JSRAE Thermodynamic Tables, Vol.1,
"HFCs and HCFCs", Ver. 2.0 |
|
Edited by JSRAE Refrigerant Properties Subcommittee
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| Up-to-date thermophysical property data and
equations of important refrigerant are collected all such
as R 23, R 32, R 123, R 124, R 125, R 134a, R 141b, R 142b ,
R 143a, R 152a, R 225ca, R 225cb. |
| Among the published data, the most reliable data
are evaluated and shown in the figures which compares these data
with the selected correlations. Users of this book will easily
evaluate reliability of the published information and the selected
correlations. That is the world's first trial. |
| Calculation method for each thermophysical
property is introduces. |
| Abundant references are listed. |
| An attached CD-ROM is a JSRAE Software for
Microsoft Windows which consists of major information presented
in this volume, as well as a software and its manual which can
be used to calculate saturated thermophysical property values
and thermodynamic property values for superheated vapor
at specified condition. |
| For experts in data processing, the original
source codes are included which are adequate for cycle simulation.
|
| Basic constants, general properties,
references, and saturated vapor tables are presented. |
| For calculation of thermophysical properties
of each refrigerant, the selected correlations and
their source codes such as specific heat of ideal gas,
saturated vapor pressure, density and surface tension of
saturated liquid are included. |
| Correlations of viscosity and thermal
conductivity at the saturated conditions, virial equations to
represent refrigerant thermal properties for gas region with higher
accuracy are included newly. |
|
\8,800 (not include postage) |
\8,000 for JSRAE member,
ASHRAE member, and IIR member |
|
Contact |
@@@@JSRAE Japan Society of Refrigerating and
Air Conditioning Engineers |
San-ei Bldg.,. 8 San-ei-cho, Shinjuku-ku
Tokyo 160-0008, Japan |
Tel: +81-3-3359-5231 Fax: +81-3-3359-5233 |
E-mail: GSP24123@nifty.com |
