Faculty

Institution

Unit

Venue

Andrew J. Campbell

Department Chair Professor

University of Chicago

Affiliations

Geophysical Sciences, Department of

Andrew J. Campbell is currently serving as a Geophysical Sciences, Department Of Department Chair Professor at University of Chicago.

Honors

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Experiences

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Education

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Andrew J. Campbell

University of Chicago

Department Chair Professor

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materials science planetary sciences earth science geochemistry condensed matter physics planetary science geophysics physics geodynamics geophysical research igneous petrology meteoritics space science lunar science metals crystallography high pressure geology metal-silicate partitioning high pressures mineral geochemistry igneous petrogenesis mantle geochemistry thermal engineering x-ray diffraction trace elements iron meteorites phase relations phase diagram siderophile elements laser ablation compression (physics) solid-state chemistry microanalysis earth structure cryogenics earth-moon system ferromagnetism fe-fesi system condensed matter geodesy carbon nuclear science applied geophysics model compression geometry compression elemental characterization igneous process crystal structures elasticity (physics) laser science zoned metal grains silicate melts tectonophysics space weather mineral engineering structural chemistry material research membrane science combustion science energy research mechanical science instrument science multispectral imaging thermal analysis image compression data compression orogeny infrared spectroscopy planetary geomorphology cr-bearing spinel siderophile element constraints metal-rich chondrites ferromagnesian postperovskite silicates iron-iron oxide high pressure effects cosmochemistry ore geology experimental petrology chemical geology astronomy mineral physics high temperature geochemistry high temperature

Notable Scholarly Works

Notable Federal Grants

Collaborators

Carbonate-Metal Reactions in the Lower Mantle. ACS Earth and Space Chemistry (2024)

Anne H. DavisBethany A. ChidesterEran GreenbergVitali B. PrakapenkaAndrew J. Campbell

lower mantleplanetary sciencesgeochemistrycarbonate-metal reactionsearth sciencecosmochemistry

Equation of State, Structure, and Transport Properties of Iron Hydride Melts at Planetary Interior Conditions. Journal of Geophysical Research Planets (2024)

Emma R. StoutenburgRazvan CaracasNatalia V. SolomatovaAndrew J. Campbell

planetary sciencesgeophysical researchgeophysicsplanetary interior conditionsiron hydride melts

Carbon Storage in Earth's Deep Interior Implied by Carbonate‐Silicate‐Iron Melt Miscibility. Geochemistry Geophysics Geosystems (2023)

A. H. DavisN. V. SolomatovaR. CaracasA. J. Campbell

carbonate-silicate-iron melt miscibilityplanetary sciencesmantle geochemistrygeochemistrycarbon storagedeep interiorgeophysicsenvironmental sciencegeodynamicsearth sciencegeology

Dataset for"Disproportionation of Iron in Almandine-Pyrope Garnet From 25 to 65 Gpa". Zenodo (CERN European Organization for Nuclear Research) (2023)

Kellie SwadbaAnne DavisClaire ZurkowskiStella CharitonVitali PrakapenkaAndrew Campbell

radiologynuclear physicsnuclear sciencestatisticsdata sciencealmandine-pyrope garnet

Disproportionation of Iron in Almandine‐Pyrope‐Grossular Garnet From 25 to 65 Gpa. Geochemistry Geophysics Geosystems (2023)

K. E. SwadbaA. H. DavisC. C. ZurkowskiS. CharitonV. B. PrakapenkaA. J. Campbell

planetary sciencesgeochemistrygeophysicsearth sciencealmandine-pyrope-grossular garnetigneous petrology

Using Synchrotron Multigrain X-Ray Diffraction Techniques to Determine Iron-Alloy Phase Relations at Earth and Planetary Core Conditions. Acta Crystallographica Section A Foundations and Advances (2023)

Claire C. ZurkowskiB. LavinaE. O'Bannon IIIS. CharitonV. B. PrakapenkaA. J. CampbellY. FeiZ. Jenei

materials sciencemechanical engineeringplanetary core conditionscondensed matter physicssteel researchx-ray diffractionearth scienceiron-alloy phase relationscrystallography

Calculated Elasticity of Al-Bearing Phase D. Minerals (2022)

Elizabeth C. ThompsonAndrew J. CampbellJun Tsuchiya

materials scienceelasticity (physics)geochemistrycalculated elasticitymineral engineeringapplied physicsmineral geochemistry

Fe5S2 Identified as a Host of Sulfur in Earth and Planetary Cores. Earth and Planetary Science Letters (2022)

Claire C. ZurkowskiBarbara LavinaAbigail CaseKellie SwadbaStella CharitonVitali PrakapenkaAndrew J. Campbell

trace element geochemistryplanetary sciencesgeochemistryplanetary scienceplanetary coresearth science

Output Files for Carbon Storage in the Earth's Deep Interior Implied by Carbonate-Silicate-Metal Melt Miscibility. Zenodo (CERN European Organization for Nuclear Research) (2022)

Anne DavisNatalia SolomatovaRazvan CaracasAndrew Campbell

physicshigh temperature geochemistryplanetary sciencesmantle geochemistrygeochemistryoutput filesnuclear physicscarbon storagedeep interiorplanetary sciencenuclear sciencecarbonate-silicate-metal melt miscibilityfacies analysisterrestrial geochemistryearth sciencecosmochemistrygeology

Phase Behavior and Equations of State of the Actinide Oxides.. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2022)

B. ChidesterO. S. PardoW. R. PaneroR. A. FischerE. C. ThompsonD. L. HeinzC. PrescherV. B. PrakapenkaA. Campbell

physicsmaterials scienceactinide oxidesphase behaviorphysical chemistryenergy researchcondensed matter physicsapplied physics

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Andrew J. Campbell

Department Chair Professor

University of Chicago

Affiliations

Geophysical Sciences, Department of

Andrew J. Campbell is currently serving as a Geophysical Sciences, Department Of Department Chair Professor at University of Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Andrew J. Campbell

University of Chicago

Department Chair Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Carbonate-Metal Reactions in the Lower Mantle. ACS Earth and Space Chemistry (2024)

Anne H. DavisBethany A. ChidesterEran GreenbergVitali B. PrakapenkaAndrew J. Campbell

lower mantleplanetary sciencesgeochemistrycarbonate-metal reactionsearth sciencecosmochemistry

Equation of State, Structure, and Transport Properties of Iron Hydride Melts at Planetary Interior Conditions. Journal of Geophysical Research Planets (2024)

Emma R. StoutenburgRazvan CaracasNatalia V. SolomatovaAndrew J. Campbell

planetary sciencesgeophysical researchgeophysicsplanetary interior conditionsiron hydride melts

Carbon Storage in Earth's Deep Interior Implied by Carbonate‐Silicate‐Iron Melt Miscibility. Geochemistry Geophysics Geosystems (2023)

A. H. DavisN. V. SolomatovaR. CaracasA. J. Campbell

carbonate-silicate-iron melt miscibilityplanetary sciencesmantle geochemistrygeochemistrycarbon storagedeep interiorgeophysicsenvironmental sciencegeodynamicsearth sciencegeology

Dataset for"Disproportionation of Iron in Almandine-Pyrope Garnet From 25 to 65 Gpa". Zenodo (CERN European Organization for Nuclear Research) (2023)

Kellie SwadbaAnne DavisClaire ZurkowskiStella CharitonVitali PrakapenkaAndrew Campbell

radiologynuclear physicsnuclear sciencestatisticsdata sciencealmandine-pyrope garnet

Disproportionation of Iron in Almandine‐Pyrope‐Grossular Garnet From 25 to 65 Gpa. Geochemistry Geophysics Geosystems (2023)

K. E. SwadbaA. H. DavisC. C. ZurkowskiS. CharitonV. B. PrakapenkaA. J. Campbell

planetary sciencesgeochemistrygeophysicsearth sciencealmandine-pyrope-grossular garnetigneous petrology

Claire C. ZurkowskiB. LavinaE. O'Bannon IIIS. CharitonV. B. PrakapenkaA. J. CampbellY. FeiZ. Jenei

materials sciencemechanical engineeringplanetary core conditionscondensed matter physicssteel researchx-ray diffractionearth scienceiron-alloy phase relationscrystallography

Calculated Elasticity of Al-Bearing Phase D. Minerals (2022)

Elizabeth C. ThompsonAndrew J. CampbellJun Tsuchiya

materials scienceelasticity (physics)geochemistrycalculated elasticitymineral engineeringapplied physicsmineral geochemistry

Fe5S2 Identified as a Host of Sulfur in Earth and Planetary Cores. Earth and Planetary Science Letters (2022)

Claire C. ZurkowskiBarbara LavinaAbigail CaseKellie SwadbaStella CharitonVitali PrakapenkaAndrew J. Campbell

trace element geochemistryplanetary sciencesgeochemistryplanetary scienceplanetary coresearth science

Output Files for Carbon Storage in the Earth's Deep Interior Implied by Carbonate-Silicate-Metal Melt Miscibility. Zenodo (CERN European Organization for Nuclear Research) (2022)

Anne DavisNatalia SolomatovaRazvan CaracasAndrew Campbell

Phase Behavior and Equations of State of the Actinide Oxides.. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2022)

B. ChidesterO. S. PardoW. R. PaneroR. A. FischerE. C. ThompsonD. L. HeinzC. PrescherV. B. PrakapenkaA. Campbell

physicsmaterials scienceactinide oxidesphase behaviorphysical chemistryenergy researchcondensed matter physicsapplied physics

1
2
3
4
5
16
10 / page

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Dion L. Heinz

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material properties

mineral engineering

Paul C Hess

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petrology

thermodynamics

Oliver Tschauner

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University of Nevada, Las Vegas

chemical geology

mineral physic

Yan Liang

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ore geology

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Michael B. Baker

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planetary sciences

Frank M. Richter

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ore geology

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