This heat of fusion is continually released until all the subsurface water has frozen, at which point temperatures can continue to fall.
12.
I couldn't find the heat of fusion of propylene glycol but I can't imagine it's more than water.
13.
Wherever ice forms, the ice formation's heat of fusion is not used, as the ice remains solid throughout the process.
14.
In fact, because of the release of latent heat of fusion, magmas that crystallise by decompression can actually get hotter in the process.
15.
The best coverage has been achieved for normal boiling points ( 438 components ) and the worst for heat of fusion ( 155 components ).
16.
The heat of fusion of NaCl�Na 2 SO 4 ?0H 2 O, is actually " increased " slightly to 286 kJ / kg.
17.
The amount of energy consumed in breaking hydrogen bonds in the transition from ice to water is known as the " heat of fusion ".
18.
Then the latent heat of fusion of water is 333.55 kJ / kg, so you'll need that many more kilojoules to get a liquid.
19.
Why does " aluminum oxide " + " heat of fusion " turn up no useful results ? talk ) 03 : 42, 10 September 2009 ( UTC)
20.
Water has a much higher latent heat of fusion than most substances, and a melting temperature which is convenient and easily attained with, for example, a household freezer.
