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Pore Engineering in Metal–Organic Frameworks for Sub-Angstrom Molecular Separation

Description:

The continuing increase in atmospheric CO2 to concentrations exceeding 400 ppm has attracted considerable attention from both scientists and policymakers. Industrial fossil fuel consumption generates a significant amount of CO2 emissions, and in particular, energy-intensive molecular separations that require thermal processes, such as distillation, drying, or evaporation, are responsible for...

Keyword:

Dimensionality, Noble Gases, Hexane, Xylene, Metal-Organic frameworks, and MOFs

Subject:

Inorganic chemistry, Chemistry, and Materials Science

Creator:

Idrees, Karam

Owner:

Scholarly Digital Publishing

Language:

en

Date Uploaded:

08/23/2023

Date Created:

2023-01-01

Resource Type:

Dissertation

Alternate Identifier:

etdadmin_upload_991974 and http://dissertations.umi.com/northwestern:16625
MOF-Based Catalysts for the Tandem Reaction of Hydrogen Peroxide Generation and Oxidation

Description:

Oxidation is an important process in synthesizing a broad range of useful products such as polymers, pharmaceuticals, and fine chemicals. While H2O2 is a highly attractive oxidant for oxidative chemistry due to its high percentage of oxygen and environmentally friendly water byproduct, it is often used in excess due to...

Keyword:

Catalysis, hydrogen peroxide generation, oxidation, MOFs, and tandem reaction

Subject:

Chemistry

Creator:

Limvorapitux, Rungmai

Owner:

Scholarly Digital Publishing

Language:

en

Date Uploaded:

02/12/2020

Date Created:

2019-01-01

Resource Type:

Dissertation

Alternate Identifier:

http://dissertations.umi.com/northwestern:14696 and etdadmin_upload_666644

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Pore Engineering in Metal–Organic Frameworks for Sub-Angstrom Molecular Separation

MOF-Based Catalysts for the Tandem Reaction of Hydrogen Peroxide Generation and Oxidation

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