4:06
Great Planes Reactor 50cc ARF Electric Maiden Flight
Great Planes Reactor 50cc ARF Electric Maiden Flight
Great Planes Reactor 50cc ARF Maiden Flight with Great Planes ElectriFly RimFire 50cc 80-75-230 Brushless Outrunner Electric Motor, Castle Creations 160A HV ESC, 12Cell 5000mah lipo This motor is pulling over 5000 watts, and 145Amps.
7:17
Electric Guitar-Reliced Set of Made In the USA Peavey Guitars, Reactor and Axcelerator.
Electric Guitar-Reliced Set of Made In the USA Peavey Guitars, Reactor and Axcelerator.
www.southwestrodandcustom.com Two Of a Kind
2:03
Japan No.3 Reactor Explosion
Japan No.3 Reactor Explosion
The Fukushima reactor building that exploded March 12 is one of a series of identical General Electric reactors constructed in Japan and the US. In this reactor design, the used nuclear fuel rods are stored in pools of water at the top of the reactor building. These "spent" rods are still highly radioactive: the radioactivity is so great the rods must be stored in water so they do not combust. The explosion at Fukushima Daiichi reactor unit 1 apparently destroyed at least one wall and the roof of the building: some reports stated the roof had collapsed into the building. Two days later, the nearby building containing the plutonium-uranium (MOX) fueled Fuksuhima Daichii reactor unit 3 exploded. So why bother about the rubble of reactor No 1? The WaPo quotes a nuclear engineer who knows the answer: Although Tokyo Electric said it also continued to deal with cooling system failures and high pressures at half a dozen of its 10 reactors in the two Fukushima complexes, fears mounted about the threat posed by the pools of water where years of spent fuel rods are stored. At the 40-year-old Fukushima Daiichi unit 1, where an explosion Saturday destroyed a building housing the reactor, the spent fuel pool, in accordance with General Electric's design, is placed above the reactor. Tokyo Electric said it was trying to figure out how to maintain water levels in the pools, indicating that the normal safety systems there had failed, too. Failure to keep adequate water levels in a pool <b>...</b>
1:04
Fukushima I Nuclear Power Plant 福島第一原子力発電所Reactor specifics.
Fukushima I Nuclear Power Plant 福島第一原子力発電所Reactor specifics.
Fukushima I Nuclear Power Plant 福島第一原子力発電所Reactor specifics. Fukushima Dai-Ichi is a nuclear power plant located in the town of Okuma in Futaba District of Fukushima Prefecture, Japan, commissioned in 1971, and consists of six boiling water reactors. These light water reactors have a combined power of 4.7 GW. Fukushima I first nuclear plant constructed and run entirely by Tokyo Electric Power Company (TEPCO). Reactors for Units 1, 2, and 6 supplied by General Electric, Units 3 and 5 by Toshiba, and Unit 4 by Hitachi. All six reactors designed by General Electric. Architectural design for General Electric's units by Ebasco. All construction by Kajima. Since September 2010, Unit 3 has been fueled by mixed-oxide (MOX) fuel, rather than the low enriched uranium (LEU) used in the other reactors. Units 1--5 were built with Mark I type (light bulb torus) containment structures, Unit 6 has a Mark II type (over/under) containment structure. Unit 1 is a 460 MW boiling water reactor (BWR-3) constructed in July 1967. It commenced commercial electrical production on March 26, 1971. Made based on National Land Image Information (Color Aerial Photographs)], Ministry of Land, Infrastructure, Transport and Tourism
3:09
DIY Calcium Reactor - Gas Release device
DIY Calcium Reactor - Gas Release device
DIY Calcium Reactor - Gas Release device In order to release undissolved CO2 accumulated on top of my DIY calcium reactor which is detrimental to smooth water outflow from the reactor, I designed an auto gas release device. A gas release tube was branched out from the CO2 recylcing tube and this gas release tube was connected to an electric valve. The valve is controlled by a timer. Every 3 days, the timer will be on and turn on the electric valve and at the same time provide electricity to a water pump which will drive water from the sump into the calcium reactor through the water input of the reactor . The water pressure from the pump will force the gas to come out from the reactor through the electic valve. After one minute, the gas release process is completed and gas is released and the timer will shut down the electric valve to seal off the gas release tube and also turn off the water pump . The reactor will be back to normal operation.
5:00
Peter Autschbach plays the Axe-Fx Ultra with Atomic Reactor FR cabinets
Peter Autschbach plays the Axe-Fx Ultra with Atomic Reactor FR cabinets
The Atomic Reactor cabinets are fullrange guitar speakers with built-in tube power amp. They work perfectly with the Axe-Fx by Fractal Audio. The Axe-Fx improved with every update of its firmware which can be downloaded and be installed by the user without any cost. The acoustic guitar is a H12 Ltd. by Froggy Bottom guitars. It features a Shadow Nanoflex pickup. The signal of the pickup was sent through the Axe-Fx. The signal is 100% pickup, no additional microphone was used. Reverb, EQ, Delay, speaker simulation (for the electric guitar) and compression are coming from the Axe-Fx. The sound that was present in front of the Atomic Reactor speaker cabs was recorded using two studio condenser mics (Rode NT2) which were 20 cm away from the speaker. No additional sound editing. Electric speaker simulation cab used: "4x12 Recto1". The guitar is a custom built Schack Guitar handmade by Andreas Cuntz. www.cuntz-guitars.de It has three pickups Jeff Beck Humbucker by Seymour Duncan (bridge), same pickup stacked in middle position and a Gibson Les Paul PAF (neck position). Peter Autschbach's Homepage: www.autschbach.de European distributor www.G66.eu
5:30
CNN: GE scientist quit over reactor design
CNN: GE scientist quit over reactor design
Dale Bridenbaugh quit his job at GE to protest the Mark 1 nuclear reactor design used at a damaged Japanese power plant.
7:33
Arnie Gundersen Discusses The Reasons Why The Fukushima Reactor Accidents Occurred
Arnie Gundersen Discusses The Reasons Why The Fukushima Reactor Accidents Occurred
Arnie lists three reasons why the accidents at Fukushima occurred: 1. Loss of onsite power 2. Overcrowded spent fuel storage pools 3. Diesel generator service water pump failures He states that there is more Cesium 137 in the spent fuel pools at the Pilgrim nuclear plant (Plymouth, MA) than in all the radiation released by all the atomic bomb tests, Chernobyl, and Fukushima combined. His comment that Mother Nature is smarter than mankind was addressed to the flooding Missouri River which has made the Fort Calhoun nuclear plant in Nebraska an island trying desperately to avoid losing electric power and an accident due to flooding.
8:22
Electric Spectrum - Reactor
Electric Spectrum - Reactor
Marko Dunjic was born in Kraljevo, Serbia, in 1987. A few years ago he started a project called Electric Spectrum. Even at his young age Marko became interested in electronic music, esspecialy trance. His favourite artists were and still are Astral Projection, Hallucinogen, Dino Psaras, Astrix, Talamasca... A couple years ago he began to work on his first trance track. His tracks are influenced by old school and goa trance and you can recognize full-on direction with melodic sounds. Follow me on: www.facebook.com soundcloud.com
10:49
DONT FEAR: Fukushima Japan Nuclear reactor fallout destruction PT 2
DONT FEAR: Fukushima Japan Nuclear reactor fallout destruction PT 2
www.TeamJesusConnect.com - Meet Christian friends and watch inspirational videos In light of Japan's nuclear crisis, the entire world is getting a nuclear physics lesson or completely confused about what's going on inside the four rocked reactors at the Fukushima Daiichi plant. Here's a primer on what is—and is not—going on with the reactors (with the understanding that major developments are happening constantly). The disaster unfolding at the plant, which includes four reactors with major problems and two without, is at the start of the nuclear power generation cycle and at the end. Partial nuclear meltdowns and coinciding explosions have occurred in at least two of the reactors after the double whammy of the earthquake and tsunami knocked out the plant's electricity. Those problems have arisen with the actual generation of the nuclear power. the fourth reactor's spent-fuel pool, the nuclear waste left over once power has been generated. The terms nuclear meltdown and spent fuel—and the dozens of others also cropping up in media reports—can be complex on paper and even more confusing to imagine. But one basic point is that the most important piece of the puzzle is water. And in Japan's case, that piece of the puzzle has been missing. What's a meltdown? Former Nuclear Regulatory Commission Chairman Dale Klein described a nuclear meltdown like a car accident It can be as minor as a fender bender or as major as a head-on collision. Three of the four damaged reactors at <b>...</b>
2:10
How does the APR-1400 nuclear reactor work?
How does the APR-1400 nuclear reactor work?
Energy demand in the UAE is growing at an annual rate of about 9 per cent -- three times the global average. Developing a reliable supply of electricity is critical to the future growth of the Nation. ENEC awarded the Prime Contract for the UAE civil nuclear energy program to a consortium led by the Korean Electric Power Corporation (KEPCO) -- one of the world leaders in safety, plant reliability and efficiency. KEPCO is the world's third largest nuclear energy company. It is recognised by the World Association of Nuclear Operators (WANO) as a leader in safety, plant reliability and efficiency, and currently receives among the highest scores in the WANO performance indicator program. The KEPCO consortium will design, build and operate four 1400 MW nuclear power plants in the UAE. The first plant is expected to start operating in 2017. The other three plants are scheduled to be completed and operational by 2020. Here is how the APR-1400 provides safe, clean, reliable and efficient electricity.
7:13
The Westinghouse Small Modular Reactor (SMR)
The Westinghouse Small Modular Reactor (SMR)
Westinghouse Electric Company achieves yet another milestone in energy history with the introduction of its Small Modular Reactor -- a 200 MWe-class, integral pressurized water reactor. The Westinghouse commitment to small modular reactor development is evidenced in this latest design, which uses passive safety systems and other proven technology to achieve the highest levels of safety, while reducing the number of plant components required. Westinghouse invites you to visit and explore our other SMR related materials located on the Westinghouse public internet site at www.westinghousenuclear.com/SMR/index.htm .
1:02
New Video Shows Smashed Interior of Fukushima Nuclear Reactor
New Video Shows Smashed Interior of Fukushima Nuclear Reactor
For more news visit ☛ english.ntdtv.com Follow us on Twitter ☛ http Add us on Facebook ☛ facebook.com As Japan's nuclear crisis stretches into its third week with no end in sight, the operator of the damaged power plant releases a video of the smashed nuclear reactor. Let's take a look. The operator of Japan's stricken nuclear plant released this new video of one of its smashed reactors on Friday. The video, shot by a camera attached to a crane, shows the damaged interior of reactor No. 4 at the Fukushima Daiichi nuclear complex. Smoke is seen here rising above the reactor while water is being dumped on it. This video was shot on March 24 and was released by Tokyo Electric Power Co, or TEPCO. The company has been criticized for its handling of the emergency at its six-reactor plant that was damaged in the March 11 earthquake. A local newspaper reported on Friday that the government is considering taking control of the company, in the face of mounting public concerns and a potentially huge compensation bill. The crisis is the worst nuclear accident since Chernobyl in 1986.
3:42
Project YJ's a BUST / Nuclear Power Demonstration (NPD) Reactor.mpg
Project YJ's a BUST / Nuclear Power Demonstration (NPD) Reactor.mpg
my buddy Paul and I went for a 7 hr drive to go buy a jeep yj . the guy i was talking to said the typical frame issues had been dealt with and the frame was super solid , he said the body was great aswell except for a few spots on the floor ..... i don't mind fixing floors . it was supposed to be $100.00 away from a certification ...... uummm nope . she was shot ........ i was sooo upset i wasted my day that i didn't even film the damn thing ...... i just got in my car and came back home . on the way home i decided to stop and get some vid of this bridge and the Nuclear Power Demonstration (NPD) Reactor so i would have some sort of footage to post up when i got home . On June 4, 1962 the Nuclear Power Demonstration (NPD) Reactor 3 km east of Rolphton supplied the Ontario power grid with the first nuclear-generated electricity in Canada. A joint project of Atomic Energy of Canada Limited, Ontario Hydro and Canadian General Electric, NPD was the prototype and proving ground for research and development that led to commercial application of the CANDU system for generating electric power from a nuclear plant using natural uranium fuel, heavy water moderator and coolant in a pressure tube configuration with on-power refueling. As a science and engineering research center, NPD produced internationally significant knowledge and techniques. It was also a training center for nuclear plant operators. NPD closed in 1987 after exceeding its operational goals.
14:10
History Of The Advanced Liquid Metal Reactor / IFR - part 2 of 4
History Of The Advanced Liquid Metal Reactor / IFR - part 2 of 4
This video was originally uploaded here: www.engr.utk.edu I have re-uploaded the video here for a wider audience. PART 2 A presentation on the ALMR, IFR / S-PRISM by Eric Loewen, Manager Advanced Plant New Product Introduction General Electric Nuclear Business Wilmington, NC. Major features of the IFR are it uses existing nuclear waste for fuel and it generates no long-term radioactive waste; it is all recycled within the facility. We should build the IFR along with other sources of clean abundant power for a sustainable, ecologically friendly future. For more information and discussion please visit: bravenewclimate.com skirsch.com
15:50
fusion reactor
fusion reactor
this is a hydrogen fusion reactor designed to turn water into hydrogen and oxigen gas, and then fuse the two gases back together to produce large amounts of heat, the heat is absorbed by thermo electric cells and is converted into electricity, this is the future of power generation, not fossle fuels, not biodiesel, not hybrid cars, but fusion, a non radioactive nuclear reaction at room temprature using common elements as a fuel source, in this case.... water.... this is my prototype... enjoy this video!!
2:11
How To Paint Your Guitar-Peavey Reactor-Finished, Compete, DONE!
How To Paint Your Guitar-Peavey Reactor-Finished, Compete, DONE!
It's One Done DEAL! www.swrnc.com or 972-420-1293
1:25
Keychain Spy Camera FPV night flying great planes reactor electric rc airplane
Keychain Spy Camera FPV night flying great planes reactor electric rc airplane
A little bit of night flying tonight. Decided to throw the keychain spy camera on the horizontal stabilizer. Threw the CG and aero balance off like crazy so it was a short flight. Kinda cool seeing all the city lights though...
2:14
UPDATE 1pm CST ! Japan NUCLEAR REACTOR- RADIOACTIVE STEAM ON VIDEO - 3/11/11
UPDATE 1pm CST ! Japan NUCLEAR REACTOR- RADIOACTIVE STEAM ON VIDEO - 3/11/11
UPDATE 119pmCST: english.kyodonews.jp BULLETIN: Gov't to order TEPCO to open Fukushima No. 1 reactor valve to release pressure TOKYO, March 12, Kyodo Japan's nuclear safety agency is set to issue an unprecedented order for Tokyo Electric Power Co. to open a valve at the troubled Fukushima No. 1 nuclear power plant to release pressure following a powerful earthquake, it said Saturday. ==Kyodo ************************ news.yahoo.com Cesium in the air = some kind of meltdown Don't be scared.. be prepared.. seriously... I hope I am wrong, and I have to eat crow.. but im going off of ASAIN MSM REPORTS of meltdown .. linked below.. and now Michio Kaku AND BILL NYE THE SCIENCE GUY.. who they have brought on to discuss the "potential" meltdown, and the VERIFIED DETECTED CESIUM IN THE AIR... which means RODS HAVE MELTED!!!! below I have provided links to monitor the jet stream flow of the "radiation" cloud once it reaches altitude to move eastward towards the United states. below is the PROJECTED map making its way around the internet.. the only actual map I could find showing anything to expect. The reactor has blown .. radiation is detected, people have died and will get sick.. I don't know why CNN isn't reporting the meltdown that is being talked about via the below links over in Asia about 6 hours ago!!! ********************* also, here is the "A is for Atom" - video for "children" all about "atoms" and "radiation" : vimeo.com Projected LETHAL fallout radius: www.examiner.com <b>...</b>
1:41
High Radiation Level, No. 1 Reactor Building at Fukushima Daiichi investigated by robot
High Radiation Level, No. 1 Reactor Building at Fukushima Daiichi investigated by robot
After detection of a rad level of over 500 R/hr coming from the reactor building at No. 1 plant, Fukushima Daiichi site, TEPCO sends in a robot for further investigation. Robot entry video shot August 2, 2011 and released for press use by TEPCO (Tokyo Electric Power Company.) See ATOMIC POWER REVIEW for further details and a map of the location seen here. atomicpowerreview.blogspot.com
2:11
Fresh close-up video of Fukushima destroyed reactor, firefighters at plant
Fresh close-up video of Fukushima destroyed reactor, firefighters at plant
Follow latest updates at twitter.com and www.facebook.com Tokyo's utility company said on Wednesday that black smoke has been seen emerging from Unit 3 of the crippled nuclear plant in northeastern Japan, prompting a new evacuation of the complex. Officials with Tokyo Electric Power Co. said on Wednesday that workers from the entire Fukushima Dai-ichi plant have been temporarily evacuated. Operators of the power station have been desperately trying to cool the reactors and spent fuel pools at the plant after it was damaged by this month's tsunami, which knocked out power to the cooling systems.
1:42
BREAKING NEWS: Fukushima Reactor ERRORS Because (TEPCO 'Didn't Read Safety Manual')
BREAKING NEWS: Fukushima Reactor ERRORS Because (TEPCO 'Didn't Read Safety Manual')
BREAKING NEWS: Fukushima Reactor ERRORS Because TEPCO 'Didn't Read Safety Manual' I can't believe this is the next angle from which the nuclear industry will trick the sheeple into thinking everything is safe and ok. "Everyone knows you have to read the instructions first! Silly TEPCO. Nuclear power is safe!" _____________________________________________________________ TEPCO didn't follow Fukushima emergency manual NHK has learned it is highly likely that the operator of the Fukushima Daiichi nuclear power plant did not follow the procedures to prevent a hydrogen explosion. NHK obtained the manual for the No.1 reactor, where the hydrogen blast occurred on March 12th, one day after the tsunami destroyed the reactor's cooling system. A failure of the cooling system causes the pressure inside the reactor's container vessel to rise and generates the risk of a hydrogen explosion. The manual calls for releasing air from the vessel when the pressure is projected to rise to 853 kilopascals -- double the operating limit. A venting operation is necessary to prevent the vessel from being damaged, which could lead to the leakage of a large amount of radioactive substances. The manual NHK has obtained shows that the pressure inside the vessel was close to the level that requires a venting operation 13 hours before the explosion occurred. But the plant operator, Tokyo Electric Power Company, did not start the operation until 6 and a half hours before the explosion, and the operation <b>...</b>

