Author

ERIC BRANNEN

Observed names: Brannen, Eric., E Brannen, E. BRANNEN, E. Brannen, Eric Brannen

Institution: Western University

Observed institutions: Western University, University College London

OpenAlex ID: A5008698242

Experimental observation of laser-stimulated radiative recombination

1991 · F. B. Yousif, P. Van der Donk, et al. · Physical Review Letters · 79

The Question of Correlation between Photons in Coherent Light Rays

1956 · ERIC BRANNEN, H. I. S. FERGUSON · Nature · 71

The Response of Organic Scintillators to Electron Energy Deposited in Them

1962 · Eric Brannen, Garth L. Olde · Radiation Research · 40

Application of Nuclear Coincidence Methods to Atomic Transitions in the Wave-length Range λλ 2000-6000 A.

1955 · ERIC BRANNEN, F. R. HUNT, et al. · Nature · 35

Excitation Processes and Relaxation Rates in the Pulsed Water Vapor Laser

1972 · W. J. Sarjeant, Z. Kucerovsky, et al. · Applied Optics · 25

Reflection gratings as elements in far infrared masers

1965 · E. Brannen · Proceedings of the IEEE · 22

Absorption Line Parameter Measurements Using Laser Spectroscopy

1973 · Z. Kucerovsky, E. Brannen, et al. · Applied Optics · 19

Decay Scheme of Sn113

1961 · R. C. Greenwood, E. Brannen · Physical Review · 19

Photon Correlation in Coherent Light Beams

1958 · E. Brannen, H. I. S. Ferguson, et al. · Canadian Journal of Physics · 18

Preliminary Operation of a Four-Sector Racetrack Microtron

1961 · Eric Brannen, H. Froelich · Journal of Applied Physics · 16

Decay scheme of Sn 113 .

1961 · Reginald Charles Greenwood, E Brannen · Physical review. D/Physical review. D. · 16

Enhancement of laser action in H2O by the addition of helium

1969 · W. Sarjeant, E. Brannen · IEEE Journal of Quantum Electronics · 15

TIME DEPENDENCE OF THE POWER OUTPUT AT 337 μ IN A CN LASER

1967 · V. Sochor, Eric Brannen · Applied Physics Letters · 11

Decay Scheme of Dy159

1960 · R. C. Greenwood, E. Brannen · Physical Review · 11

Carbon dioxide absorption of He–Ne laser radiation at 42 μm: characteristics of self and nitrogen broadened cases

1989 · Craig W. Schneider, Zdenek Kucerovsky, et al. · Applied Optics · 10

Optical Properties of a Reflecting Cone

1970 · J. W. Y. LIT, E. BRANNEN · Journal of the Optical Society of America · 9

Generation of Millimeter Waves by the Electron Beam of a Microtron

1960 · E. Brannen, H. Froelich, et al. · Journal of Applied Physics · 9

Near-Infrared Extinction in Rain Measured Using a Single Detector System

1986 · F. J. Nedvidek, C. W. Schneider, et al. · Journal of Atmospheric and Oceanic Technology · 8

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Far-infrared laser action using compound grating Fabry-Perot resonators

1970 · E. Brannen, W. Sarjeant · IEEE Journal of Quantum Electronics · 8

Three-Dimensional Scintillation Dosimeter

1959 · Garth L. Olde, Eric Brannen · Review of Scientific Instruments · 7

Beam Extraction in the Microtron

1956 · Eric Brannen, H. I. S. Ferguson · Review of Scientific Instruments · 7

Operating characteristics of a fixed alignment CO2 waveguide laser

1983 · Z. Kucerovsky, E. Brannen · Review of Scientific Instruments · 6

An Inexpensive Pyroelectric Detector for Pulsed and cw Infrared Detection

1970 · W. J. Sarjeant, Z. Kucerovsky, et al. · Review of Scientific Instruments · 6

Far-infrared gas lasers as sources of linearly polarized radiation

1969 · M. Hoeksema, W. Sarjeant, et al. · IEEE Journal of Quantum Electronics · 6

Reflectivity and Polarization Characteristics of Reflection Echelette Gratings

1969 · Eric Brannen, D. G. Rumbold · Applied Optics · 6

Works count: 63

Citation count: 554

H-index: 12

I10-index: 15