Library of papers relevant to eBubble R&D

The following papers are available in PDF format:

• Acoustic Oscillations of multielectron bubbles in liquid helium, S.T. Hannahs et al.
• Anomalous behavior above the melting point of 2-D electrons on liquid He, K. Djerfi et al.
• Binding of Electrons to the Surface of Liquid Helium, E. Cheng et al.
• Binding of electrons to the surface of helium clusters, M. Rosenblit and J. Jortner
• Charge transport in solid and liquid Ar, Kr, and Xe, L.S. Miller et al.
• Charge transport in the diatomic molecular solids and liquids-N2, O2, and CO, R.J. Loveland et al.
• Charge-carrier mobilities in liquid helium at the vapor pressure, K.W. Schwarz
• Correlation Effects on the Tunneling of Electrons From the Surface of Liquid Helium, Y.M. Vilk and A.E. Ruckenstein
• Direct observation of optical absorption by excess electrons in liquid He, A.Ya. Parshin and S.V. Pereverzev
• Dynamics of electrons in nonpolar liquids, G. Beck and J.K. Thomas
• Dynamics of excess electron localization in liquid helium and neon, M. Rosenblit and J. Jortner
• Dynamics of mobile liquid bubbles in helium mixture crystals, T. Markovitz et al.
• Dynamics of the Formation of an E-bubble in liquid He, M. Rosenblit and J. Jortner
• Electroluminescence emission gamma-camera, V.V. Egorov et al.
• Electron drift velocities in liquefied argon and krypton at low electric field strengths, H. Schnyders et al.
• Electron mobility in nonpolar liquids-the effect of molecular structure, temperature, and electric field, W.F. Schmidt
• Electron-ion recombination rate constants in gaseous, liquid, and solid argon, K. Shinsaka et al.
• Electronic Bubble States in Liquid Helium, W.B. Fowler and D.L. Dexter
• Electronic Conduction Processes in Dielectric Liquids, W.F. Schmidt
• Electrons and cavitation in liquid He, J. Classen et al.
• Electrons and cavitation in liquid helium-3, C.-K. Su et al.
• Evidence for an electronic bubble in liquid hydrogen, G.E. Grimm and G.W. Rayfield
• Excess electron states on the microsurfaces of Ne and H2 clusters, M. Rosenblit and J. Jortner
• Excess electron surface states on clusters, M. Rosenblit and J. Jortner
• Excess electron surface states on helium clusters, M. Rosenblit and J. Jortner
• Excess electrons in liquid hydrogen, liquid neon, and liquid helium, Y. Sakai et al.
• High- and low-mobility electrons in liquid Ne, Y. Sakai et al.
• Infared spectrum of the electron bubble in liquid helium, C.C. Grimes and G. Adams
• Interpretation of Photoejection Experiments and the Well Depth of Electronic Bubbles in Liquid Helium, T. Miyakawa and D.L. Dexter
• Liquid He as a barrier to electrons, W.T. Sommer
• Localized electrons in liquid Ne, L. Bruschi et al.
• Mobilities of He ions in liquid helium, L. Meyer and F. Reif
• Mobility of electrons in dielectric liquids, W.F. Schmidt and A.O. Allen
• Motion of charge carriers in normal He4, L. Meyer and F. Reif
• Negative charges in liquid hydrogen and deuterium, A.A. Levchenko and L.P. Mezhov-Deglin
• Negative pressures and cavitation in liquid He, H.J. Maris and S. Balibar
• Nucleation of Bubbles in Liquid Helium, H.J. Maris et al.
• Observation of Exploding Electrons Bubbles in Liquid He, J. Classen et al.
• Particle detector using solid neon frozen from a neon-hydrogen mixture, ?. Cyko et al.
• Photoejection of Electrons from Bubble States in Liquid Helium, J.A. Northby and T.M. Sanders
• Picosecond measurements of time-resolved geminate charge recombination, C.L. Braun and T.W. Scott
• Picosecond transient absorption measurements of geminate electron-cation recombination, C.L. Braun and T.W. Scott
• Quantum nucleation of bubbles from electrons in liquid helium at negative pressure, C.-K. Su and H.J. Maris
• Ratio of diffusion coefficient to mobility for electrons in liquid Ar, E. Shibamura et al.
• Spectroscopic study of excess electrons in liquid helium, A.Ya. Parshin and S.V. Pereverzev
• Stability of electrons on thin helium film-solid neon system, K. Kajita
• Structure of multielectron bubbles in liquid helium, K. W.-K. Shung and F.L. Liu
• The Mobility of Electrons on a Liquid Helium Surface, D. Tian and B. Liu
• Theory of quantum nucleation of bubbles in liquid helium, H.J. Maris
• Tunneling from electronic bubble states in liquid helium through the liquid-vapor interface, W. Schoepe and G.W. Rayfield
• Zero-field mobility of an excess electron in fluid argon, J.A. Jahnke et al.