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Okay, so many calculation revisions are happening here as of late, most recently one concerning the way we handle explosions. However, one I should talk about is vaporization. You see, we had various vaporization feats over the years, and they had the same issue where the material would basically stick around. I even went off this logic myself: https://vsbattles.fandom.com/wiki/User_blog:Flashlight237/Common_Feat:_Vaporizing_a_Human
The thing is when it comes to vaporization, the thing about gasses is, once a material is vaporized, depending on whether it is contained or not, the resulting gas would just, you know, leave. We can't exactly expect water to hit 1800 °C after it becomes a gas and leaves, can we?
Another issue I wanna point out is the whole smoke=vaporization or steam=vaporization thing. I wanna get this out of the way and say that that assumption is very faulty. For one, rocks have this thing called "moisture content", and we have a study on the shear strength of andesite that included moisture content: https://www.sciencedirect.com/science/article/pii/S1674775521001190
As such, the steam coming from a ruck should be considered the moisture content leaving the rocks, NOT the rocks being vaporized. Also, if you look at videos on lava, which is liquid rock, you can very much notice that steam isn't coming out of the lava:
This is just one example out of many videos on Youtube that show lava in action. Also, nobody even tried to boil rocks. I tried looking for values on the enthalpy of vaporization on rocks or even the boiling point of rocks and got no reliable results on either topic, which should mean that nobody tried to reliably figure out the boiling point of rocks. We don't exactly know what "rock gas" looks like.
I should also point out that the way the edges of the destruction look should also be accounted for when it comes to judging whether something is considered vaporization or not. For example, in this feat I calc'd (and stood my ground on because I've learned not to buy the smoke=vaporization argument), you can notice that the crater and the edges of the rocks show no signs of heating, plus the edges remained jagged: https://vsbattles.fandom.com/wiki/U...es:_Dick_Dastardly_Blows_a_Hole_in_the_Ground
Here, however, you can see a genuine example of vaporization: https://vsbattles.fandom.com/wiki/User_blogark-Carioca/Kronk's_disintegration_cannon
There are very noticeable signs of heat and the edges are smooth. See, when something heats up, it melts and then vaporized, and as the liquid form of a material would be incapable of having the shape of any solid, the gaseous form shouldn't have the shape of a solid either. This lack of form allows the edges of the destruction to be smooth as a result.
As such, I feel we should get a little stricter on what should qualify as vaporization and what shouldn't, plus the inner workings of vaporization. How? I wouldn't know, as I feel the idea is better discussed than winged. So yeah, hope this works.
The thing is when it comes to vaporization, the thing about gasses is, once a material is vaporized, depending on whether it is contained or not, the resulting gas would just, you know, leave. We can't exactly expect water to hit 1800 °C after it becomes a gas and leaves, can we?
Another issue I wanna point out is the whole smoke=vaporization or steam=vaporization thing. I wanna get this out of the way and say that that assumption is very faulty. For one, rocks have this thing called "moisture content", and we have a study on the shear strength of andesite that included moisture content: https://www.sciencedirect.com/science/article/pii/S1674775521001190
As such, the steam coming from a ruck should be considered the moisture content leaving the rocks, NOT the rocks being vaporized. Also, if you look at videos on lava, which is liquid rock, you can very much notice that steam isn't coming out of the lava:
This is just one example out of many videos on Youtube that show lava in action. Also, nobody even tried to boil rocks. I tried looking for values on the enthalpy of vaporization on rocks or even the boiling point of rocks and got no reliable results on either topic, which should mean that nobody tried to reliably figure out the boiling point of rocks. We don't exactly know what "rock gas" looks like.
I should also point out that the way the edges of the destruction look should also be accounted for when it comes to judging whether something is considered vaporization or not. For example, in this feat I calc'd (and stood my ground on because I've learned not to buy the smoke=vaporization argument), you can notice that the crater and the edges of the rocks show no signs of heating, plus the edges remained jagged: https://vsbattles.fandom.com/wiki/U...es:_Dick_Dastardly_Blows_a_Hole_in_the_Ground
Here, however, you can see a genuine example of vaporization: https://vsbattles.fandom.com/wiki/User_blogark-Carioca/Kronk's_disintegration_cannon
There are very noticeable signs of heat and the edges are smooth. See, when something heats up, it melts and then vaporized, and as the liquid form of a material would be incapable of having the shape of any solid, the gaseous form shouldn't have the shape of a solid either. This lack of form allows the edges of the destruction to be smooth as a result.
As such, I feel we should get a little stricter on what should qualify as vaporization and what shouldn't, plus the inner workings of vaporization. How? I wouldn't know, as I feel the idea is better discussed than winged. So yeah, hope this works.