Faculty Papers in the WPI Archives

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Record group[ Academic departments
Subgroup[ PH
Series[ Faculty publications
Subseries[ Quimby Richard S
Class number[
Location[ (*5)
Filename[ c:\records\facquimb
Papers and publications:

Photoacoustic measurement of the thermal properties of liquids / Richard S
Quimby, Y S Chang. Abstract, typed ms, nd, 24 p.

Calorimetric measurement of temperature dependent absorption in copper /
Richard S Quimby, M Bass, L Liou. typed ms, nd, 10 p.

Photoacoustic cell design: resonant enhancemant and background signals /
Richard S Quimby, P M Selzer, W M Yen. Applied Optics, V.16, no.10
(October 1977), pp.2630-2632.

Photoacoustic measurement of absolute quantum efficiencies in solids /
Richard S Quimby, W M Yen. Optic Letters, V.3 (November 1978), p.3.

Three-dimensional heat-flow effects in photoacoustic spectroscopy of
solids / Richard S Quimby, W M Yen. Applied Physics Letters, V.35, no.1
(July 1979), pp.43-45.

On the adequacy of one-dimensional treatments of the photoacoustic effect
/ Richard S Quimby, W M Yen. Journal Applied Physics, V.51, no.2
(February 1980), pp.1252-1253.

Photoacoustic measurement of the ruby quantum efficiency / Richard S
Quimby, W M Yen. Journal of Applied Physics, V.51, no.3 (March 1980),
pp.1780-1782.

Photoacoustic theory including energy migration / Richard S Quimby, W M
Yen. Journal of Applied Physics, V.51, no.9 (September 1980), 
pp.4985-4989.

Effect of thermal contact resistance on the photoacoustic signal / Richard
S Quimby, W M Yen. Journal of Applied Physics, V.52, no.1 (January 1981),
pp.500-502.

Photoacoustic microscopy with a new modulation technique / Richard S
Quimby. Applied Phys. Letters, V.39, no.11 (December 1981), pp.880-882.

Real-time photoacoustic microscopy / Richard S Quimby. Applied Physics
Letters, V.45, no.10 (November 1984), pp.1037-1039.

Theory of real-time photoacoustic microscopy / Richard S Quimby, Z M Liu.
Canadian Journal of Physics, V.64 (1986), pp.1276-1280.

Efficient frequency up-conversion via energy transfers in fluoride glasses
/ Richard S Quimby. Electronics Letters, V.23, no.1 (1987), pp.32-34.

Photoacoustic effect in a flowing liquid / Richard S Quimby, Andrew I
Sheinis. Applied Optics, V.26, N.2, (January 1987), pp.363-371.

1-3uM fluoride fibre laser / Richard S Quimby. Electronics Letters, V.24,
no.1 (1988), pp.28-29.

Continuous-wave lasing on a self-terminating transition / Richard S.
Quimby. Applied Optics, V.28, no.1 (1989), pp.14-16.

Output saturation in fiber lasers / Richard S Quimby. Applied Optics,
V.29, no.9 (March 1990), pp.1268-1276.

General procedure for the analysis of Er3+ cross sections / Richard S
Quimby, W J Miniscalco. Optics Letters, V.16, no.4 (1991), pp.258-260. 

Excited state absorption at 980 nm in erbium doped glass / Richard S
Quimby, William J Miniscalco, Barbara Thompson. Fiber Laser Sources and
Amplifiers III, SPIE, V.1581 (1991), pp.72-79.

Output saturation in a 980-nm pumped erbium fiber amplifier / Richard S
Quimby. Applied Optics, V.30, no.18 (June 1991), pp.2546-2552.

Analysis of Pr3+-and Nd3+-doped fiber amplifiers at 1300 nm / Richard S
Quimby, B Pedersen, William J Miniscalco, S Zemon. Fiber Laser Sources and
Amplifiers IV, SPIE, V.1789 (1992), pp.191-200.

Upconversion and 980-nm excited-state absorption in erbium-doped glass /
Richard S Quimby. Fiber Lasers Sources and Amplifiers IV, (1992),
50/SPIE, V.1789, pp.1-9.

New excited state absorption measurement tecniques and application to Pr3+
doped fluorozirconate glass / Richard S Quimby, B Zheng. Applied Physics
Letters, V.60. .2, (March 1992), pp.1055-1057.

Excited state absorption in Pr3+ doped fluorozirconate glass / Materials
Research Society, V.244 (1992), pp.171-174.
 
Optimization of Pr3+:ZBLAN fiber amplifiers / Richard S Quimby, B
Pedersen, W J Miniscalco. IEEE Phototonics Technology Letters, V.4, no.5
(May 1992), pp.441-447. 

Quantitative characterization of clustering in erbium-doped silica glass
fibers / Richard S Quimby, William J Miniscalco, Barbara Thompson. Fiber
Laser Sources and Amplifiers, SPIE, V.2073 (1993), pp.2-11.

Modified Judd-Ofeit technique and application to optical transitions in
Pr3+-doped glass / Richard S Quimby, William J Miniscalco. Journal of
Applied Physics, V.78, no.1 (January 1994), pp.613-615.

Clustering in erbium-doped glass fibers analyzed using 980 nm
excited-state absorption / Richard S Quimby, W J Miniscalco, B Thompson.
Journal of Applied Physics, V.76, no.8 (October 1994), pp.4472-4478.

Self-calibrating quantum efficiency measurement technique and application
to Pr3+-doped sulfide glass / Richard S. Quimby. Optics Letters, V.20,
no.19 (October 1995), pp.2021-2023.

Rare-earth-doped multicomponent Ge-based sulphide glasses / Richard S
Quimby, Bruce G Aitken. Journal of Non-Crystalline Solids, V.213 & 214
(1997), pp.281-287.

Anomalous temperature quenching of fluorescence in Pr3+ doped sulfide
glass / Richard S Quimby, B G Aitken. Journal of Applied Physics, V.82,
N.8, (October 1997), pp.3992-3996.

Quantum efficiency of Pr3+ doped transparent glass ceramics / Richard S
Quimby. Journal of Applied Physics, V.83, no.3 (February 1998),
pp.1649-1653.

Effect of population bottle-necking in Pr fiber amplifiers with low-phonon
hosts / Richard S quimby, B G Aitken. IEEE Photonics Technology Letters,
V.11, no.3 (March 1999), pp.313-315.

   
 

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