All-Si Photodetectors with a Resonant Cavity for Near-Infrared Polarimetric Detection by Bo Feng, Jingyuan Zhu, Chen Xu, Jing Wan, Zelong Gan, Bingrui Lu, Yifang Chen

Subjects: “…Internal emission of hot electrons…”
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The Effect of Quasi-Spherical Gold Nanoparticles on Two-Photon Induced Reactive Oxygen Species for Cell Damage by Jiunn-Woei Liaw, Chia-Yu Kuo, Shiao-Wen Tsai

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Competition among the two-plasmon decay of backscattered light, filamentation of the electron-plasma wave and side stimulated Raman scattering by K. Q. Pan, Z. C. Li, L. Guo, T. Gong, S. W. Li, D. Yang, C. Y. Zheng, B. H. Zhang, X. T. He

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Non-equilibrium effects in a relativistic plasma sheath model by A Formenti, A Maffini, M Passoni

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Plasma Electronics by Spangler, P. S., Kusse, B. R., Mills, J. D., Hsieh, H. Y., Rose, D. J., Lieberman, M. A., Lidsky, Lawrence M., Smullin, Louis D., Vlaardingerbroek, M. T., Thompson, E., Getty, W. D., Hartenbaum, B. A.

Subjects: “…Wave Propagation in Hot Electron Plasmas…”
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Plasma Electronics by Rose, D. J., Hamawi, J. N., Woo, J. C., Musha, T., Gerry, E. T., Wagner, C. E., Moir, R. W., Clarke, J. F., Bartsch, R. R., Lidsky, Lawrence M., Getty, W. D., Dupree, Thomas H., Gyftopoulos, E. P., Edmonds, P. H., Thompson, E., Wallace, R. N., Fessenden, T. J., Lubin, M. D., Dunn, F. E., Petrie, L. M., Jr., Lieberman, M. A., Evans, S. A., Smullin, Louis D., Bers, Abraham, Davis, J. A., Parker, Ronald R.

Subjects: “…Interaction of an Electron Beam with a Hot-Electron Plasma…”
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Plasma Electronics by Samis, M. A., Speck, C. E., Lidsky, Lawrence M., Robertson, E. A., Lubin, M. D., Moir, R. W., Lieberman, M. A., Clarke, J. F., Offenberger, A. A., Musha, T., Bers, Abraham

Subjects: “…Dispersion Diagrams for Hot-Electron Plasmas…”
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Plasma Electronics by Briggs, R. J., Brown, T. S., Lieberman, M. A., Puri, S., Smullin, Louis D., Mills, J. D., Bers, Abraham, Vlaardingerbroek, M. T., Epstein, M. R., Rose, D. J., Dunn, F. E., Fessenden, T. J., Getty, W. D., Morse, D. L.

Subjects: “…Bremsstrahlung Spectrum of Hot Electrons…”
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Plasma Electronics by Rose, D. J., Wagner, C. E., Hoag, J. K., Clarke, J. F., Brown, T. S., Lubin, M. D., Gerry, E. T., Musha, T., Bers, Abraham, Fessenden, T. J., Wilkins, D. R., Gardiol, F., Robertson, E. A., Kusse, B. R., Woo, J. C., Lidsky, Lawrence M., Moir, R. W., Lieberman, M. A., Schneider, H. M., Gyftopoulos, E. P., Kyong, S. H.

Subjects: “…Dispersion Diagrams for Hot-Electron Plasmas…”
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Magnetic collimation of petawatt driven fast electron beam for prospective fast ignition studies by Kar, S, Adams, D, Borghesi, M, Markey, K, Ramakrishna, B, Zepf, M, Lancaster, K, Norreys, P, Robinson, A, Carroll, D, McKenna, P, Quinn, M, Yuan, X, Bellei, C, Schreiber, J

“…Experimental results showed guided transport of hot electron beam over hundreds of microns length inside solid density plasma, which were obtained from two experiments examining the scheme for petawatt laser driven hot electron beam while employing various target configurations. © 2010 IOP Publishing Ltd.…”

Ultrafast Multiphoton Thermionic Photoemission from Graphite by Shijing Tan, Adam Argondizzo, Cong Wang, Xuefeng Cui, Hrvoje Petek

“…We investigate the nonlinear interactions within a hot electron gas in graphite through multiphoton-induced thermionic emission. …”
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Ultrafast hot-carrier dynamics in ultrathin monocrystalline gold by Can O. Karaman, Anton Yu. Bykov, Fatemeh Kiani, Giulia Tagliabue, Anatoly V. Zayats

“…The hot-electron injection efficiency from monocrystalline gold into TiO2, approaching 9% is measured, close to the theoretical limit. …”
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A study of picosecond laser-solid interactions up to 10(19) W cm(-2) by Beg, F, Bell, A, Dangor, A, Danson, C, Fews, A, Glinsky, M, Hammel, B, Lee, P, Norreys, P, Tatarakis, M

“…The maximum ion energy cutoff Emax (which is related to the hot electron temperature) is in the range 1.0-12.0 MeV and is shown to scale as Emax≈I1/3. …”

Studies on high frequency performance of advanced Si MOSFETs by Sun, Zhiyong.

“…It is demonstrated that device noise parameters, such as NFmin and Rn degraded most under maximum substrate-current (IB,max) stress. However, hot electron stress and hot hole injection has much lower degradation on device noise performance. …”
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Fast-ion spectrometry of ICF implosions and laser-foil experiments at the omega and MTW laser facilities by Sinenian, Nareg

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X-ray diagnostics for the Levitated Dipole Experiment by Ellsworth, Jennifer L

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Comprehensive dynamic on-resistance assessments in GaN-on-Si MIS-HEMTs for power switching applications by Chou, Po-Chien, Hsieh, Ting-En, Cheng, Stone, del Alamo, Jesus A, Chang, Edward Yi

“…This study comprehensively analyzed the reliability of trapping and hot-electron effects responsible for the dynamic on-resistance (Ron) of GaN-based metal–insulator–semiconductor high electron mobility transistors. …”
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Higher Order Non-Planar Electrostatic Solitary Potential in a Streaming Electron-Ion Magnetoplasma: Phase Plane Analysis by Khalid Khan, Manuel De la Sen, Muhammad Irfan, Amir Ali

“…It is observed that the amplitude and width of the electron acoustic waves (EAWs) are affected by a slight change in the cold to hot electron temperature ratio (<inline-formula><math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><semantics><msub><mi>σ</mi><mi>c</mi></msub></semantics></math></inline-formula>) and the number density of the cold to hot electron ratio (<inline-formula><math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><semantics><mi>α</mi></semantics></math></inline-formula>). …”
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Ultrafast kinetic inductance samplers by Stevens, C, Edwards, D, Hao, T, Bianchi, G, Ryan, J

“…A simple model for sampling is explained in terms of hot electron dynamics in the presence of a superconducting energy gap.…”

Experimental studies of the advanced fast ignitor scheme by Norreys, P, Allott, R, Clarke, R, Collier, J, Neely, D, Rose, S, Zepf, M, Santala, M, Bell, A, Krushelnick, K, Dangor, A, Woolsey, N, Evans, R, Habara, H, Norimatsu, T, Kodama, R

“…Guided compression offers an attractive route to explore some of the physics issues of hot electron heating and transport in the fast ignition route to inertial confinement fusion, whilst avoiding the difficulties associated with establishing the stability of the channel formation pulse. …”