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Post by pokington on Sept 28, 2016 14:09:28 GMT
Potassium has an incorrect value for thermoelectric sensitivity:
ThermoelectricSensitivity_V__K -14.0-6
It should be:
ThermoelectricSensitivity_V__K -14.0e-6
My parser couldn't make sense of it at first. "-14.0-6" can't be cast to a float, you know. :-)
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Post by quarkster on Sept 28, 2016 15:13:48 GMT
I believe potassium was also missing at least one mechanical property. I tried to use it in a thermocouple because of this mistake (I didn't realize it was a mistake at the time) but couldn't because some strength or another was zero.
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Post by quarkster on Sept 28, 2016 21:05:58 GMT
I just checked. It's yield strength that is missing.
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Post by RA2lover on Sept 28, 2016 22:38:40 GMT
Expanding on material typos, the nickel-chromium-cobalt alloy has a thermal expansion coefficient of 17.8 K^-1, which is several orders of magnitude above everything else.
EDIT: Seems like there's something wrong with the LOX/RP-1 chemical engine performance as well, though i can't exactly point out what. In particular, the reaction's flame temperature is much lower than a quick source search appears to indicate.
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