#bitcoin mining under a vacuum.
Water boils at 104F/40C when under a vacuum down to 1psi. So any particular part of the #bitcoin miner that’s hotter that this the water will boil and turn to vapour travel up and away and be immediately replaced by more less than 104F/40C water. The vapour rises and as long as there’s a heat exchanger up top that’s cooler the water will re-condense and so the process repeats.
shane / Shane
npub1a4…eddtd
2023-02-18 10:27:05
Author Public Key
npub1a4mvj6qatlvwz2s8ptldhpp4pjecmlc0vyc0ympcgpqp7dn8qx8qweddtdPublished at
2023-02-18 10:27:05Event JSON
{
"id": "02c3ac1d83a8cac00e19159501636aca549f4a95c6351a107ec233c68683726b",
"pubkey": "ed76c9681d5fd8e12a070afedb84350cb38dff0f6130f26c3840401f3667018e",
"created_at": 1676716025,
"kind": 1,
"tags": [
[
"t",
"bitcoin"
],
[
"t",
"bitcoin"
]
],
"content": "#bitcoin mining under a vacuum. \n\nWater boils at 104F/40C when under a vacuum down to 1psi. So any particular part of the #bitcoin miner that’s hotter that this the water will boil and turn to vapour travel up and away and be immediately replaced by more less than 104F/40C water. The vapour rises and as long as there’s a heat exchanger up top that’s cooler the water will re-condense and so the process repeats.",
"sig": "d1c7f1f4164b672b0efc7beb4226e17284268005ce21b86b39080e84a9050ac1aeece04238998789b26ecf6d341446b37dc0dbab818cf0c1f8d6df285b6b3c34"
}