A membrane 0.029mm thick use in an artificial kidney device. In an experiment at 37°C using NaCl as diffusing solute, c1=1.0 * 10-4 gmol/cm? and c2=5.0 * 10-7 gmol/cm, the mass transfer coefficient...

A membrane 0.029mm thick use in an artificial kidney device. In an experiment at<br>37°C using NaCl as diffusing solute, c1=1.0 * 10-4 gmol/cm? and c2=5.0 * 10-7<br>gmol/cm, the mass transfer coefficient kei=k= 5.24 * 10-5 m/s and flux is<br>8.11*10-4 g mole NaCl/s. Calculate permeability and diffusion coefficient.<br>

Extracted text: A membrane 0.029mm thick use in an artificial kidney device. In an experiment at 37°C using NaCl as diffusing solute, c1=1.0 * 10-4 gmol/cm? and c2=5.0 * 10-7 gmol/cm, the mass transfer coefficient kei=k= 5.24 * 10-5 m/s and flux is 8.11*10-4 g mole NaCl/s. Calculate permeability and diffusion coefficient.

Jun 09, 2022

SOLUTION.PDF

A membrane 0.029mm thick use in an artificial kidney device. In an experiment at 37°C using NaCl as diffusing solute, c1=1.0 * 10-4 gmol/cm? and c2=5.0 * 10-7 gmol/cm, the mass transfer coefficient...

Get Answer To This Question

Related Questions & Answers

Submit New Assignment