Faculty

Institution

Unit

Venue

Kristen Burson

Grinnell College

Affiliations

Division of Science

Chemistry

Physics

Grinnell College

NoneKristen Burson is currently serving as a Chemistry faculty at Grinnell College.

Honors

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Experiences

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Education

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Kristen Burson

Grinnell College

You can click a keyword to filter the displayed items

materials science applied physics surface science material research thin films crystal research interface (matter) characterization (materials science) interface science physics condensed matter physics crystal growth materials engineering crystal engineering condensed matter amorphous solid crystallography material analysis germanene surface characterization electronic materials interfacial phenomena surface analysis defect formation material physics student learning atomic force microscopy aggregate populations electrical engineering semiconductors advanced functional materials electronics porous materials positive behavior interventions behavioral education school psychology educational psychology educational strategies higher education semiconductor materials layered materials semiconductor device fabrication low dimensional materials network theory material modeling low-dimensional systems thin film processing interface properties interface chemistry bubble dynamics complex matter phase separation instructional design mental health interventions educational design amorphous metals topological insulators organic electronics student success scanning probe microscopy crystal material silicon dioxide layer range correlation amorphous networks reveals block analysis common domain boundaries silica bilayers atomic structure atomic scale macroscopic bubble rafts crystalline-vitreous structures mesoscopic structures solar cell performance squaraine phase separation universal design

Notable Scholarly Works

Notable Federal Grants

Collaborators

Key Features of a Long-Standing Student-Led Women in Physics Mentoring Program. AIP conference proceedings (2023)

Mary K. ChesseySara D. NegussieMegan D. Marshall SmithMika A. ChmielewskiKristen M. BursonAlison E. DuckKathleen A. Hamilton-CamposAmitava Banerjee

physicsstudent successhigher educationlong-standing student-led womenkey featuresstudent learningmentorship

Course Modifications to Promote Student Mental Health and Move Toward Universal Design for Learning. The Physics Teacher (2022)

universal designpositive behavior interventionsbehavioral educationstudent mental healthmental healthlearning sciencespsychologyeducationhealth educationschool psychologyeducational psychologyeducational strategiesinstructional designstudent learningmental health interventionseducational designcourse modifications

Mesoscopic Structures and Coexisting Phases in Silica Films. The Journal of Physical Chemistry C (2022)

thin filmsmaterials scienceinterface sciencephase transitionsmaterial researchcomplex mattercrystal researchinterface (matter)crystal growthmesoscopic structuresapplied physics

Quantifying Squaraine Phase Separation, Aggregate Populations, and Solar Cell Performance With a Correlated Multimethod Approach. The Journal of Physical Chemistry C (2022)

Tyler WiegandHudson SmithCatherine RyczekAdriana CruzJeremy CodyChristopher J. CollisonKristen Burson

materials sciencebiophysicsphysical chemistryphase separationaggregate populationssolar cell performanceapplied physicssquaraine phase separation

Structure and Registry of the Silica Bilayer Film on Ru(0001) as Viewed by Leed and Dft. Physical Chemistry Chemical Physics (2022)

thin filmsmaterials sciencesilica bilayer filmsurface sciencematerial researchmaterials engineeringcrystal researchcharacterization (materials science)material analysiscrystal engineeringsurface characterizationapplied physicscrystallographysurface analysis

Surface Structure of α-Quartz. Bulletin of the American Physical Society (2020)

materials sciencesurface structuresurface sciencematerial researchcrystal researchinterface (matter)crystal materialcrystal engineeringsurface characterizationcharacterization (materials science)petrology

Amorphous Networks at the Atomic-Scale: Comparing Two-Dimensional Silica and Germania. Bulletin of the American Physical Society (2019)

physicsmaterials scienceinterface sciencesurface sciencematerial researchgermanenematerials engineeringcrystal researchinterface (matter)condensed matter physicscondensed matteramorphous metalscrystal growthamorphous solidmaterial physicscharacterization (materials science)two-dimensional silica

Assessing Monomer and Aggregate Populations in Squaraine-Based Organic Solar Cells. APS March Meeting Abstracts (2019)

Catherine RyczekAdriana CruzZhila HooshangiSoumya GuptaKristen BursonChristopher Collison

photovoltaicsmaterials scienceaggregate populations

Establishing Monomer vs. Aggregate Composition of Squaraine-Based Organic Photovoltaics Using Atomic Force Microscopy. Bulletin of the American Physical Society (2019)

Adriana CruzCatherine RyczekZhila HooshangiSoumya GuptaChristopher CollisonKristen Burson

materials scienceorganic electronicsphotovoltaicsatomic force microscopyaggregate compositionapplied physics

Atomic Structure of a Metal-Supported Two-Dimensional Germania Film. Physical review. B./Physical review. B (2018)

thin filmsmaterials sciencesurface sciencematerial researchgermanenematerials engineeringcrystal researchcondensed matter physicscrystal growththin film processingatomic structureapplied physics

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Kristen Burson

Grinnell College

Affiliations

Division of Science

Chemistry

Physics

Grinnell College

NoneKristen Burson is currently serving as a Chemistry faculty at Grinnell College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kristen Burson

Grinnell College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Key Features of a Long-Standing Student-Led Women in Physics Mentoring Program. AIP conference proceedings (2023)

Mary K. ChesseySara D. NegussieMegan D. Marshall SmithMika A. ChmielewskiKristen M. BursonAlison E. DuckKathleen A. Hamilton-CamposAmitava Banerjee

physicsstudent successhigher educationlong-standing student-led womenkey featuresstudent learningmentorship

Course Modifications to Promote Student Mental Health and Move Toward Universal Design for Learning. The Physics Teacher (2022)

Mesoscopic Structures and Coexisting Phases in Silica Films. The Journal of Physical Chemistry C (2022)

thin filmsmaterials scienceinterface sciencephase transitionsmaterial researchcomplex mattercrystal researchinterface (matter)crystal growthmesoscopic structuresapplied physics

Quantifying Squaraine Phase Separation, Aggregate Populations, and Solar Cell Performance With a Correlated Multimethod Approach. The Journal of Physical Chemistry C (2022)

Tyler WiegandHudson SmithCatherine RyczekAdriana CruzJeremy CodyChristopher J. CollisonKristen Burson

materials sciencebiophysicsphysical chemistryphase separationaggregate populationssolar cell performanceapplied physicssquaraine phase separation

Structure and Registry of the Silica Bilayer Film on Ru(0001) as Viewed by Leed and Dft. Physical Chemistry Chemical Physics (2022)

Surface Structure of α-Quartz. Bulletin of the American Physical Society (2020)

Amorphous Networks at the Atomic-Scale: Comparing Two-Dimensional Silica and Germania. Bulletin of the American Physical Society (2019)

Assessing Monomer and Aggregate Populations in Squaraine-Based Organic Solar Cells. APS March Meeting Abstracts (2019)

Catherine RyczekAdriana CruzZhila HooshangiSoumya GuptaKristen BursonChristopher Collison

photovoltaicsmaterials scienceaggregate populations

Establishing Monomer vs. Aggregate Composition of Squaraine-Based Organic Photovoltaics Using Atomic Force Microscopy. Bulletin of the American Physical Society (2019)

Adriana CruzCatherine RyczekZhila HooshangiSoumya GuptaChristopher CollisonKristen Burson

materials scienceorganic electronicsphotovoltaicsatomic force microscopyaggregate compositionapplied physics

Atomic Structure of a Metal-Supported Two-Dimensional Germania Film. Physical review. B./Physical review. B (2018)

thin filmsmaterials sciencesurface sciencematerial researchgermanenematerials engineeringcrystal researchcondensed matter physicscrystal growththin film processingatomic structureapplied physics

1
2
10 / page