Colby
Self
 RV:
PEMEX
Tankers
­
Update 6
messages Jesus
Ignacio
Lopez
Olvera
 Mon,
Apr
30,
2012
at
4:54
PM

Source URL: www.ban.org

M a r c H[removed]Tailored Coercion Competition and Risk in Maritime Asia By Patrick M. Cronin, Dr. Ely Ratner, Elbridge Colby, Zachary M. Hosford

Source URL: www.cnas.org

• China
• Coast guard
• Asia
• Social philosophy
• Political philosophy
• Center for a New American Security
• Coercion

Storage Temperatures Necessary to Maintain Cheese Safety JAY RUSSELL BISHOP and MARIANNE SMUKOWSKI* Wisconsin Center for Dairy Research, University of Wisconsin 1605 Linden Drive, Madison, WI[removed], USA SUMMARY

Source URL: www.henningscheese.com

• Listeriaceae
• Granular cheese
• Listeria monocytogenes
• Feta
• Parmigiano-Reggiano
• Colby cheese
• Processed cheese
• Monterey Jack
• Kasseri
• Food and drink
• Cheese
• Microbiology

Phase Transitions: Clausius-Clapeyron Equation µi(phase α,P,T) = µi(phase β,P,T) α→β P α

Source URL: www.colby.edu

Chemical Potential of Solutions (g) = (g) + RT ln P/P Pure gas A(g) = A(g) + RT ln PA/P

Source URL: www.colby.edu

Application of the First Law to Ideal Gases Calculate q,w, ∆U, and ∆H for ideal gas processes: dU = ñq + ñw dU = Cv dT dH = Cp dT ∂U ∆U = q + w

Source URL: www.colby.edu

• Thermodynamics
• Isentropic process
• Thermodynamic entropy
• Adiabatic process
• Isothermal process
• Ideal gas
• Table of thermodynamic equations
• Thermodynamic processes
• Atmospheric thermodynamics
• Physics

Debye-Hückel Theory 1. assume complete dissociation of strong electrolytes 2. ionic atmosphere decreases chemical potential (have to do more work to pull ion out of solution)

Source URL: www.colby.edu

Gibbs Energy and Chemical Equilibrium a A(PA) + b B(PB) → ←

Source URL: www.colby.edu

Thermodynamics of Mixing of Ideal Gases P µA = µA + RT ln Po o P,T

Source URL: www.colby.edu

Osmotic Pressure ∆P = dgh solution

Source URL: www.colby.edu