In an experiment to determine the specific surface area of porous carbon using the Langmuir modal, 12.0 cm3 nitrogen gas is absorbed (at the) nitrogen partial pressure of 11.1 kPa. The volume corresponding to that complete coverage was observed to be 105 cm3 and 5 cm3. Calculate the kinetic equilibrium constant of absorption and desorption in this case.
In an experiment to determine the specific surface area of porous carbon using the Langmuir modal, 12.0 cm3 nitrogen gas is absorbed (at the) nitrogen partial pressure of 11.1 kPa. The volume corresponding to that complete coverage was observed to be 105 cm3 and 5 cm3. Calculate the kinetic equilibrium constant of absorption and desorption in this case.
Chapter27: Molecular Fluorescence Spectroscopy
Section: Chapter Questions
Problem 27.6QAP
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In an experiment to determine the specific surface area of porous carbon using the Langmuir modal, 12.0 cm3 nitrogen gas is absorbed (at the) nitrogen partial pressure of 11.1 kPa. The volume corresponding to that complete coverage was observed to be 105 cm3 and 5 cm3. Calculate the kinetic equilibrium constant of absorption and desorption in this case.
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