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Filtering by: Committee Member Subramanian, Mas Remove constraint Committee Member: Subramanian, Mas Resource Type Masters Thesis Remove constraint Resource Type: Masters Thesis

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CO₂ capture from wet flue gas using a water-stable and cost-effective metal-organic framework

Creator:

Loughran, Ryan P.

Abstract:

We report the use of MIL-120 as a water-stable and cost-effective metal-organic framework (MOF) for selectively capturing CO₂ from wet flue gas. Synthesized using inexpensive and environmentally benign reagents in water, MIL-120 possesses one-dimensional pores decorated with hydroxyl-bridged Al(III) ions and benzene rings with an interstitial spacing of 4.78 Å....

Resource Type:

Masters Thesis

Full Text:

120 mA, x-y grid scanning, and continuous stage rotation (ϕ). On the source side, the TXSHE beam
Using Computational Methods to Elucidate Reaction Mechanisms for Copper Catalyzed Reactions

Creator:

Caspary, Katherine E.

Abstract:

In this report, two studies are presented that utilize computations to predict and elucidate the reaction mechanisms of two different copper catalyzed reactions. Each study provides insight into the various chemical transformations, as well as the how and why behind regioselectivity and isotopic selectivity. The importance of this research is...

Resource Type:

Masters Thesis
Transition metal solar absorbers

Creator:

Altschul, Emmeline Beth

Abstract:

A new approach to the discovery of high absorbing semiconductors for solar cells was taken by working under a set of design principles and taking a systemic methodology. Three transition metal chalcogenides at varying states of development were evaluated within this framework. Iron pyrite (FeS₂) is well known to demonstrate...

Resource Type:

Masters Thesis
Development of perovskite thin films for use in piezoelectric based microelectromechanical systems

Creator:

Shelton, Christopher T.

Abstract:

The lead-zirconate-titanate (PZT) solid solution system is currently the workhorse of piezoelectric-based microelectromechanical systems (MEMS) research. Among bulk materials it is known to be one of the strongest piezoelectrics, with extremely high piezoelectric coefficients and electro-mechanical coupling factors. Reproducing these exceptional qualities in thin film form, however, requires precise tuning...

Resource Type:

Masters Thesis

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Academic Affiliation

Chemistry3

Advisor

Cheong, Paul Ha Yeon1
Gibbons, Brady J.1
Keszler, Douglas A.1
Stylianou, Kyriakos C.1

Commencement Year

Commencement Year range begin – Commencement Year range end

Current results range from 2010 to 2024

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Committee Member

Subramanian, Mas4
Cann, David P.1
Carter, Rich1
Ji, David1
Li, Kaichang1
more Committee Members »

Creator

Altschul, Emmeline Beth1
Caspary, Katherine E.1
Loughran, Ryan P.1
Shelton, Christopher T.1

Contributor

Bew, Sean P.1
Cheong, Paul Ha Yeon1
Chidambaram, Arunraj1
Fast, Dylan B.1
Gladysiak, Andrzej1
more Contributors »

Date

Date range begin – Date range end

Current results range from 2009 to 2023

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Decade

2020-20292
2010-20191
2000-20091

Degree Field

Chemistry3
Materials Science1

Degree Level

Master's4

Degree Name

Master of Science (M.S.)4

Language

English [eng]4

License

All rights reserved3
Attribution 4.0 (CC BY 4.0)1

Non-Academic Affiliation

Oregon State University. Graduate School2

Peer Reviewed

No4

Resource Type

Masters Thesis[remove]4

Rights Statement

In Copyright4

Subject

Chalcogenides1
Metallic films1
Microelectromechanical systems -- Materials1
Perovskite1
Piezoelectric materials1
more Subjects »

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