By Terrell L. Hill
Half I bargains with rules of quantum statistical mechanics. half II examines platforms composed of self sustaining molecules or of different self sufficient subsystems. half III considers structures of interacting molecules and half IV covers quantum information and comprises sections on Fermi-Dirac and Bose-Einstein information, photon fuel and free-volume theories of quantum drinks. comprises difficulties.
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Additional resources for Introduction to Statistical Thermodynamics
However, I believe it has also led to a decreased awareness of possible systematic errors in calorimetric measurements, in particular by users with no earlier experience in calorimetry. I believe there is a need for more information on these problems, and I think that companies marketing microcalorimeters have a responsibility in this matter toward their customers. Do they take that responsibility? Are they competent to do so? I think we need more cooperation between the industry and scientists who have broad experience in this field.
Calorim. 82, 553–558. , and Herrmann, C. (2012), How ionic liquids can help to stabilize native proteins, Phys. Chem. Chem. Phys. 14, 415–426. , Brandts, J. -N. (1989), Rapid measurement of binding constants and heats of binding using a new titration calorimeter, Anal. Biochem. 179, 131–137. Yadav, S. , Doyle, M. , Neubert, T. , and Yamniuk, A. P. (2012), MIRG Survey 2011: Snapshot of rapidly evolving label-free technologies used for characterizing molecular interactions, J. Biomol. Tech. 23, 94–100.
For benzene, the values are well documented—we even used benzene as a calibration substance for these kinds of instruments. The uncertainties for the values of diethyl disulfide are much larger. However, for this very slightly soluble compound (requiring 15 h experimental time at the level of a few microwatts), the result is satisfactory. I think that the design of this group of instruments and the results obtained for several hydrocarbons and other hydrophobic compounds are important. For example, I believe it would be useful to have such data available in connection with thermodynamic studies of drug–biopolymer interactions; cf.