Faculty

Institution

Unit

Venue

Philippe Collon

Professor

University of Notre Dame

Affiliations

College of Science

Physics

Philippe Collon is currently serving as a College Of Science Professor at University of Notre Dame.

Honors

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Experiences

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Education

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Philippe Collon

University of Notre Dame

Professor

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nuclear physics physics applied physics materials science atomic physics particle physics nuclear science astronomy accelerator mass spectrometry instrumentation geochronology laser ablation high-energy astrophysics nuclear science laboratory planetary science particle beam accelerator technology great artesian basin groundwater high energy physics instrument science radiation detection radiocarbon dating fusion hindrance extreme sub-barrier energies geology space weather planetary geology archaeological dating black holes laser science experimental analysis accelerator physics benchmark studies lunar science underground argon dark matter detectors stratigraphy nuclear materials coordination chemistry transition metal chemistry virus eradication virus research metals atomic spectroscopy solar system formation planetary geomorphology trace elements radioactive contamination general relativity ab-initio methods instrumentation engineering process instrumentation electronic instrumentation analytical instrumentation relaxation process detection technique neutron source nuclear decays viral pathogenesis viral replication synthetic virology sub-barrier hindrance nuclear structure solar system open-shell colliding systems heavy-ion fusion noble gas radionuclides small q-value system first evidence ams method oceanic circulation characteristics high-energy nuclear reaction mass spectrometry

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Multi-Isotope Determination of Uranium-Rich Material Using Accelerator Mass Spectrometry. Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms (2024)

Adam M. ClarkAustin D. NelsonThomas L. BaileyDrew BlanksteinChevelle BoomershineGunnar M. BrownPeter C. BurnsScott CarmichaelLauren K. CallahanJes KorosKevin LeeMiriam MatneyAnthony M. MillerOrlando Olivas-GomezMichael PaulRichard PardoFabio RiveroDaniel RobertsonGinger E. SigmonWilliam W. von SeegerEd StechRegan ZitePhilippe Collon

physicsmaterials sciencemulti-isotope determinationuranium-rich materialnuclear physicsnuclear scienceaccelerator mass spectrometryapplied physics

Production of 43Sc and 44Gsc From Natural Caf2 Material Using an Fn Tandem Accelerator. Applied Radiation and Isotopes (2024)

Austin D NelsonAdam M ClarkThomas L BaileyLauren K CallahanPhilippe Collon

materials sciencefn tandem acceleratorparticle physicsaccelerator technology

The Use of Second Foil Stripping in Tandem Accelerators. Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms (2024)

T.L. BaileyL.K. CallahanA.M. ClarkA.D. NelsonL. WoodP. Collon

tandem acceleratorsmaterials sciencenuclear sciencenuclear physics

Development Towards 53Mn Accelerator Mass Spectrometry Capabilities at the University of Notre Dame. Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms (2023)

T.L. BaileyA.M. ClarkL. CallahanA.D. NelsonM. PaulM. SchifferD. BlanksteinP. Collon

physicsmaterials sciencenuclear physicsnuclear scienceaccelerator mass spectrometryapplied physics

Improvements for Heavy-Ion Accelerator Mass Spectrometry at the University of Notre Dame’s Nuclear Science Laboratory. Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms (2023)

Adam M. ClarkAustin D. NelsonThomas L. BaileyLauren K. CallahanAdam MazurekPhilippe Collon

materials sciencenuclear science laboratorynuclear sciencenuclear physics

40 Ar Proposed as Probe of Neutron-Induced Reactions in a High-Density Stellar-Like Plasma at the National Ignition Facility. EPJ Web of Conferences (2023)

M. PaulR. N. SahooM. TesslerJ. JeetC. VelskoA. ZylstraM. AvilaC. DickersonC. FougèresH. JayatissaR. C. PardoK. E. RehmR. ScottI. TolstukhinR. VondrasekT. BaileyL. CallahanA. M. ClarkP. CollonY. KashivA. NelsonU. KösterH. F. R. HoffmannM. PichottaK. ZuberT. DöringR. Schwengner

high-density stellar-like plasmaplanetary sciencesnuclear physicsbenchmark studiesnational ignition facilityneutron-induced reactions

The 41 Ar(N,Y) 42 Ar Reaction. EPJ Web of Conferences (2023)

R. N. SahooM. PaulU. KösterR. ScottM. TesslerA. ZylstraM. L. AvilaC. DickersonH. JayatissaM.S. KohenJ. McLainR.C. PardoK. E. RehmI. TolstukhinR. VondrasekT. BaileyL. CallahanA. ClarkP. CollonY. KashivA. Nelson

astroparticle physicsjournalismnuclear science

A Novel Activation Technique for Integrated Cross Section Measurements Using Accelerator Mass Spectrometry. Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms (2022)

Austin D. NelsonAdam M. ClarkThomas L. BaileyLauren K. CallahanPhilippe Collon

physicsmaterials sciencenovel activation techniquenuclear physicsatomic physicsnuclear scienceaccelerator mass spectrometryapplied physicsinstrument scienceinstrumentation

Initial Tests of Accelerator Mass Spectrometry With the Argonne Gas-Filled Analyzer and the Commissioning of the Monica Detector. Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms (2022)

Lauren K. CallahanP. CollonM. PaulM.L. AvilaB.B. BackT.L. BaileyA.M. ClarkC. DickersonJ.P. GreeneH. JayatissaC.L. JiangY. KashivA.D. NelsonJ. McLainR.C. PardoD. PotterveldK.E. RehmR.N. SahooR. ScottD. SeweryniakI. TolstukhinR. Vondrasek

physicsnuclear physicsatomic physicsmonica detectornuclear scienceinitial testsaccelerator mass spectrometry

Measurement of S 34 ( He 3, P ) CL 36 </…. Physical review. C (2020)

Tyler AndersonMichael SkulskiLauren CallahanAdam ClarkAustin NelsonPhilippe CollonGreg ChmielTom WoodruffMarc Caffee

physics

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Philippe Collon

Professor

University of Notre Dame

Affiliations

College of Science

Physics

Philippe Collon is currently serving as a College Of Science Professor at University of Notre Dame.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Philippe Collon

University of Notre Dame

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

physicsmaterials sciencemulti-isotope determinationuranium-rich materialnuclear physicsnuclear scienceaccelerator mass spectrometryapplied physics

Production of 43Sc and 44Gsc From Natural Caf2 Material Using an Fn Tandem Accelerator. Applied Radiation and Isotopes (2024)

Austin D NelsonAdam M ClarkThomas L BaileyLauren K CallahanPhilippe Collon

materials sciencefn tandem acceleratorparticle physicsaccelerator technology

The Use of Second Foil Stripping in Tandem Accelerators. Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms (2024)

T.L. BaileyL.K. CallahanA.M. ClarkA.D. NelsonL. WoodP. Collon

tandem acceleratorsmaterials sciencenuclear sciencenuclear physics

T.L. BaileyA.M. ClarkL. CallahanA.D. NelsonM. PaulM. SchifferD. BlanksteinP. Collon

physicsmaterials sciencenuclear physicsnuclear scienceaccelerator mass spectrometryapplied physics

Adam M. ClarkAustin D. NelsonThomas L. BaileyLauren K. CallahanAdam MazurekPhilippe Collon

materials sciencenuclear science laboratorynuclear sciencenuclear physics

40 Ar Proposed as Probe of Neutron-Induced Reactions in a High-Density Stellar-Like Plasma at the National Ignition Facility. EPJ Web of Conferences (2023)

high-density stellar-like plasmaplanetary sciencesnuclear physicsbenchmark studiesnational ignition facilityneutron-induced reactions

The 41 Ar(N,Y) 42 Ar Reaction. EPJ Web of Conferences (2023)

astroparticle physicsjournalismnuclear science

Austin D. NelsonAdam M. ClarkThomas L. BaileyLauren K. CallahanPhilippe Collon

physicsmaterials sciencenovel activation techniquenuclear physicsatomic physicsnuclear scienceaccelerator mass spectrometryapplied physicsinstrument scienceinstrumentation

physicsnuclear physicsatomic physicsmonica detectornuclear scienceinitial testsaccelerator mass spectrometry

Measurement of S 34 ( He 3, P ) CL 36 </…. Physical review. C (2020)

Tyler AndersonMichael SkulskiLauren CallahanAdam ClarkAustin NelsonPhilippe CollonGreg ChmielTom WoodruffMarc Caffee

physics

1
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3
4
5
11
10 / page

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x-ray bursts

astrophysics

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Institution

Colorado School of Mines

cosmic ray

high-energy cosmic ray

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quantum foundations

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