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Author: Subject: Energetic Materials Calculator(能材计算器)
PLSHY
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[*] posted on 26-8-2023 at 01:44
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)
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PLSHY
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[*] posted on 26-8-2023 at 01:46


exe file, please modify the extension
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ManyInterests
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[*] posted on 28-8-2023 at 23:14


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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[*] posted on 30-8-2023 at 05:11


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)

47020FEC-370F-4B6C-BB19-78C695838F56.jpeg - 1.3MB
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Etanol
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[*] posted on 30-8-2023 at 10:38


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?

cco2.jpeg - 94kB
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PLSHY
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[*] posted on 31-8-2023 at 03:10


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?

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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[*] posted on 31-8-2023 at 03:12


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?

Oh, I see what you mean, I just misunderstood, this calculator does not take this part into account
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