'Control rods' presentation slideshows

How does a nuclear power station work?

How does a nuclear power station work?. Nuclear reactor. What do the control rods do?. krypton. Uranium. barium. Nuclear Fission. Incoming slow neutron. Nuclear Fission. Nuclear Fission. Incoming slow neutron. Nuclear Fission. Nuclear Fission. Incoming slow neutron. Nuclear Fission.

1.44k views • 80 slides

Reactor Experiments

Reactor Experiments. Instructor: Prof. Kune Y. Suh T/A : Sang Hyuk Yoon Saturday, June 14, 2003 Composer : Team F. Contents. Members and Malfunction Nuclear Power Plant System Drop of All Control Rod in CBA Turbine Trip FW Pump. Members of Team F. Members of Team F Jeong, Won Chae

814 views • 62 slides

Announcements

Announcements. Essay #1 grades are posted find the last four digits of your student # and Team # Graded out of 30, worth 15 pts on you r final grade 5 each: Contemporary & Important, Technical Details, Is it Feasable?, Counter Arguments Presented, References Provided, General Level of Effort

679 views • 59 slides

Nuclear Energy

666 views • 39 slides

ACADs (08-006) Covered Keywords

Introduction to BWR Systems. ACADs (08-006) Covered Keywords Feedwater , recirculation, BWR, flowpath , instrumentation, emergency cooling, containment. Description Supporting Material. Nuclear Power Plant Orientation. Introduction to BWR Systems. Browns Ferry Nuclear Plant.

499 views • 35 slides

Physics Design of 600 MWth HTR & 5 MWth Nuclear Power Pack

Physics Design of 600 MWth HTR & 5 MWth Nuclear Power Pack. Brahmananda Chakraborty Bhabha Atomic Research Centre, India. Compact High Temperature Reactor (CHTR) A technology demonstration facility. High Temperature Reactor (HTR) For hydrogen generation.

450 views • 35 slides

Chernobyl

Chernobyl. You are about to begin a simulation activity. You need to make a journal that you will record your experiences in. Journal page 1. 28,04,86 Prypyat Chernobyl.

643 views • 32 slides

Multi-group Model

Multi-group Model. Calculate group-averaged: Or for, we need group-averaged. Multi-group Model. Group-averaged parameters? ENDF. Integrate term by term over groups and equate to equation of multi-group model. Units!. Multi-group Model. Define group flux. ?. Multi-group Model. ?.

480 views • 32 slides

Pentti Kauppinen, Harri Jeskanen, VTT, Finland Raimo Paussu, Fortum Nuclear Services, Finland

ULTRASONIC INSPECTION OF THE NOZZLES OF CONTROL RODS AND WELD IN REACTOR CORE AREA OF PRESSURE VESSEL OF LOVIISA NPP (VVER440 ). Pentti Kauppinen, Harri Jeskanen, VTT, Finland Raimo Paussu, Fortum Nuclear Services, Finland Bernhard Elsing, Fortum Power and Heat, Loviisa Power Plant, Finland.

532 views • 31 slides

Chemistry 25.3

Chemistry 25.3. Section 25 .3. Fission and Fusion of Atomic Nuclei. 25.3. Fission and Fusion of Atomic Nuclei.

357 views • 21 slides

Chernobyl

Chernobyl. David Gee March 3, 2010. What happened?. Source: http://en.wikipedia.org/wiki/Chernobyl_disaster. The nuclear power plant in Chernobyl had the biggest disaster in the history of nuclear power on April 26, 1986.

441 views • 20 slides

Nuclear Energy

Nuclear Energy. Power Plants. Chernobyl. Fuel. Uranium-235 an isotope of naturally occurring uranium-238 Uranium is mined-common mineral is urananite. Uranium-238 is enriched so more of the isotope U-235 is present.

310 views • 20 slides

NUCLEAR POWER PLANT

NUCLEAR POWER PLANT. NUCLEAR FUEL Nuclear fuel is any material that can be consumed to derive nuclear energy. The most common type of nuclear fuel is fissile elements that can be made to undergo nuclear fission chain reactions in a nuclear reactor

413 views • 18 slides

Nuclear Fission & Fusion

Nuclear Fission & Fusion. Nuclear Fusion. - Energy released when two light nuclei combine or fuse. However, a large amount of energy is required to start a fusion reaction:. Need this energy to overcome ________ forces of protons. Extremely high temperatures can provide start-up energy.

540 views • 18 slides

Building a CANDU reactor

Building a CANDU reactor. Nuclear Reaction Review. Uranium has a large nucleus which is barely stable The addition of another subatomic particle into the nucleus can force the nucleus to become unstable

491 views • 18 slides

Fission and fusion

30 May 2012. Fission and fusion. U-235 binding energy Nuclear power plants Advantages and disadvantages Nuclear disasters. 11 Physics . U-235 binding energy per nucleon. Calculate the binding energy per nucleon where the mass of a U-235 nucleus is 235.0439299 u.

421 views • 15 slides

Nuclear Reactors

Nuclear Reactors. By Ethan Campbell, Garrett Dodson, and Kyle Ribble. Containment Structure.

259 views • 12 slides

Nuclear Power and our Future

Nuclear Power and our Future. By Dan SantaLucia. The Basis Of Nuclear Power. Nuclear power takes advantage of the manipulation of nuclear fission, which releases energy when isotopes of heavy atoms are split. Isotopes commonly used (though there are a lot more!): Uranium-235 Plutonium-239.

318 views • 12 slides

CH-19: Nucleus and Nuclear Energy

236 views • 10 slides

Nuclear Energy

Nuclear Energy. By Manuel, Juliano , and CJ. Facts About Nuclear Energy. Nuclear energy is produced by a controlled nuclear chain reaction and creates heat. The sun uses nuclear fusion of hydrogen atoms into helium atoms. How Nuclear Energy Works.

488 views • 10 slides