 in Arizona.

245 views • 9 slides

More Related