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Collective excitations
Fluorescence and phosphoresce...
Electronic excitation and ion...
Solar interior
Ordinary neutrinos
Non-standard-model neutrinos,...
Atomic excitation and ionizat...
Energy loss and stopping power
Other topics in atomic and mo...
Oscillator strengths, lifetim...
Electrostatics; Poisson and L...
Nanocrystals and nanoparticles
Applied classical electromagn...
Electron and positron scatter...
Neutrino interactions
Relativistic and quantum elec...
Chemisorption/physisorption: ...
Electromagnetic wave propagat...
1.
Chung H. Y.; Guo G. Y.; Chiang H.-P.; Tsai D. P.; Leung P. T.
Accurate description of the optical response of a multilayered spherical system in the long wavelength approximation
2.
Xie H. Y.; Chung H. Y.; Leung P. T.; Tsai D. P.
Plasmonic enhancement of Förster energy transfer between two molecules in the vicinity of a metallic nanoparticle: Nonlocal optical effects
3.
Chung H. Y.; Leung P. T.; Tsai D. P.
Dynamic modifications of polarizability for large metallic spheroidal nanoshells
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4.
Xie H. Y.; Leung P. T.; Tsai D. P.
Clarification and extension of the optical reciprocity theorem
5.
General validity of reciprocity in quantum mechanics
6.
Dragulin Paul; Leung P. T.
Green dyadic for the Proca fields
7.
Hider M. H.; Leung P. T.
Erratum: Nonlocal electrodynamic modeling of fluorescence characteristics for molecules in a spherical cavity [Phys. Rev. B 66, 195106 (2002)]
8.
Vielma Jason; Leung P. T.
Nonlocal optical effects on the fluorescence and decay rates for admolecules at a metallic nanoparticle
9.
Chang Railing; Leung P. T.
Erratum: Nonlocal effects on optical and molecular interactions with metallic nanoshells [Phys. Rev. B ;73, 125438 (2006)]
10.
Sinky H.; Leung P. T.
Relativistic corrections to a generalized sum rule
11.
Nonlocal effects on optical and molecular interactions with metallic nanoshells
12.
Chiang Hai-Pang; Lin Jing-Lun; Chang Railing; Su Sheng-Yu; Leung Pui Tak
High-resolution angular measurement using surface-plasmon-resonance via phase interrogation at optimal incident wavelengths
13.
Nonlocal electrodynamic modeling of fluorescence characteristics for molecules in a spherical cavity
14.
Hartman R. L.; Leung P. T.
Dynamical theory for modeling dipole-dipole interactions in a microcavity: The Green dyadic approach
15.
Leung P. T.
Erratum: Bethe stopping-power theory for heavy-target atoms [Phys. Rev. A ;60, 2562 (1999)]
16.
Chang R.; Leung P. T.; Lin S. H.; Tse W. S.
Surface-enhanced Raman scattering at cryogenic substrate temperatures
17.
Hartman Robert L.; Leung P. T.; Cohen Scott M.
Molecular fluorescence in the vicinity of a gradient-index medium
18.
Addendum: “Bethe stopping-power theory for heavy-target atoms”
19.
Cohen S. M.; Leung P. T.
Comment on “Relativistic correction of the generalized oscillator strength sum rules”
20.
Hartman R. L.; Cohen S. M.; Leung P. T.
A note on the green dyadic calculation of the decay rates for admolecules at multiple planar interfaces
21.
General formulation of the semirelativistic approach to atomic sum rules
22.
Chiang H.-P.; Leung P. T.; Tse W. S.
The surface plasmon enhancement effect on adsorbed molecules at elevated temperatures
23.
Blacke W. L.; Leung P. T.
Molecular fluorescence at a rough surface: The orientation effects
24.
Leung P. T.; Hider M. H.; Sanchez E. J.
Surface‐enhanced Raman scattering at elevated temperatures
25.
Bian Randy X.; Dunn Robert C.; Xie X. Sunney; Leung P. T.
Single molecule emission characteristics in near‐field microscopy
26.
Do Nhan; Klees Leander; Tam Andrew C.; Leung P. T.; Leung Wing P.
Photodeflection probing of the explosion of a liquid film in contact with a solid heated by pulsed excimer laser irradiation
27.
Yavas Oguz; Do Nhan; Tam Andrew C.; Leung P. T.; Leung Wing P.; Park Hee K.; Grigoropoulos Costas P.; Boneberg Johannes; Leiderer Paul
Temperature dependence of optical properties for amorphous silicon at wavelengths of 632.8 and 752 nm
28.
Leung P. T.; Hider M. H.
Nonlocal electrodynamic modeling of frequency shifts for molecules at rough surfaces
29.
Park H. K.; Leung P. T.; Klees L.; Do N.; Grigoropoulos C. P.; Xu X.; Tam A. C.
Transient Optical Transmission Measurement in Excimer-Laser Irradiation of Amorphous Silicon Films
30.
Tam Andrew C.; Do Nhan; Klees Leander; Leung Peter T.; Leung Wing P.
Explosion of a liquid film in contact with a pulse‐heated solid surface detected by the probe‐beam deflection method
31.
Leung P. T.; Do Nhan; Klees Leander; Leung W. P.; Tong Frank; Lam Lui; Zapka Werner; Tam Andrew C.
Transmission studies of explosive vaporization of a transparent liquid film on an opaque solid surface induced by excimer‐laser‐pulsed irradiation
32.
Park Hee K.; Xu Xianfan; Grigoropoulos Costas P.; Do Nhan; Klees Leander; Leung P. T.; Tam Andrew C.
Temporal profile of optical transmission probe for pulsed‐laser heating of amorphous silicon films
33.
Do Nhan; Klees Leander; Leung P. T.; Tong Frank; Leung Wing P.; Tam Andrew C.
Temperature dependence of optical constants for amorphous silicon
34.
Erratum: Frequency shifts of molecules at rough metal surfaces [Phys. Rev. B ;44, 3262 (1991)]
35.
Frequency shifts of molecules at rough metal surfaces
36.
Decay of molecules at spherical surfaces: Nonlocal effects
37.
Bethe stopping‐power theory for heavy‐target atoms
38.
Leung P. T.; Kim Young Sik; George Thomas F.
Photoabsorption of molecules at corrugated thin metal films
39.
Decay of molecules at corrugated thin metal films
40.
Roughness‐induced resonance for molecular fluorescence near a corrugated metallic surface
41.
Rustgi M. L.; Leung P. T.; Long S. A. T.
Ionization of K‐shell electrons by highly relativistic protons
42.
Limitation of the semirelativistic approach in sum rules and related calculations in atomic physics
43.
Leung P. T.; George Thomas F.
Dynamical analysis of molecular decay at spherical surfaces
44.
Response to ‘‘Missing citations’’
45.
Energy‐transfer theory for the classical decay rates of molecules at rough metallic surfaces
46.
Leung P. T.; Jelski Daniel A.; Wu Z. C.; George Thomas F.
Molecular lifetimes in the presence of periodically roughened metallic surfaces
47.
Leung P. T.; George Thomas F.; Lee Y. C.
Limit of the image theory for the classical decay rates of molecules at surfaces
48.
A note on the angular momentum operators
49.
Photodissociation of molecules at structured metallic surfaces
50.
Leung P. T.; Rustgi M. L.; Long S. A. T.
Relativistic corrections to the Bethe sum rule
51.
Shell correction for the stopping power of K electrons
52.
Leung P. T.; Boedo S.; Rustgi M. L.
Erratum: Energy losses of solar neutrinos and the oscillation hypothesis [Phys. Rev. D ;29, 2655 (1984)]
53.
Energy losses of solar neutrinos and the oscillation hypothesis
54.
General formula for the inelastic scattering of relativistic spin‐;(1/2) particles by heavy atoms
55.
Leung P. T.; Rustgi M. L.
Erratum: Ionization of heavy atoms by polarized relativistic protons [Phys. Rev. A ;28, 2529 (1983)]
56.
Ionization of heavy atoms by polarized relativistic protons
57.
Stopping power of K electrons at extreme relativistic energies
58.
Structural effects on K‐vacancy production by protons of extreme relativistic energies
59.
Massless neutrinos and the stellar stopping power via the V-;A and Weinberg interactions
60.
Rustgi M. L.; Turner J. E.; Leung P. T.; Brandt Werner
Erratum: Massive neutrinos and the stellar stopping power via the neutrino magnetic moment
61.
Leung P. T.; Rustgi M. L.; Turner J. E.
Comparison of Bethe’s formula for magnetic‐moment transitions in atoms with the generalized Rosenbluth’s equation
62.
Rustgi M. L.; Leung P. T.; Turner J. E.; Brandt Werner
Massive neutrinos and the stellar stopping power via the neutrino magnetic moment
63.
Rustgi M. L.; Turner J. E.; Leung P. T.
Stopping power of matter for alpha particles at extreme relativistic energies
8
George, Thomas F.
7
Tam, Andrew C.
5
Tsai, Din Ping
4
Cohen, Scott M.
3
Hartman, Robert L.
Kim, Young
Chang, Railing
Chung, HY
Grigoropoulos, Costas P.
2
Xu, Xianfan
1
Boneberg, Johannes
Guo, GY
Leiderer, Paul
Chang, R
Chiang, Huan-Ching