Most thermodynamics formulas were worked out in Kelvin and hence you should either look for the modified version in Celsius or simply convert your temperatures to Kelvin. As for the expansion coefficient, the accuracy of the values becomes more important (over the averaged one) the smaller the...
There are a few books out there, one of my favorites is Solid State Physics by Rook and Hall. Explains the concept of XRD and how to effectively use the Scherrer equation. Diffraction can inform you on a lot more than grain size.
Also you can try this...
This is not enough info to establish if it the observed phenomena is indeed stored charges in an electric field (capacitance) or a simple "fluke". As you stated you need tests to establish that, one good way to go about it is to have a cycler. It would also help if we know what your electrodes...
Tried and true. Wrap it around a beaker and place it in a vacuum over for an hour = disaster. On the other hand, do the same next to a steam source and slippage and peeling starts to occur.
Other factors play an important role in how well this system works: Ambient pressure and most importantly humidity. Paraffin starts misbehaving a couple of hours after being exposed to an extremely dry atmosphere and its surface starts to deteriorate. Small dust particle of the surface between...
If anyone is interested, here's a possible answer: PVA will not react with Carbon at 300 degree. The resistivity of PVA will play a minimal role in over all conductivity of the pellet if its presence is limited to <2%.
Hey there.
I am making Carbon pellets using polyvinyl alcohol as a binder to help shape the pellets. I would like to measure the pellet's conductivity without being hindered or influence by the conductivity of the PVA. One way to do it is to heat the pellets to 300 degrees and evaporate the PVA...