Sabine explains the difference between nuclear fusion reaction’s Qplasma and Qtotal. There is a huge difference between the two. To put out more power than is needed to keep the reactor running, the output of the fusion reaction must be greater than Qtotal. At the rate the experiments are progressing, it will be many decades
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p.259 << FUSION For over three decades, the goal of fusion research has been to build a machine to harness the violent process that powers the stars and ignites hydrogen bombs. The daunting challenge confronting scientists and engineers working on this project has been to design a reactor that would provide inexhaustible energy by enabling
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In this Tech For Luddites YouTube video the lady from India explains the drawbacks of ‘terrestrial fusion’. For instance there are only 21 kilograms of tritium in the world. It has to be bred in a [fission] reactor. For an 800 MW fusion plant it will take 125 kg of tritium per year to run
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From NYP article https://nypost.com/2020/08/22/four-new-solutions-smarter-than-the-disastrous-green-new-deal/amp/ << For one thing, the sun doesn’t always shine and the wind doesn’t always blow. Therefore, the more wind and solar we add to the grid, the less cost-effective each new panel or turbine becomes. Doubling or tripling the number of turbines available doesn’t help much on days when the wind
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I happened to find this website for a nuclear fusion research project that makes claims about getting more energy output than it puts in. They talk about an artificial sun on earth. I have read about some amateur experimenters making a cold fusion system on a small laboratory scale, and this Safire Project seems to
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