• TRIGA Mkii Nuclear Reactor at K-State

    The Kansas State University TRIGA Mk II Reactor provides services for education, research, and training, and outreach. The reactor is licensed to operate at up to 1250 kWth. For more information visit http://www.mne.ksu.edu/research/centers/reactor/

    published: 28 Apr 2017
  • Nuclear Reactor - Understanding how it works | Physics Elearnin

    Nuclear Reactor - Understanding how it works | Physics Elearnin video Nuclear reactors are the modern day devices extensively used for power generation as the traditional fossil fuels, like coal, are at the breach of extinction. A nuclear reactor is the source of intense heat which is in turn used for generation of power in nuclear power station. Its mechanism is similar to that of a furnace in a steam generator; the steam is used to drive the turbines of the electric generator system. A nuclear reactor consists of three crucial components: Fuel elements, moderator and control rods. Fuel elements come usually in the shape of thin rods of about 1cm in diameter and contain fissionable nuclei, like Uranium (235 92U or 238 92U). These rods vary in number according to the size of the react...

    published: 23 Apr 2013
  • Idaho State University Celebrates 50 Years Running Nuclear Reactor

    The Aerojet General Nucleonics Reactor, known as the AGN - 201, located at Idaho State University is now in its 50th year of operation. Adam Mallicoat, Reactor Supervisor, says that it was designed to be operated by young people, specifically for high school students. "You would go and you would train on the reactor and learn how to operate while you were still in high school. You would graduate and you would go out and start working at a power plant, or a national lab," Mallicoat said. The company that originally designed the reactor, Aerojet General Nucleonics, is out of business, and not producing any replacement parts. If a part breaks it can be upgraded, or rebuilt by a machinist. The AGN 201 Nuclear Reactor is one of only five similar models left in the world. Mallicoat says th...

    published: 14 Aug 2015
  • WSU Reactor Pulsing to 1.2GW (January 2007)

    This is the research reactor on the Washington State University campus pulsing to 1.2GW at different levels of reactivity (in units of dollars). The blue glow is caused by high energy beta particles (or electrons) interacting with the water around the reactor. The reactor is a 1MW TRIGA type and is used for research only (no power is produced). Various isotopes produced and neutron beams are used to aid in research for the chemistry and biological science department, as well as many other research projects on campus. There are only 12 other university reactors of this size left in the US.

    published: 20 Feb 2012
  • STATE OF THE ART KESHE REACTOR

    The STATE OF THE ART KESHE REACTOR Worldwide Presentation, Congress Center Fenaroli Palace, Brescia Italy 21 April 2013 - WORLD PEACE TREATY CONFERENCE

    published: 22 Apr 2013
  • Continuous Stirred Tank Reactor (CSTR) Molar Balance Equation // Reactor Engineering - Class 8

    We apply the Molar Balance Equation to a Continuous Stirred Tank Reactor. This type of reactor has an inlet, outlet a generation but has no accumulation concept This is due to the steady state process (no changes in time) Typical operation of a CSTR is designed for long-time operations See Reactor Engineering Course Playlist: http://goo.gl/6e9iXj Visit the Web-Page for EXTRA content! www.ChemicalEngineeringGuy.com -º--º--º--º--º--º--º--º--º--º--º--º--º--º--º--º--º-- LIKE the video, it helps me to know what you like SHARE the video with your friends! SUBSCRIBE to my channel so you get my new uploads! Contact: chemical.engineering.guy@gmail.com Facebook: www.facebook.com/chemical.engineering.guy

    published: 22 Jan 2015
  • Breazeale Nuclear Reactor

    Penn State University marks 60 years of reactor research at the State College Radiation Science & Engineering Center.

    published: 19 Aug 2015
  • Plug Flow Reactor Overview

    A brief overview of plug flow reactors, their properties, equations, and uses. Made by faculty at the University of Colorado Boulder, Department of Chemical and Biological Engineering. Reviewed by faculty from other academic institutions. Check out our Kinetics/Reactor Design playlists: https://www.youtube.com/user/LearnChemE/playlists?view=50&flow=list&shelf_id=7 Are you using a textbook? Check out our website for videos organized by textbook chapters: http://www.learncheme.com/screencasts/kinetics-reactor-design

    published: 19 Jun 2013
  • Nuclear Reactor Pulse and Startup Compilation 2017

    The blue light is known as Cherenkov radiation. It is similar to a sonic boom, but instead of an object travelling faster than the speed of sound, a charged particle is travelling faster than the speed of light in a medium. In this case, the speed of light in water is roughly 75% the speed of light in a vacuum. It tests the time-dependent properties of the fuel. Engineers use that data to predict what would happen if there were an accident at a large reactor Cherenkov radiation, also known as Vavilov–Cherenkov radiation,[a] is electromagnetic radiation emitted when a charged particle (such as an electron) passes through a dielectric medium at a speed greater than the phase velocity of light in that medium. The characteristic blue glow of an underwater nuclear reactor is due to Cherenkov ...

    published: 16 Jan 2017
  • Reactor Design 3c Nonsteady State Reactors

    Isothermal reactor design, not at steady state.

    published: 18 Mar 2015
  • Hanford B Reactor: Making plutonium for nuclear weapons

    Take a tour inside the first large-scale nuclear reactor ever built in the world. Developed to make plutonium for the first nuclear weapons, Hanford was built in an isolated area in state of Washington. Now open to public, anyone can take a tour. I've included full tour footage.

    published: 26 Sep 2016
  • Nuclear Reactor 0 to 80% power steady state and down

    Taking the reactor in steady state mode from 0 to 80% and down some... kinda lengthy but good demonstation of cherenkov radiation intensity. Next time I will turn the lights in the room off in addition to the pool. Here is a link to the same reactor pulsing - ejecting rods to go prompt supercritical https://www.youtube.com/watch?v=vkPyGFjVKOA

    published: 28 Sep 2012
  • Penn State Breazeale Nuclear Reactor 60th Anniversary Video

    Highlights from the Penn State Breazeale Nuclear Reactor history, research, outreach, and teaching from 1955 - 2015.

    published: 19 Aug 2015
  • State of the nation Reactor 1

    Reactor 1 live at the Admiral Drake. State of the Nation is a song by Reactor 1 about the problems of Modern Day society

    published: 11 Mar 2014
  • Start up of a CSTR in Semi-Continuous Operation // Reactor Engineering - Class 82

    Information starting a CSTR. Important here to note that this is an Unsteady State Operation! Therefore, we get the accumulation term and we can't apply the conversion equations! The importance si "how much time" we need to achieve the Steady State Conditions! See Reactor Engineering Course Playlist: http://goo.gl/6e9iXj Visit the Web-Page for EXTRA content! www.ChemicalEngineeringGuy.com -º--º--º--º--º--º--º--º--º--º--º--º--º--º--º--º--º-- LIKE the video, it helps me to know what you like SHARE the video with your friends! SUBSCRIBE to my channel so you get my new uploads! Contact: chemical.engineering.guy@gmail.com Facebook: www.facebook.com/chemical.engineering.guy

    published: 06 Feb 2015
  • High Power Reactor Pulse

    Underwater camera view of nuclear reactor taken from critical to super prompt critical. Imagine a loud bang, that's the sound. There is a very intense display of cherenkov radiation followed by a very fast decay. Here is a link to the same reactor in a steady state mode: https://www.youtube.com/watch?v=sve4qSlH3GE&t=29s

    published: 27 Sep 2012
  • Breazeale Nuclear Reactor Start up, 500kW, 1MW, and Shut Down (ANNOTATED)

    By popular demand, I bring you an annotated video of the Breazeale Nuclear Reactor! The sound is fixed and many things are explained. If you have any questions or want elaboration on any part of this video, please leave a comment. I love explaining nuclear power to curious people. I look forward to reading your comments! PS: I'm aware of spelling errors in the video (I am an engineer ya know). No need to point them out. Music is a non-copyright track by DM Galaxy titled "Etiquette." https://soundcloud.com/freebmusic/dm-galaxy-etiquette-original-mix-free-background-music-no-copyright-music ORIGINAL VIDEO: https://www.youtube.com/watch?v=UxQdS0pbpKo&t=10s CHERENKOV RADIATION VIDEO: https://www.youtube.com/watch?v=hYT9dYpnfsQ&t=33s REACTOR FACILITY INFORMATION: https://www.youtube.c...

    published: 01 Apr 2017
  • Mole Balance on a Plug Flow Reactor

    Derives the mole balance for a plug flow reactor (PFR) and describes how to account for changes in volumetric flow rates with distance down the PFR. Made by faculty at the University of Colorado Boulder, Department of Chemical and Biological Engineering. Reviewed by faculty from other academic institutions. Check out our Kinetics/Reactor Design playlists: https://www.youtube.com/user/LearnChemE/playlists?view=50&flow=list&shelf_id=7 Are you using a textbook? Check out our website for videos organized by textbook chapters: http://www.learncheme.com/screencasts/kinetics-reactor-design

    published: 30 May 2013
  • Nuclear Reactor Physics 1 - Neutron State-Space and Flux

    Nuclear Reactor Statics: Neutron State Space Neutron Density Neutron Flux

    published: 08 Jun 2017
  • Energy Balance For NonIsothermal Reactor Design

    Chemical Engineering

    published: 28 Aug 2015
  • Nuclear Fusion Energy: The Race to Create a Star on Earth

    If the processes powering the fusion reactor at the Sun's core could be recreated on Earth, it would be one of the most important events in the history of our species. Nuclear fusion power plants could end our dependency on fossil fuels and provide a virtually limitless, highly efficient source of clean energy. We went to two of the world's leading nuclear fusion research centers—Sandia National Labs in New Mexico and General Fusion outside Vancouver—to see how close we are to bringing the power of the stars down to Earth. Check out CNET's channel for more: http://bit.ly/2gpeXdr Subscribe to MOTHERBOARD: http://bit.ly/Subscribe-To-MOTHERBOARD Follow MOTHERBOARD Facebook: http://www.facebook.com/motherboardtv Twitter: http://twitter.com/motherboard Tumblr: http://motherboardtv.tumblr.co...

    published: 26 Oct 2017
  • Ames Laboratory Reactor Dedication (1963)

    This video shows the cornerstone unveiling ceremony for the Ames Laboratory nuclear reactor. The event takes place on May 30, 1963, on the campus of Iowa State University, Ames, Iowa. Speeches and introductions were given by Frank Spedding, Director of the Ames Laboratory, James H. Hilton, President of Iowa State University, and Glenn T. Seaborg, Chairman of the Atomic Energy Commission. Those introduced at the ceremony included members of the Board of Regents of the State of Iowa, Congressman Neal Smith, members of the Atomic Energy Commission, and members of the Ames Laboratory including Harley Wilhelm, Adolph Voigt, and Willard McCorkle.

    published: 14 Apr 2014
  • South Korea to Get Limitless Free Energy as Its Fusion Reactor Sustains PLAZMA First Time in History

    Engineers in South Korea have pushed the boundaries of nuclear fusion by setting a new record for maintaining plasma. Plasma is one of the four states of matter - the others being liquid, gas and solid - with examples being lightning and the sun. In a reactor at a national fusion facility, a team managed to keep superheated plasma in a steady state for more than a minute. The new record marks another step towards nuclear fusion as a potentially limitless source of energy. The institute, located in the city of Daejeon 160 km south of Seoul, is developing a tokamak-style reactor which aims to harness the energy of fusing atoms. According to World Nuclear News, South Korea's National Fusion Research Institute (NFRI) achieved a world record for plasma operation. Using the Korean Superconducti...

    published: 15 Dec 2016
  • [JCConf 2015] Event Sourcing with Reactor and Spring Statemachine by Jimmy Lu - R2 Day2-3

    published: 19 Jan 2016
developed with YouTube
TRIGA Mkii Nuclear Reactor at K-State
5:35

TRIGA Mkii Nuclear Reactor at K-State

  • Order:
  • Duration: 5:35
  • Updated: 28 Apr 2017
  • views: 822
videos
The Kansas State University TRIGA Mk II Reactor provides services for education, research, and training, and outreach. The reactor is licensed to operate at up to 1250 kWth. For more information visit http://www.mne.ksu.edu/research/centers/reactor/
https://wn.com/Triga_Mkii_Nuclear_Reactor_At_K_State
Nuclear Reactor - Understanding how it works | Physics Elearnin
4:51

Nuclear Reactor - Understanding how it works | Physics Elearnin

  • Order:
  • Duration: 4:51
  • Updated: 23 Apr 2013
  • views: 1190466
videos
Nuclear Reactor - Understanding how it works | Physics Elearnin video Nuclear reactors are the modern day devices extensively used for power generation as the traditional fossil fuels, like coal, are at the breach of extinction. A nuclear reactor is the source of intense heat which is in turn used for generation of power in nuclear power station. Its mechanism is similar to that of a furnace in a steam generator; the steam is used to drive the turbines of the electric generator system. A nuclear reactor consists of three crucial components: Fuel elements, moderator and control rods. Fuel elements come usually in the shape of thin rods of about 1cm in diameter and contain fissionable nuclei, like Uranium (235 92U or 238 92U). These rods vary in number according to the size of the reactor, in large power reactor thousands of fuel elements are placed close to each other. This region where these fuel elements are placed is called the reactor core. These fuel elements are normally immersed in water which acts as a moderator. The objective of a moderator is to slow down the energy neutrons in a nuclear reactor which are produced during the nuclear fission process by the fuel elements. Thermal neutrons, which are neutrons with energy of about 0.04 electron volts, are capable of producing fission reaction with 235 92U. During the fission reaction process, new neutrons are given out which have energies of about 1 MeV. These neutrons of typically escape from participating in another fission process as they are accompanied by enormous energy release. In f -ct, the probability of these neutrons produce another fission reaction is 500 times less than as compared to that of a thermal neutron. This is where moderator is extremely useful. Moderator has the capability to slow down, or in other words moderate, the speed of these high-energy neutrons, so that they can in turn be used for a chain reaction to trigger multiple fission reactions of other 235 92U nucleus. Commonly, ordinary or heavy water is used as moderator in nuclear reactors because of the deuterons present in them which are capable of slowing the neutron speed. Water molecules in the moderator are useful in slowing down the high-energy neutrons which leave the fuel-element after nuclear fission. These high-energy neutrons collide with water molecules thereby losing out on some energy with every collision and therefore slow down substantially. A new fission reaction can now be triggered using this slow neutron by striking it with the fuel element. The third and of the most prominent part of a nuclear reactor are the control rods. In order to get a steady output of energy from the nuclear reactor, every single nuclear fission reaction should trigger another fission reaction and ensure the availability of a spare neutron released to trigger the chain reaction. By controlling the number of spare neutrons available at any given time, the rate of the nuclear fission chain reaction can be controlled. This control on the fission reaction can be maintained using the control rods. The main function of the control rods is to absorb any excess or spare neutron in the moderator in order to prevent any further fission reaction. Usually such control rods are made of Boron or Cadmium. To increase the rate of fission reactions, these rods can be removed from the moderator. A steady output of energy can be thus maintained by inserting or removing the control rods in the nuclear reactor. Now that we know the components of a nuclear reactor, let us understand the working of a nuclear reactor. It is usually enclosed in a shield made of thick concrete walls. It consists of a reactor core, pump and heat exchanger. The reactor core and pump are in placed in contact with the water, which is usually the heat exchanger used in reactors. Due to the enormous amount of heat released dusing nuclear fission reaction, this surrounding water gets heated up and changes to steam, which is in turn used to turn the turbines. Thus huge heat energy gets converted into electrical energy. Water is continuously flown in and out of the nuclear reactor using the pump. Thus a nuclear reactor successfully generates nuclear energy from fission reaction.
https://wn.com/Nuclear_Reactor_Understanding_How_It_Works_|_Physics_Elearnin
Idaho State University Celebrates 50 Years Running Nuclear Reactor
2:25

Idaho State University Celebrates 50 Years Running Nuclear Reactor

  • Order:
  • Duration: 2:25
  • Updated: 14 Aug 2015
  • views: 423
videos
The Aerojet General Nucleonics Reactor, known as the AGN - 201, located at Idaho State University is now in its 50th year of operation. Adam Mallicoat, Reactor Supervisor, says that it was designed to be operated by young people, specifically for high school students. "You would go and you would train on the reactor and learn how to operate while you were still in high school. You would graduate and you would go out and start working at a power plant, or a national lab," Mallicoat said. The company that originally designed the reactor, Aerojet General Nucleonics, is out of business, and not producing any replacement parts. If a part breaks it can be upgraded, or rebuilt by a machinist. The AGN 201 Nuclear Reactor is one of only five similar models left in the world. Mallicoat says there are three in the United States, including the one at ISU, and two others located in Italy and South Korea. Unlike the Advanced Test Reactor located at the Idaho National Laboratory which can produce 250 million watts of thermal power, enough to power a city, The AGN – 201 Reactor can only produce five watts of thermal power, enough to light one Christmas tree light bulb. "It's basically a plastic reactor. It runs at such a low power that coolant isn't required," Mallicoat says. Maxwell Daniels, Senior Reactor Operator, says other Nuclear Engineering programs are successful without a reactor, but having one at ISU has given students an extra edge. Being able to provide real-world experience has been valuable to those in the nuclear engineering program. "Having the reactor here is probably the second biggest reason I could think for people to want to come to Idaho State University for Nuclear Engineering ... Also it would be a little tougher to be able to do these real world experiments," Daniels said. Nuclear Reactors are typically renewed every 20 years, and the AGN - 201's license was renewed recently. If needed the reactor could run at full power 24/7 for 200 years without replacing the fuel. Daniels says that the reactor probably won't be going anywhere. "I see this reactor sticking around for easily another hundred years. Continual upgrades by students, different faculty members performing different experiments. As time goes on and these new reactor designs that people are trying to submit and to build in the U.S. ... there is going to be a need for smaller reactors that you can perform research on," Daniels said. Mallicoat says his favorite part of the job is educating people about the true functions of a nuclear reactor, and dispelling associated fears that people may have.
https://wn.com/Idaho_State_University_Celebrates_50_Years_Running_Nuclear_Reactor
WSU Reactor Pulsing to 1.2GW (January 2007)
2:03

WSU Reactor Pulsing to 1.2GW (January 2007)

  • Order:
  • Duration: 2:03
  • Updated: 20 Feb 2012
  • views: 56308
videos
This is the research reactor on the Washington State University campus pulsing to 1.2GW at different levels of reactivity (in units of dollars). The blue glow is caused by high energy beta particles (or electrons) interacting with the water around the reactor. The reactor is a 1MW TRIGA type and is used for research only (no power is produced). Various isotopes produced and neutron beams are used to aid in research for the chemistry and biological science department, as well as many other research projects on campus. There are only 12 other university reactors of this size left in the US.
https://wn.com/Wsu_Reactor_Pulsing_To_1.2Gw_(January_2007)
STATE OF THE ART KESHE REACTOR
4:25

STATE OF THE ART KESHE REACTOR

  • Order:
  • Duration: 4:25
  • Updated: 22 Apr 2013
  • views: 64631
videos
The STATE OF THE ART KESHE REACTOR Worldwide Presentation, Congress Center Fenaroli Palace, Brescia Italy 21 April 2013 - WORLD PEACE TREATY CONFERENCE
https://wn.com/State_Of_The_Art_Keshe_Reactor
Continuous Stirred Tank Reactor (CSTR) Molar Balance Equation // Reactor Engineering - Class 8
9:36

Continuous Stirred Tank Reactor (CSTR) Molar Balance Equation // Reactor Engineering - Class 8

  • Order:
  • Duration: 9:36
  • Updated: 22 Jan 2015
  • views: 10587
videos
We apply the Molar Balance Equation to a Continuous Stirred Tank Reactor. This type of reactor has an inlet, outlet a generation but has no accumulation concept This is due to the steady state process (no changes in time) Typical operation of a CSTR is designed for long-time operations See Reactor Engineering Course Playlist: http://goo.gl/6e9iXj Visit the Web-Page for EXTRA content! www.ChemicalEngineeringGuy.com -º--º--º--º--º--º--º--º--º--º--º--º--º--º--º--º--º-- LIKE the video, it helps me to know what you like SHARE the video with your friends! SUBSCRIBE to my channel so you get my new uploads! Contact: chemical.engineering.guy@gmail.com Facebook: www.facebook.com/chemical.engineering.guy
https://wn.com/Continuous_Stirred_Tank_Reactor_(Cstr)_Molar_Balance_Equation_Reactor_Engineering_Class_8
Breazeale Nuclear Reactor
1:56

Breazeale Nuclear Reactor

  • Order:
  • Duration: 1:56
  • Updated: 19 Aug 2015
  • views: 1214
videos
Penn State University marks 60 years of reactor research at the State College Radiation Science & Engineering Center.
https://wn.com/Breazeale_Nuclear_Reactor
Plug Flow Reactor Overview
7:00

Plug Flow Reactor Overview

  • Order:
  • Duration: 7:00
  • Updated: 19 Jun 2013
  • views: 37065
videos
A brief overview of plug flow reactors, their properties, equations, and uses. Made by faculty at the University of Colorado Boulder, Department of Chemical and Biological Engineering. Reviewed by faculty from other academic institutions. Check out our Kinetics/Reactor Design playlists: https://www.youtube.com/user/LearnChemE/playlists?view=50&flow=list&shelf_id=7 Are you using a textbook? Check out our website for videos organized by textbook chapters: http://www.learncheme.com/screencasts/kinetics-reactor-design
https://wn.com/Plug_Flow_Reactor_Overview
Nuclear Reactor Pulse and Startup Compilation 2017
1:04

Nuclear Reactor Pulse and Startup Compilation 2017

  • Order:
  • Duration: 1:04
  • Updated: 16 Jan 2017
  • views: 678204
videos
The blue light is known as Cherenkov radiation. It is similar to a sonic boom, but instead of an object travelling faster than the speed of sound, a charged particle is travelling faster than the speed of light in a medium. In this case, the speed of light in water is roughly 75% the speed of light in a vacuum. It tests the time-dependent properties of the fuel. Engineers use that data to predict what would happen if there were an accident at a large reactor Cherenkov radiation, also known as Vavilov–Cherenkov radiation,[a] is electromagnetic radiation emitted when a charged particle (such as an electron) passes through a dielectric medium at a speed greater than the phase velocity of light in that medium. The characteristic blue glow of an underwater nuclear reactor is due to Cherenkov radiation. Essentially when light passes through different materials its speed can be slowed as the photon makes it way through the medium. 10,000th cycle of the Annular Core Research Reactor Reed College TARGA I reactor SCRAM (new audio) Nuclear Reactor 0 to 80% power steady state and down UT TRIGA Nuclear Reactor Pulse (LOUD) Triga, Pulse operation, Nuclear reactor 240 MW, 7.12.2012
https://wn.com/Nuclear_Reactor_Pulse_And_Startup_Compilation_2017
Reactor Design 3c Nonsteady State Reactors
8:22

Reactor Design 3c Nonsteady State Reactors

  • Order:
  • Duration: 8:22
  • Updated: 18 Mar 2015
  • views: 32
videos
Isothermal reactor design, not at steady state.
https://wn.com/Reactor_Design_3C_Nonsteady_State_Reactors
Hanford B Reactor: Making plutonium for nuclear weapons
18:25

Hanford B Reactor: Making plutonium for nuclear weapons

  • Order:
  • Duration: 18:25
  • Updated: 26 Sep 2016
  • views: 86468
videos
Take a tour inside the first large-scale nuclear reactor ever built in the world. Developed to make plutonium for the first nuclear weapons, Hanford was built in an isolated area in state of Washington. Now open to public, anyone can take a tour. I've included full tour footage.
https://wn.com/Hanford_B_Reactor_Making_Plutonium_For_Nuclear_Weapons
Nuclear Reactor 0 to 80% power steady state and down
3:39

Nuclear Reactor 0 to 80% power steady state and down

  • Order:
  • Duration: 3:39
  • Updated: 28 Sep 2012
  • views: 182298
videos
Taking the reactor in steady state mode from 0 to 80% and down some... kinda lengthy but good demonstation of cherenkov radiation intensity. Next time I will turn the lights in the room off in addition to the pool. Here is a link to the same reactor pulsing - ejecting rods to go prompt supercritical https://www.youtube.com/watch?v=vkPyGFjVKOA
https://wn.com/Nuclear_Reactor_0_To_80_Power_Steady_State_And_Down
Penn State Breazeale Nuclear Reactor 60th Anniversary Video
6:21

Penn State Breazeale Nuclear Reactor 60th Anniversary Video

  • Order:
  • Duration: 6:21
  • Updated: 19 Aug 2015
  • views: 3212
videos
Highlights from the Penn State Breazeale Nuclear Reactor history, research, outreach, and teaching from 1955 - 2015.
https://wn.com/Penn_State_Breazeale_Nuclear_Reactor_60Th_Anniversary_Video
State of the nation Reactor 1
4:56

State of the nation Reactor 1

  • Order:
  • Duration: 4:56
  • Updated: 11 Mar 2014
  • views: 156
videos
Reactor 1 live at the Admiral Drake. State of the Nation is a song by Reactor 1 about the problems of Modern Day society
https://wn.com/State_Of_The_Nation_Reactor_1
Start up of a CSTR in Semi-Continuous Operation // Reactor Engineering - Class 82
19:55

Start up of a CSTR in Semi-Continuous Operation // Reactor Engineering - Class 82

  • Order:
  • Duration: 19:55
  • Updated: 06 Feb 2015
  • views: 1397
videos
Information starting a CSTR. Important here to note that this is an Unsteady State Operation! Therefore, we get the accumulation term and we can't apply the conversion equations! The importance si "how much time" we need to achieve the Steady State Conditions! See Reactor Engineering Course Playlist: http://goo.gl/6e9iXj Visit the Web-Page for EXTRA content! www.ChemicalEngineeringGuy.com -º--º--º--º--º--º--º--º--º--º--º--º--º--º--º--º--º-- LIKE the video, it helps me to know what you like SHARE the video with your friends! SUBSCRIBE to my channel so you get my new uploads! Contact: chemical.engineering.guy@gmail.com Facebook: www.facebook.com/chemical.engineering.guy
https://wn.com/Start_Up_Of_A_Cstr_In_Semi_Continuous_Operation_Reactor_Engineering_Class_82
High Power Reactor Pulse
0:35

High Power Reactor Pulse

  • Order:
  • Duration: 0:35
  • Updated: 27 Sep 2012
  • views: 10763
videos
Underwater camera view of nuclear reactor taken from critical to super prompt critical. Imagine a loud bang, that's the sound. There is a very intense display of cherenkov radiation followed by a very fast decay. Here is a link to the same reactor in a steady state mode: https://www.youtube.com/watch?v=sve4qSlH3GE&t=29s
https://wn.com/High_Power_Reactor_Pulse
Breazeale Nuclear Reactor Start up, 500kW, 1MW, and Shut Down (ANNOTATED)
10:09

Breazeale Nuclear Reactor Start up, 500kW, 1MW, and Shut Down (ANNOTATED)

  • Order:
  • Duration: 10:09
  • Updated: 01 Apr 2017
  • views: 112172
videos
By popular demand, I bring you an annotated video of the Breazeale Nuclear Reactor! The sound is fixed and many things are explained. If you have any questions or want elaboration on any part of this video, please leave a comment. I love explaining nuclear power to curious people. I look forward to reading your comments! PS: I'm aware of spelling errors in the video (I am an engineer ya know). No need to point them out. Music is a non-copyright track by DM Galaxy titled "Etiquette." https://soundcloud.com/freebmusic/dm-galaxy-etiquette-original-mix-free-background-music-no-copyright-music ORIGINAL VIDEO: https://www.youtube.com/watch?v=UxQdS0pbpKo&t=10s CHERENKOV RADIATION VIDEO: https://www.youtube.com/watch?v=hYT9dYpnfsQ&t=33s REACTOR FACILITY INFORMATION: https://www.youtube.com/watch?v=74WChcn5HOQ&t=27s
https://wn.com/Breazeale_Nuclear_Reactor_Start_Up,_500Kw,_1Mw,_And_Shut_Down_(Annotated)
Mole Balance on a Plug Flow Reactor
9:07

Mole Balance on a Plug Flow Reactor

  • Order:
  • Duration: 9:07
  • Updated: 30 May 2013
  • views: 11354
videos
Derives the mole balance for a plug flow reactor (PFR) and describes how to account for changes in volumetric flow rates with distance down the PFR. Made by faculty at the University of Colorado Boulder, Department of Chemical and Biological Engineering. Reviewed by faculty from other academic institutions. Check out our Kinetics/Reactor Design playlists: https://www.youtube.com/user/LearnChemE/playlists?view=50&flow=list&shelf_id=7 Are you using a textbook? Check out our website for videos organized by textbook chapters: http://www.learncheme.com/screencasts/kinetics-reactor-design
https://wn.com/Mole_Balance_On_A_Plug_Flow_Reactor
Nuclear Reactor Physics 1 - Neutron State-Space and Flux
30:54

Nuclear Reactor Physics 1 - Neutron State-Space and Flux

  • Order:
  • Duration: 30:54
  • Updated: 08 Jun 2017
  • views: 260
videos
Nuclear Reactor Statics: Neutron State Space Neutron Density Neutron Flux
https://wn.com/Nuclear_Reactor_Physics_1_Neutron_State_Space_And_Flux
Energy Balance For NonIsothermal Reactor Design
5:40

Energy Balance For NonIsothermal Reactor Design

  • Order:
  • Duration: 5:40
  • Updated: 28 Aug 2015
  • views: 2891
videos https://wn.com/Energy_Balance_For_Nonisothermal_Reactor_Design
Nuclear Fusion Energy: The Race to Create a Star on Earth
11:06

Nuclear Fusion Energy: The Race to Create a Star on Earth

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  • Duration: 11:06
  • Updated: 26 Oct 2017
  • views: 1651377
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If the processes powering the fusion reactor at the Sun's core could be recreated on Earth, it would be one of the most important events in the history of our species. Nuclear fusion power plants could end our dependency on fossil fuels and provide a virtually limitless, highly efficient source of clean energy. We went to two of the world's leading nuclear fusion research centers—Sandia National Labs in New Mexico and General Fusion outside Vancouver—to see how close we are to bringing the power of the stars down to Earth. Check out CNET's channel for more: http://bit.ly/2gpeXdr Subscribe to MOTHERBOARD: http://bit.ly/Subscribe-To-MOTHERBOARD Follow MOTHERBOARD Facebook: http://www.facebook.com/motherboardtv Twitter: http://twitter.com/motherboard Tumblr: http://motherboardtv.tumblr.com/ Instagram: http://instagram.com/motherboardtv More videos from the VICE network: https://www.fb.com/vicevideo
https://wn.com/Nuclear_Fusion_Energy_The_Race_To_Create_A_Star_On_Earth
Ames Laboratory Reactor Dedication (1963)
16:37

Ames Laboratory Reactor Dedication (1963)

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  • Duration: 16:37
  • Updated: 14 Apr 2014
  • views: 650
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This video shows the cornerstone unveiling ceremony for the Ames Laboratory nuclear reactor. The event takes place on May 30, 1963, on the campus of Iowa State University, Ames, Iowa. Speeches and introductions were given by Frank Spedding, Director of the Ames Laboratory, James H. Hilton, President of Iowa State University, and Glenn T. Seaborg, Chairman of the Atomic Energy Commission. Those introduced at the ceremony included members of the Board of Regents of the State of Iowa, Congressman Neal Smith, members of the Atomic Energy Commission, and members of the Ames Laboratory including Harley Wilhelm, Adolph Voigt, and Willard McCorkle.
https://wn.com/Ames_Laboratory_Reactor_Dedication_(1963)
South Korea to Get Limitless Free Energy as Its Fusion Reactor Sustains PLAZMA First Time in History
2:07

South Korea to Get Limitless Free Energy as Its Fusion Reactor Sustains PLAZMA First Time in History

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  • Duration: 2:07
  • Updated: 15 Dec 2016
  • views: 2569
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Engineers in South Korea have pushed the boundaries of nuclear fusion by setting a new record for maintaining plasma. Plasma is one of the four states of matter - the others being liquid, gas and solid - with examples being lightning and the sun. In a reactor at a national fusion facility, a team managed to keep superheated plasma in a steady state for more than a minute. The new record marks another step towards nuclear fusion as a potentially limitless source of energy. The institute, located in the city of Daejeon 160 km south of Seoul, is developing a tokamak-style reactor which aims to harness the energy of fusing atoms. According to World Nuclear News, South Korea's National Fusion Research Institute (NFRI) achieved a world record for plasma operation. Using the Korean Superconducting Tokamak Advanced Research (KSTAR) reactor, the team maintained superheated hydrogen gas in a magnetic field for 70 seconds - a fundamental step of the fusion process. In a statement, the NFRI said: ‘The world record for high-performance plasma for more than a minute demonstrated that the KSTAR is the forefront in steady-state plasma operation technology in a superconducting device.’ ‘This is a huge step forward for realisation of the fusion reactor.’ While other groups, such as the Tore Supra tokamak in France, have maintained fusion reactions for more than five minutes, the Korean team managed to sustain 'high performance' plasma, reducing the flux associated with the superheated state. Nuclear fusion reactors works on the same principles as stars, by fusing atoms together to form heavier elements. READ FULL ARTICLE: http://www.dailymail.co.uk/sciencetech/article-4037262/South-Korea-comes-step-closer-LIMITLESS-energy-Country-s-fusion-reactor-sustains-plasma-minute-new-world-record.html
https://wn.com/South_Korea_To_Get_Limitless_Free_Energy_As_Its_Fusion_Reactor_Sustains_Plazma_First_Time_In_History
[JCConf 2015] Event Sourcing with Reactor and Spring Statemachine by Jimmy Lu - R2 Day2-3
49:51

[JCConf 2015] Event Sourcing with Reactor and Spring Statemachine by Jimmy Lu - R2 Day2-3

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  • Duration: 49:51
  • Updated: 19 Jan 2016
  • views: 1033
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https://wn.com/Jcconf_2015_Event_Sourcing_With_Reactor_And_Spring_Statemachine_By_Jimmy_Lu_R2_Day2_3
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