3 ms·
They seem to be using a fast moving rotor with holes in the backside of the blades that extract the steam from the cavity and then condense it. --- Links and r
by _Microft 7y ago
They seem to be using a fast moving rotor with holes in the backside of the blades that extract the steam from the cavity and then condense it.
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Links and related articles:
University:
http://www.sfu-kras.ru/en/news/22304 http://www.sfu-kras.ru/en/news/22304
Related paper: http://research.sfu-kras.ru/publications/publication/514080724-710372260 http://research.sfu-kras.ru/publications/publication/5140807... (doi: 10.1007/s11431-014-5631-0)
List of articles of the mentioned researcher (Kulagin) is at
http://research.sfu-kras.ru/publications/author/24184408 http://research.sfu-kras.ru/publications/author/24184408
(Nothing stands out on arXiv when searching for either desalination, cavitation or Siberian Federal University)
- murkt 7y agoDesalination research isn't pre-published on arXiv. There are ~300 articles on arXiv where desalination is mentioned, and ~18-20k articles in the world. There is even a journal called "Desalination". I've found 64 articles total that mention "desalination AND cavitation", starting from 2006.
- this_was_posted 7y agohttps://sci-hub.tw/https://www.sciencedirect.com/science/article/abs/pii/S0011916418313912 https://sci-hub.tw/https://www.sciencedirect.com/science/art... I think this paper is relevant
- robocat 7y agoSo you can suck the gas vapour through the back of the rotor blade, so long as the rotor velocity is not exceeding the sound velocity of the gas? It seems like you could make one at home or maker workshop with a hollow shaft...