Kliment
Joined 17 years ago
Joined 17 years ago
- refueling (regularly done, highly plannable)
- insufficient cooling water/ too warm cooling water (regular, seasonal, not very predictable short-term)
- planned maintenance (often combined with refueling)
- unplanned maintenance (accidents)
Whenever these things happen, the entire reactor is producing no power. This is why most nuclear facilities have multiple reactors, so you can rotate these tasks among them and still have some power. Unfortunately, the cooling issue is becoming more and more of a problem, and many sites that used to operate year-round now have to scale down significantly in mid-summer due to lack of cooling water.
The previous controversy around the researchers is not about them scamming patients, it's about them publishing only the positive results of their work and not disclosing negative results, making the average success rate appear better. This is one reason they publish full event streams and list days with no attempts and failed attempts extensively in this paper. The code has also been published, and the raw potential recordings are available on request. I had a careful read and I can't find anything methodologically problematic in this publication. When you watch the video, be aware this is the longest and most successful session, and the researchers made this very clear.
You're allowed to own more than one standalone induction plate. And you're also allowed to position them freely over your work area :)
I do custom electronics, robotics, and embedded software development - I specialize in quickly turning ideas into prototypes. I've built custom automation equipment for chemistry labs, sensors that are in use in household/utility applications, control circuitry for construction equipment, 3d printing electronics, data acquisition equipment. No project too small. Few projects too large. Deep discounts for open source hardware work.
I would also be happy to come over (anywhere in Europe) and teach any of the above skills to a small group of interested people. I've taught courses in electronic assembly (SMD), 3d printing (building/using printers, iterative 3d model design using programming) and robot design and construction. I've taught courses at several universities, hackspaces, and conferences.