<--- Back to Details
First PageDocument Content
Physical quantities / Thermodynamic databases for pure substances / Entropy / Heat capacity / Water / Mineral physics / Intensive and extensive properties / Chemistry / Science / Thermodynamics
Date: 2006-11-09 17:20:27
Physical quantities
Thermodynamic databases for pure substances
Entropy
Heat capacity
Water
Mineral physics
Intensive and extensive properties
Chemistry
Science
Thermodynamics

JOURNAL OF APPLIED PHYSICS VOLUME 93, NUMBER 9 1 MAY 2003

Add to Reading List

Source URL: web.gps.caltech.edu

Download Document from Source Website

File Size: 477,79 KB

Share Document on Facebook

Similar Documents

AE #1038 Heating with Steam Application: HEATING WITH STEAM Using saturated steam at 40 psia to heat a solution with a similar heat capacity as water from a room temperature of 20° C to 80° C at a flow rate of 0.5 to g

AE #1038 Heating with Steam Application: HEATING WITH STEAM Using saturated steam at 40 psia to heat a solution with a similar heat capacity as water from a room temperature of 20° C to 80° C at a flow rate of 0.5 to g

DocID: 1v50d - View Document

PHYxxxx Everyday Physics  Boiling an Egg Boiling an Egg Consider a spherical homogeneous egg of specific heat capacity c, density !, thermal conductivity

PHYxxxx Everyday Physics Boiling an Egg Boiling an Egg Consider a spherical homogeneous egg of specific heat capacity c, density !, thermal conductivity "

DocID: 1tYq5 - View Document

Modeling the Electric Vehicle By Matthew Duescher To determine how a commute would look if an electric car was driven instead of a gasoline car, a mathematical model for the car’s motion is necessary. This allows us to

Modeling the Electric Vehicle By Matthew Duescher To determine how a commute would look if an electric car was driven instead of a gasoline car, a mathematical model for the car’s motion is necessary. This allows us to

DocID: 1rqEM - View Document

AtmoData Scientific documentation Version 1 for AtmoData 1.1 CEREA – ENPC / EDF R&D Herv´

AtmoData Scientific documentation Version 1 for AtmoData 1.1 CEREA – ENPC / EDF R&D Herv´

DocID: 1qnwA - View Document

Entanglement	
  Area	
  Law	
   (from	
  Heat	
  Capacity) Fernando	
  G.S.L.	
  Brandão University	
  College	
  London	
   	
   Based	
  on	
  joint	
  work	
  arXiv:1410.XXXX	
  with	
  

Entanglement  Area  Law   (from  Heat  Capacity) Fernando  G.S.L.  Brandão University  College  London     Based  on  joint  work  arXiv:1410.XXXX  with  

DocID: 1q9TX - View Document