Faculty

Institution

Unit

Venue

Dr. Anthony G. Calamai

Professor

Appalachian State University

Affiliations

Appalachian State University

University College

College Of Arts And Sciences

College of Arts and Sciences

Department Of Physics And Astronomy

College Of Arts And Sciences

Department Of Physics And Astronomy

Dr. Anthony G. Calamai is currently serving as an Appalachian State University Professor at Appalachian State University.

Honors

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Experiences

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Education

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Dr. Anthony G. Calamai

Appalachian State University

Professor

You can click a keyword to filter the displayed items

physics atomic physics particle physics applied physics electromagnetism phase transitions magnetic resonance atomic spectroscopy luminescence magnetic fields calorimetric method phosphorescence materials science biophysics nuclear physics condensed matter physics mathematical physics optical properties nuclear science quantum chemistry condensed matter high energy physics experimental physics positron annihilation spectroscopy electronic structure meson spectroscopy magnetic properties ion mobility ion structure heavy ion physic ion emission localized excited state metastable states radiative lifetimes

Notable Scholarly Works

Notable Federal Grants

Collaborators

Revisiting the Room-Temperature Metastable 2 E Lifetime in Ruby for an Upper Division Phosphorescence Laboratory Experiment. Journal of Undergraduate Reports in Physics (2020)

biophysicslocalized excited stateluminescencephysicsphase transitionsatomic physicsphysical chemistrycalorimetric methodphosphorescenceapplied physicsfluorescence

The Ruby Phosphorescence Laboratory: Measuring the $^2$E-Term Room-Temperature Lifetime of Cr$^{3+}$.. Bulletin of the American Physical Society (2018)

luminescencephysicsspectroscopyatomic physicsfluorescence spectroscopyphotochemistrycalorimetric methodphosphorescencefluorescenceatomic spectroscopyexperimental physics

M1/E2/M2 Decay Rates in Fe VII, Fe IX, Fe X and Fe XIII Measured Using a Heavy-Ion Storage Ring. Journal of Physics B Atomic Molecular and Optical Physics (2003)

positron annihilation spectroscopyphysicsnuclear scienceatomic physics

Lifetime of Metastable Ne 2+ Ions Measured at a Heavy-Ion Storage Ring. Canadian Journal of Physics (2001)

ion mobilityparticle physicsion structurephysicsheavy ion physicatomic physicsion emissionatomic spectroscopy

Electric Quadrupole and Magnetic Dipole Transition Probabilities Within the Ground Configuration of F +. Physical Review A (2000)

electromagnetismphysicsatomic physicsmagnetismmagnetic resonancemagnetic fieldsmagnetic properties

Intercombination and Forbidden Transition Rates in C- and N-Like Ions ( O 2 +, F 3 +, and S 9 + ) Measured at a Heavy-Ion Storage Ring. Physical Review A (2000)

physicsnuclear physicsphase transitionsquantum chemistryatomic physicscondensed matterelectronic structurecondensed matter physics

Magnetic Dipole Transition Rates in B-Like and F-Like Titanium Ions Measured at a Heavy-Ion Storage Ring. Physics Letters A (1999)

electromagnetismphysicsatomic physicsmagnetic resonancemagnetic fields

Radiative Lifetime of the 3 S 3 P 3 ( 5 S 2 O ) Metastable Level of P +. Physical Review A (1992)

particle physicsphysicsmathematical physicshigh energy physicsmeson spectroscopy

Radiative Lifetimes of Metastable States of Hg + and Hg 2 +. Physical Review A (1990)

Anthony G. CalamaiCharles E. Johnson

particle physicsphysicsmetastable statesradiative lifetimesoptical propertiesapplied physicsmaterials science

1
10 / page

Dr. Anthony G. Calamai

Professor

Appalachian State University

Affiliations

Appalachian State University

University College

College Of Arts And Sciences

College of Arts and Sciences

Department Of Physics And Astronomy

College Of Arts And Sciences

Department Of Physics And Astronomy

Dr. Anthony G. Calamai is currently serving as an Appalachian State University Professor at Appalachian State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dr. Anthony G. Calamai

Appalachian State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Revisiting the Room-Temperature Metastable 2 E Lifetime in Ruby for an Upper Division Phosphorescence Laboratory Experiment. Journal of Undergraduate Reports in Physics (2020)

biophysicslocalized excited stateluminescencephysicsphase transitionsatomic physicsphysical chemistrycalorimetric methodphosphorescenceapplied physicsfluorescence

The Ruby Phosphorescence Laboratory: Measuring the $^2$E-Term Room-Temperature Lifetime of Cr$^{3+}$.. Bulletin of the American Physical Society (2018)

luminescencephysicsspectroscopyatomic physicsfluorescence spectroscopyphotochemistrycalorimetric methodphosphorescencefluorescenceatomic spectroscopyexperimental physics

M1/E2/M2 Decay Rates in Fe VII, Fe IX, Fe X and Fe XIII Measured Using a Heavy-Ion Storage Ring. Journal of Physics B Atomic Molecular and Optical Physics (2003)

positron annihilation spectroscopyphysicsnuclear scienceatomic physics

Lifetime of Metastable Ne 2+ Ions Measured at a Heavy-Ion Storage Ring. Canadian Journal of Physics (2001)

ion mobilityparticle physicsion structurephysicsheavy ion physicatomic physicsion emissionatomic spectroscopy

Electric Quadrupole and Magnetic Dipole Transition Probabilities Within the Ground Configuration of F +. Physical Review A (2000)

electromagnetismphysicsatomic physicsmagnetismmagnetic resonancemagnetic fieldsmagnetic properties

Intercombination and Forbidden Transition Rates in C- and N-Like Ions ( O 2 +, F 3 +, and S 9 + ) Measured at a Heavy-Ion Storage Ring. Physical Review A (2000)

physicsnuclear physicsphase transitionsquantum chemistryatomic physicscondensed matterelectronic structurecondensed matter physics

Magnetic Dipole Transition Rates in B-Like and F-Like Titanium Ions Measured at a Heavy-Ion Storage Ring. Physics Letters A (1999)

electromagnetismphysicsatomic physicsmagnetic resonancemagnetic fields

Radiative Lifetime of the 3 S 3 P 3 ( 5 S 2 O ) Metastable Level of P +. Physical Review A (1992)

particle physicsphysicsmathematical physicshigh energy physicsmeson spectroscopy

Radiative Lifetimes of Metastable States of Hg + and Hg 2 +. Physical Review A (1990)

Anthony G. CalamaiCharles E. Johnson

particle physicsphysicsmetastable statesradiative lifetimesoptical propertiesapplied physicsmaterials science

1
10 / page