Table 1 Parameters for the simulation of eqs. (18)–(22) and (23)–(26)

From: Phase-separated droplets swim to their dissolution

 

CO(NH2)2

NH3

\({{{{{{{{{\rm{NH}}}}}}}}}_{4}}^{+}\)

CO2

\({{{{{{{{{\rm{HCO}}}}}}}}}_{3}}^{-}\)

H+

OH

\({{{{{{{{{\rm{HPO}}}}}}}}}_{4}}^{2-}\)

\({{{{{{{{\rm{H}}}}}}}}}_{2}{{{{{{{{{\rm{PO}}}}}}}}}_{4}}^{-}\)

\({D}_{i}^{w}\) (10−9 m2/s)

1.38

1.50

1.96

1.67

1.19

9.31

5.27

0.76

0.96

\({c}_{i}^{\infty }\) (mM)

\({c}_{1}^{\infty }\)

0

0

0

0

\(1{0}^{-{{{{{{{{\rm{pH}}}}}}}}}^{\infty }}\)

\({K}_{w}/1{0}^{-{{{{{{{{\rm{pH}}}}}}}}}^{\infty }}\)

\(100/(1+\frac{{c}_{6}^{\infty }}{K{a}_{5}})\)

\(\frac{{c}_{6}^{\infty }{c}_{8}^{\infty }}{K{a}_{5}}\)

 

Km = 23 mM

pKa2 = 9.25

pKa3 = 6.35

pKw= 14

pKa5 = 7.21

  1. Diffusion coefficient and pK are extracted from ref. 62, urea-urease Michaelis-Menten constant from ref. 19.