… reactors that trap fusion fuel and heat it to over 150 million degrees Celsius. Facing extremely hot fuel, it … in the future. The heat exhaust challenge Fortunately, at 150 million degrees Celsius, the fusion fuel transitions … reactors that trap fusion fuel and heat it to over 150 million degrees Celsius. Facing extremely hot fuel, it …
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… that trap the fuel and heat it to a temperature of over 150 million degrees Celsius, several times the core … opsluiten en verhitten tot een temperatuur van circa 150 miljoen graden, meerdere malen de kerntemperatuur van de … that trap the fuel and heat it to a temperature of over 150 million degrees Celsius, several times the core …
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… evolution activity of alpha-Fe 2 O 3 ? J. Chem. Phys. 150 (2019) 041729. ( pdf , SI ) … evolution activity of alpha-Fe 2 O 3 ? J. Chem. Phys. 150 (2019) 041729. ( pdf , SI ) …
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… waterstofgas van -260 graden in de reactor verhit naar 150 miljoen graden. Als het waterstof te snel verdampt, … waterstofgas van -260 graden in de reactor verhit naar 150 miljoen graden. Als het waterstof te snel verdampt, …
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… the fuel, deuterium and tritium, to temperatures exceeding 150 million ◦C. At these temperatures, the fuel consists of … the fuel, deuterium and tritium, to temperatures exceeding 150 million ◦C. At these temperatures, the fuel consists of …
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… Reactors: Multiple Redox (Single compartment: 50 ml 4x, 150 ml 4x and 200 ml 2x; Double compartment: 50ml 3x) Two … ~900°C x2 Heating mantle, Norecs High temperature furnace (~1500°C), Carbolite 1x High temperature furnace (~1000°C), … Reactors: Multiple Redox (Single compartment: 50 ml 4x, 150 ml 4x and 200 ml 2x; Double compartment: 50ml 3x) Two …
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… reactors that trap fusion fuel and heat it to over 150 million degrees Celsius. Protecting the reactor wall … reactors that trap fusion fuel and heat it to over 150 million degrees Celsius. Protecting the reactor wall …
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… place under extreme conditions, with fuel heated up to over 150 million degrees Celsius, turning it into a super-hot, … place under extreme conditions, with fuel heated up to over 150 million degrees Celsius, turning it into a super-hot, …
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… In a fusion reactor, the necessary temperature exceeds 150 million degrees Celsius, which is about ten times hotter … In a fusion reactor, the necessary temperature exceeds 150 million degrees Celsius, which is about ten times hotter …
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… happen? “Most certainly! In Rijnhuizen, there were about 150 people working at the institute. That number has risen … happen? “Most certainly! In Rijnhuizen, there were about 150 people working at the institute. That number has risen …
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… in situ (vacuum suitcase) Temp. range Room temperature -150 o C to +1100 o C Temp. fluctuations ± 5 o C Temp. … in situ (vacuum suitcase) Temp. range Room temperature -150 o C to +1100 o C Temp. fluctuations ± 5 o C Temp. …
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… in the form of deuterium and tritium. In the reactor, it is 150 million degrees Celsius, and there the deuterium and … in the form of deuterium and tritium. In the reactor, it is 150 million degrees Celsius, and there the deuterium and …
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… Magneetvelden houden het waterstofplasma (geladen gas) van 150 miljoen graden van de reactorwand. Onderin de machine … Magneetvelden houden het waterstofplasma (geladen gas) van 150 miljoen graden van de reactorwand. Onderin de machine …
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… from DIFFER. Rooms in this luxurious hotel are about € 150,- pnpp. NH Crown Hotel is 15 minutes walking distance … from DIFFER. Rooms in this luxurious hotel are about € 150,- pnpp. NH Crown Hotel is 15 minutes walking distance …
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… by 2050. In a fusion reactor, magnetic fields confine the 150 million degree fusion fuel and guide the reaction … by 2050. In a fusion reactor, magnetic fields confine the 150 million degree fusion fuel and guide the reaction …
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