ThermoDex contains annotated records that describe compilations of thermodynamic and physical property data for chemical compounds and other substances. Most of the compilations included are printed books; some are freely available Web-based databases. ThermoDex is a "finding aid" designed to save you time in searching through numerous handbooks you might have in your library or lab. It enables you to enter both a type of compound and a property, and it the returns a list of handbooks that might contain these data.

This report documents the new transport property data that will be used in the NASA Lewis Research Centers Chemical Equilibrium and Applications Program (CEA). It complements a previous publication that documented the thermodynamic and transport property data then in use. Sources of the data and a brief description of the method by which the data were obtained are given. Coefficients to calculate the viscosity, thermal conductivity, and binary interactions are given for either one, or usually, two temperature intervals, typically 300 to 1000 K and 1000 to 5000 K. The form of the transport equation is the same as used previously. The number of species was reduced from the previous database. Many species for which the data were estimated were eliminated from the database. Some ion-neutral interactions were added.

Available electronically at http://gltrs.grc.nasa.gov/GLTRS

Journal of Physical and Chemical Reference Data -- December 2003 -- Volume 32, Issue 4, pp. 1501-1533
Barbara A. Oakley, Gary Barber, Tony Worden, and Darrin Hanna
This review provides an overview of experimental results involving ultrasonic parameters as a function of absolute hydrostatic pressure in organic liquids.

Journal of Physical and Chemical Reference Data -- December 2003 -- Volume 32, Issue 4, pp. 1535-1544
Barbara Oakley Darrin Hanna Meir Shillor and Gary Barber
Polynomial expressions for the speed of sound as a function of pressure for 68 different organic liquids are presented in tabular form. (The liquids form a subset of those discussed in the companion paper: Ultrasonic parameters as a function of absolute hydrostatic pressure. I. A review of the data for organic liquids.)

Journal of Physical and Chemical Reference Data -- December 2003 -- Volume 32, Issue 4, pp. 1707-1711
H. W. Xiang
A simple general corresponding-states principle has been developed to represent the vapor pressure of tritium oxide from its triple point to its critical point, to describe the available experimental data, and to extrapolate beyond their range.