Table 1.

Constants in simulations

Property		Units
κ Buffera)	0.05	S/m
μ BSA [23]	−1.5 × 10−8	m2/V/s
μ FMP	0.95 μ BSA	m2/V/s
μ Hb [23]	−3.5 × 10−9	m2/V/s
ρ Bufferb) [24]	999.7	kg/m3
k Bufferb) [20]	0.580	W/m/K
k Rotorc)	121	W/m/K
k Delrind)	0.37	W/m/K
Cp Bufferb) [20]	4.1921 × 103	J/kg/K
Tinlet	5	°C

^a)The simulated buffer has the conductivity similar to 10 mM Tris titrated with acetic acid to pH 7.5.

^b)This property of the simulated buffer was assumed to be equivalent to water.

^c)From Saint-Gobain’s product data at http://www.bn.saint-gobain.com/Data/Element/Product/product.asp?ele_ch_id=P0000000000000001635. The value seems to have increased to 130 W/m/K since the modeling work was done.

^d)From DuPont’s Delrin Design Guide, located at http://plastics.dupont.com/myplastics/Mediator?id=35&p=1&locale=en_US.