PLSHY
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Energetic Materials Calculator（能材计算器）
Provide density, enthalpy of formation, and molecular composition to calculate the properties of energetic materials, made by Chinese amateurs (not
made by me)
Attachment: phptnXDeE (5.5MB)
This file has been downloaded 237 times
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PLSHY
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exe file, please modify the extension
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ManyInterests
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I got it to work, but I don't know any Chinese. I tried taking a screencap and putting it through google translate, but the font as so small and
pixelated that it was impossible to read.
If you speak Chinese and can provide a translation that would be great.
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PLSHY
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Quote: Originally posted by ManyInterests  | I got it to work, but I don't know any Chinese. I tried taking a screencap and putting it through google translate, but the font as so small and
pixelated that it was impossible to read.
If you speak Chinese and can provide a translation that would be great. |
I take the calculation of petn as an
example to translate (Google Translate)
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Etanol
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| Quote: Originally posted by PLSHY | | Provide density, enthalpy of formation, and molecular composition to calculate the properties of energetic materials, made by Chinese amateurs (not
made by me) |
Equilibrium 2CO<=>C+CO2 is not taken into account with increasing density?
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PLSHY
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| Quote: Originally posted by Etanol | | Quote: Originally posted by PLSHY | | Provide density, enthalpy of formation, and molecular composition to calculate the properties of energetic materials, made by Chinese amateurs (not
made by me) |
Equilibrium 2CO<=>C+CO2 is not taken into account with increasing density?
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Yes, this is why some negative oxygen explosives (such as RDX) have higher density, higher detonation heat
and lower detonation volume, because the process of co+co=co2+c is exothermic, and the higher the density, the more favorable the positive direction
conduct.
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PLSHY
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Posts: 88
Registered: 30-7-2023
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| Quote: Originally posted by Etanol | | Quote: Originally posted by PLSHY | | Provide density, enthalpy of formation, and molecular composition to calculate the properties of energetic materials, made by Chinese amateurs (not
made by me) |
Equilibrium 2CO<=>C+CO2 is not taken into account with increasing density?
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Oh, I see what you mean, I just misunderstood, this calculator does not take this part into account
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