Amanda Mifflin

Molecular Structure and Interaction at Aqueous, Non-Aqueous Liquid Interfaces and Catalytic Solid Surfaces

Lead Institution

Fudan University

Principal Investigator

Hongfei Wang

With the development of surface nonlinear spectroscopy in the last two decades, it is now possible to interrogate the molecular details of the structure and interactions at molecular interfaces. This…

Molecular Structure and Interaction at Aqueous, Non-Aqueous Liquid Interfaces and Catalytic Solid Surfaces

Lead Institution

Fudan University

Principal Investigator

Hongfei Wang

With the development of surface nonlinear spectroscopy in the last two decades, it is now possible to interrogate the molecular details of the structure and interactions at molecular interfaces. This…

Molecular Structure and Interaction at Model Atmospheric, Geological and Environmental Surfaces and Interfaces

Lead Institution

Fudan University

Principal Investigator

Hongfei Wang

We propose to use SFG-VS to study the vibrational spectroscopy at aqueous and non-aqueous solution surfaces, aqueous solution/oxides surfaces and interfaces of model molecular systems that is related…

Nonlinear Vibrational Spectroscopy Characterizing Model Atmospheric, Geological, Environmental, and Biological Surfaces and Interfaces

Lead Institution

Fudan University

Principal Investigator

Hongfei Wang

We propose to use SFG-VS to study the vibrational spectroscopy at aqueous and non-aqueous solution surfaces, aqueous solution/oxides surfaces and interfaces of model molecular systems that is related…

Surface interactions of organic ligand-iron oxide/water interfaces on carbon and iron cycling studied using SFG spectroscopy.

Lead Institution

University of Puget Sound

Principal Investigator

Amanda Mifflin

Project type

Limited Scope

The proposed work will examine the interfacial phenomena of the organic ligand desferrioxamine B (DFOB) at the iron oxide mineral/water interface using the nonlinear optical spectroscopy technique…

Crystal face influence on hematite-organic ligand interactions at iron oxide/water interfaces studied using nonlinear spectroscopy techniques

Lead Institution

University of Puget Sound

Principal Investigator

Amanda Mifflin

The proposed work will examine the interfacial phenomena of the organic ligand acetohydroxamic acid (aHa) at the hematite/water interface and the molecular structure at organic/aqueous interface…

Influence of hematite crystal face on organic ligand surface interactions with iron oxide/water interfaces studied using nonlinear spectroscopy techniques and molecular simulation methods.

Lead Institution

University of Puget Sound

Principal Investigator

Amanda Mifflin

Project type

Large-Scale EMSL Research

The proposed work will examine the interfacial phenomena of the organic ligand acetohydroxamic acid (aHa) at the hematite/water interface and the molecular structure at organic/aqueous interface…

Influence of hematite crystal face on organic ligand surface interactions with iron oxide/water interfaces studied using sum frequency generation spectroscopy

Lead Institution

University of Puget Sound

Principal Investigator

Amanda Mifflin

The proposed work will examine the interfacial phenomena of the organic ligands methanol and acetohydroxamic acid (aHa) at the hematite/water interface and the molecular structure at organic/aqueous…

EMSL Science Overview

Amanda Mifflin

Projects

Molecular Structure and Interaction at Aqueous, Non-Aqueous Liquid Interfaces and Catalytic Solid Surfaces

Molecular Structure and Interaction at Aqueous, Non-Aqueous Liquid Interfaces and Catalytic Solid Surfaces

Molecular Structure and Interaction at Model Atmospheric, Geological and Environmental Surfaces and Interfaces

Nonlinear Vibrational Spectroscopy Characterizing Model Atmospheric, Geological, Environmental, and Biological Surfaces and Interfaces

Surface interactions of organic ligand-iron oxide/water interfaces on carbon and iron cycling studied using SFG spectroscopy.

Crystal face influence on hematite-organic ligand interactions at iron oxide/water interfaces studied using nonlinear spectroscopy techniques

Influence of hematite crystal face on organic ligand surface interactions with iron oxide/water interfaces studied using nonlinear spectroscopy techniques and molecular simulation methods.

Influence of hematite crystal face on organic ligand surface interactions with iron oxide/water interfaces studied using sum frequency generation spectroscopy