Search Results - "Cockburn, John W."

Artefacts in geometric phase analysis of compound materials by Peters, Jonathan J.P., Beanland, Richard, Alexe, Marin, Cockburn, John W., Revin, Dmitry G., Zhang, Shiyong Y., Sanchez, Ana M.

“…The geometric phase analysis (GPA) algorithm is known as a robust and straightforward technique that can be used to measure lattice strains in high resolution…”
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Characterization of Quantum-Cascade Lasers Using Single-Pass Transmission Spectroscopy by Dirisu, A.O., Revin, D.G., Zhijun Liu, Kennedy, K., Cockburn, J.W., Gmachl, C.F.

“…The study of the electron distribution and intersubband transitions in quantum cascade (QC) lasers provides fundamental insights into the laser operation…”
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Sensitivity Advantage of QCL Tunable-Laser Mid-Infrared Spectroscopy Over FTIR Spectroscopy by Childs, David T. D., Hogg, Richard A., Revin, Dmitry G., Rehman, Ihtseham Ur, Cockburn, John W., Matcher, Stephen J.

“…Interest in mid-infrared spectroscopy instrumentation beyond classical FTIR using a thermal light source has increased dramatically in recent years…”
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Mid-infrared optical coherence tomography by Colley, Christopher S, Hebden, Jeremy C, Delpy, David T, Cambrey, Alison D, Brown, Robert A, Zibik, Evgeny A, Ng, Wing H, Wilson, Luke R, Cockburn, John W

“…A time domain optical coherence tomography (OCT) system is described that uses mid-infrared light (6-8 microm). To the best of our knowledge, this is the first…”
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Spectroscopic study of transparency current in mid-infrared quantum cascade lasers by Revin, Dmitry G, Hassan, Randa S, Krysa, Andrey B, Wang, Yongrui, Belyanin, Alexey, Kennedy, Kenneth, Atkins, Chris N, Cockburn, John W

“…We report measurements which give direct insight into the origins of the transparency current for λ ~5 µm In0.6Ga0.4As/In0.42Al0.58As quantum cascade lasers in…”
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High k -space lasing in a dual-wavelength quantum cascade laser by Franz, Kale J, Menzel, Stefan, Hoffman, Anthony J, Wasserman, Dan, Cockburn, John W, Gmachl, Claire

“…The understanding of charge carrier distributions is fundamental to our knowledge of laser systems. In semiconductor lasers, because of the propensity of…”
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InP-Based Midinfrared Quantum Cascade Lasers for Wavelengths Below 4 μm by Revin, D. G., Commin, J. P., Zhang, S. Y., Krysa, A. B., Kennedy, K., Cockburn, J. W.

“…We review the recent development of high-performance short-wavelength (λ ~ 3.05-3.8 μm) strain-compensated InGaAs/AlAs(Sb)/InP quantum cascade lasers (QCLs)…”
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Quantum Cascade Laser With Unilateral Grating by Vaitiekus, D., Revin, D. G., Kennedy, K. L., Zhang, S. Y., Cockburn, J. W.

“…We report on distributed feedback quantum cascade lasers at a wavelength of 3.58 μm operating at room temperature. Single-mode emission with a side-mode…”
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Evidence for nonadiabatic electron-phonon intraband scattering in self-assembled quantum dots by Menzel, Stefan, Zibik, Evgeny A., Aivaliotis, Pantelis, Cockburn, John W., Wilson, Luke R., Steer, Matthew J.

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Ultrafast probing of light-matter interaction in a midinfrared quantum cascade laser by Parz, Wolfgang, Müller, Thomas, Darmo, Juraj, Unterrainer, Karl, Austerer, Max, Strasser, Gottfried, Wilson, Luke R., Cockburn, John W., Krysa, Andrey B., Roberts, John S.

“…In this work, we study the interaction of ultrashort midinfrared pulses with the active medium of an In Ga As ∕ In Al As ∕ In P quantum cascade laser emitting…”
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InP-Based Midinfrared Quantum Cascade Lasers for Wavelengths Below 4 [mu]m by Revin, Dmitry G, Commin, James Paul, Zhang, Shiyong Y, Krysa, Andrey B, Kennedy, Kenneth, Cockburn, John W

“…We review the recent development of high-perfor- mance short-wavelength (λ ∼ 3.05-3.8 μm) strain-compensated InGaAs/AlAs(Sb)/InP quantum cascade lasers (QCLs)…”
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High-Peak-Power Room-Temperature \lambda\sim 3.6\ \mum InGaAs-AlAs(Sb) Quantum Cascade Lasers by Revin, Dmitry G, Shiyong Zhang, Commin, James Paul, Kennedy, Kenneth, Krysa, Andrey B, Cockburn, John W

“…We report the development of high-peak-power λ ~ 3.6 μm strain-compensated In 0.7 Ga 0.3 As-AlAs(Sb) quantum cascade lasers (QCLs). The QCLs operate up to at…”
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High-Peak-Power Room-Temperature [Formula Omitted]m InGaAs-AlAs(Sb) Quantum Cascade Lasers by Revin, Dmitry G, Zhang, Shiyong, Commin, James Paul, Kennedy, Kenneth, Krysa, Andrey B, Cockburn, John W

“…We report the development of high-peak-power [Formula Omitted] strain-compensated [Formula Omitted] quantum cascade lasers (QCLs). The QCLs operate up to at…”
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High-Peak-Power Room-Temperature $\lambda\sim 3.6\ \mu$m InGaAs–AlAs(Sb) Quantum Cascade Lasers by Revin, Dmitry G, Shiyong Zhang, Commin, James Paul, Kennedy, Kenneth, Krysa, Andrey B, Cockburn, John W

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External cavity quantum cascade laser based on Fabry-Pérot reflector by Vaitiekus, Deivis, Hemingway, Michael, Krysa, Andrey B., Cockburn, John W., Revin, Dmitry G.

“…An external cavity quantum cascade laser based on Fabry-Pérot etalon design is demonstrated for the first time. The Fabry-Pérot reflector was adjusted to…”
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Room-Temperature GaAs/AlGaAs Quantum Cascade Lasers Grown by Metal-Organic Vapor Phase Epitaxy by Krysa, A B, Revin, D G, Commin, J P, Atkins, C N, Kennedy, K, Yang Qiu, Walther, T, Cockburn, J W

“…We demonstrate λ ~ 9 μm GaAs/Al 0.45 Ga 0.55 As quantum cascade lasers (QCLs) operating up to 320 K. Metal- organic vapor phase epitaxy has been used…”
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lambda \sim {3.35}\ \mu$m Distributed-Feedback Quantum-Cascade Lasers With High-Aspect-Ratio Lateral Grating by Slight, Thomas J, Tandoi, Giuseppe, Revin, Dmitry G, McKee, Andrew, Zhang, Shiyong Y, Meredith, Wyn, Cockburn, John W, Ironside, Charles N

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Room-Temperature Operation of Discrete-Mode InGaAs-AlAsSb Quantum-Cascade Laser With Emission at lambda = 3.3 Unknown character mu m by Phelan, Richard, Slight, Thomas James, Kelly, Brian, O'Carroll, John, McKee, Andrew, Revin, Dmitry G, Zhang, Shiyong Y, Krysa, Andrey B, Kennedy, Kenneth L, Cockburn, John W, Ironside, Charlie N, Meredith, Wyn, O'Gorman, James

“…Discrete-mode quantum-cascade lasers have been developed in the InGaAs-AlAsSb-InP materials system. For an uncoated 10- mu m-wide ridge waveguide and 3000- mu…”
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Room-Temperature Operation of Discrete-Mode InGaAs-AlAsSb Quantum-Cascade Laser With Emission at [Formula Omitted]m by Phelan, Richard, Slight, Thomas James, Kelly, Brian, O'Carroll, John, McKee, Andrew, Revin, Dmitry G, Zhang, Shiyong Y, Krysa, Andrey B, Kennedy, Kenneth L, Cockburn, John W, Ironside, Charlie N, Meredith, Wyn, O'Gorman, James

“…Discrete-mode quantum-cascade lasers have been developed in the InGaAs-AlAsSb-InP materials system. For an uncoated 10-[Formula Omitted]m-wide ridge waveguide…”
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Room-Temperature Operation of Discrete-Mode InGaAs–AlAsSb Quantum-Cascade Laser With Emission at $\lambda=3.3\ \mu$m by Phelan, R, Slight, T J, Kelly, B, O'Carroll, J, McKee, A, Revin, D G, Zhang, S Y, Krysa, A B, Kennedy, K L, Cockburn, J W, Ironside, C N, Meredith, W, O'Gorman, J

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