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Chemisorption/physisorption: ...
Evaporation and condensation ...
Surface and interface chemist...
Adsorption kinetics
Surface and interface dynamic...
Processes caused by infrared ...
Scanning tunneling microscopy
Processes caused by visible a...
Magnetic force microscopy
Near-field scanning microscop...
Atomic force microscopy
Decomposition reactions
Scanning tunneling microscopes
Other electron-impact emissio...
Electron spectroscopy , Auger...
Electron, positron, and ion m...
Rotational and vibrational en...
Photochemistry
Collective excitations
Laser-beam impact phenomena
1.
Lorente N.; Persson M.; Lauhon L. J.; Ho W.
Symmetry Selection Rules for Vibrationally Inelastic Tunneling
2.
Lauhon L. J.; Ho W.
Effects of temperature and other experimental variables on single molecule vibrational spectroscopy with the scanning tunneling microscope
3.
Direct Observation of the Quantum Tunneling of Single Hydrogen Atoms with a Scanning Tunneling Microscope
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4.
Wallis T. M.; Chen X.; Ho W.
Single molecule vibrational spectroscopy and microscopy: Cu(II) etioporphyrin-I on Cu(001)
5.
Gaudioso J.; Lauhon L. J.; Ho W.
Vibrationally Mediated Negative Differential Resistance in a Single Molecule
6.
Hahn J. R.; Lee H. J.; Ho W.
Electronic Resonance and Symmetry in Single-Molecule Inelastic Electron Tunneling
7.
Lee H. J.; Ho W.
Structural determination by single-molecule vibrational spectroscopy and microscopy: Contrast between copper and iron carbonyls
8.
Ustin S. A.; Brown K. A.; Ho W.
An apparatus for supersonic jet epitaxy of thin films
9.
Control and Characterization of a Multistep Unimolecular Reaction
10.
Single molecule thermal rotation and diffusion: Acetylene on Cu(001)
11.
Single-molecule vibrational spectroscopy and microscopy: CO on Cu(001) and Cu(110)
12.
Long C.; Ustin S. A.; Ho W.
Structural defects in 3C–SiC grown on Si by supersonic jet epitaxy
13.
Rezaei M. A.; Stipe B. C.; Ho W.
Atomically resolved adsorption and scanning tunneling microscope induced desorption on a semiconductor: NO on Si(111)-(7×7)
14.
Stipe B. C.; Rezaei M. A.; Ho W.
Localization of Inelastic Tunneling and the Determination of Atomic-Scale Structure with Chemical Specificity
15.
Imaging the atomically resolved dissociation of D2S on Si(100) from 80 to 300 K
16.
A variable-temperature scanning tunneling microscope capable of single-molecule vibrational spectroscopy
17.
Inducing and imaging single molecule dissociation on a semiconductor surface: H2S and D2S on Si(111)-7×7
18.
Coupling of Vibrational Excitation to the Rotational Motion of a Single Adsorbed Molecule
19.
Site-Specific Displacement of Si Adatoms on Si(111)-(7×7) ;
20.
Atomistic studies of O2 dissociation on Pt(111) induced by photons, electrons, and by heating
21.
Stipe B. C.; Rezaei M. A.; Ho W.; Gao S.; Persson M.; Lundqvist B. I.
Single-Molecule Dissociation by Tunneling Electrons
22.
Hu Deqing; Ho Wilson; Chen Xiaojie; Wang Song; Goddard William A.
Nonthermally Accessible Phase for CO on the Si(100) Surface
23.
Busch D. G.; Ho W.
Direct Observation of the Crossover from Single to Multiple Excitations in Femtosecond Surface Photochemistry
24.
Brown Kyle A.; Lauhon L.; Ustin S. A.; Ho W.
Supersonic jet epitaxy of aluminum nitride on silicon (100)
25.
Brown Kyle A.; Hu D. Q.; Ho W.
Translationally activated dissociation of CO2 on Si(100)2×1
26.
Brown Kyle A.; Ho W.
A threading tool for hard materials
27.
Gao Shiwu; Ho Wilson
Femtosecond dynamics of electron-vibrational heating and bond breaking
28.
Pelak Robert A.; Booth M. F.; Busch D. G.; Gao Shiwu; Ho Wilson
Translational energy and desorption rate of NO from Pt(111) by femtosecond laser pulses
29.
Busch D. G.; Booth M. F.; Pelak R. A.; Gao Shiwu; Ho W.
Femtosecond desorption dynamics probed by time‐resolved velocity measurements
30.
Zimmermann Frank M.; Ho W.
Rotational–translational correlations in photochemically desorbed molecules
31.
Velocity distributions of photochemically desorbed molecules
32.
Rotational and spin‐orbit distributions of photochemically desorbed molecules
33.
Mieher W. D.; Ho W.
Bimolecular surface photochemistry: Mechanisms of CO oxidation on Pt(111) at 85 K
34.
Germer Thomas A.; Young Rowena Y.; Ho W.; Ravel Mihir K.
Charge‐coupled‐device based time‐of‐flight charged particle analyzer
35.
Kao F.-J.; Busch D. G.; Cohen D.; Gomes da Costa D.; Ho W.
Femtosecond laser desorption of molecularly adsorbed oxygen from Pt(111)
36.
Kao F.-J.; Busch D. G.; Gomes da Costa D.; Ho W.
Femtosecond versus nanosecond surface photochemistry: O2+CO on Pt(111) at 80 K
37.
Thoms B. D.; Lorraine P. W.; Ho W.
A molecular beam study of ethane on Si(111)7×7; Energy accommodation and trapping
38.
Lorraine P. W.; Thoms B. D.; Machonkin R. A.; Ho W.
Translationally and vibrationally activated reaction of CO2 on Si(111)7×7
39.
Lorraine P. W.; Thoms B. D.; Ho W.
A differentially pumped electron‐energy‐loss spectrometer with multichannel detector for time‐resolved studies at intermediate ambient pressures
40.
So S. K.; Franchy R.; Ho W.
Photodesorption of NO from Ag(111) and Cu(111)
41.
So S. K.; Ho W.
Resonant photodissociation of Mo(CO)6 adsorbed on graphite and Ag(111)
42.
Ying Z. C.; Ho W.
Photodissociation of adsorbed Mo(CO)6 induced by direct photoexcitation and hot electron attachment. II. Physical mechanisms
43.
Chakarov D. V.; Ho W.
Hot H photochemistry of H2S and CO coadsorbed on Cu(111) at 68 K
44.
Thermoinduced and photoinduced reactions of NO on Si(111)7×7. III. Photoreaction mechanisms
45.
Photodissociation of adsorbed Mo(CO)6 induced by direct photoexcitation and hot electron attachment. I. Surface chemistry
46.
Alkali promotion of photodissociation of adsorbed Mo(CO)6
47.
Germer Thomas A.; Ho W.
Formation of hydroxyl and water from photoreaction of hydrogen and molecular oxygen coadsorbed on Pt(111)
48.
Coadsorbate effects in surface photochemistry: NO and O2 on Pt(111)
49.
The adsorption and reactions of NO on Ag(111) at 80 K
50.
Thermoinduced and photoinduced reactions of NO on Si(111)7×7. II. Effects of potassium coadsorption
51.
Mieher W. D.; Whitman L. J.; Ho W.
A time resolved electron energy loss spectroscopy study of CO on Pt(111): Adsorption site occupations versus coverage and temperature
52.
Photochemistry of oriented molecules coadsorbed on solid surfaces: The formation of CO2+O from photodissociation of O2 coadsorbed with CO on Pt(111)
53.
Thermo‐ and photo‐induced reactions of NO on Si(111)7×7. I. Adsorption and chemical reactions
54.
Whitman L. J.; Ho W.
Desorption kinetics on an alkali metal‐precovered surface; CO and K on Pt(111)
55.
Ying Z.; Ho W.
Adsorption and reactions of nitric oxide on Si(111)7×7
56.
Energy transfer and photochemistry on a metal surface: Mo(CO)6 on Rh(100)
57.
Whitman L. J.; Richter L. J.; Gurney Bruce A.; Villarrubia J. S.; Ho W.
CO adsorption site occupations on Fe(111) vs coverage and temperature: The kinetics of adsorption and reaction
58.
Richter L. J.; Noonan W. A.; Whitman L. J.; Mieher W. D.; Ho W.
Improved multidetector for time‐resolved electron energy loss spectroscopy
59.
The kinetics and mechanisms of alkali metal‐promoted dissociation; A time resolved study of NO adsorption and reaction on potassium‐precovered Rh(100)
60.
Richter Lee J.; Germer Thomas A.; Sethna James P.; Ho W.
Electron‐energy‐loss spectroscopy of H adsorbed on Rh(100); Interpretation of overtone spectra as two‐phonon bound states
61.
The adsorption and photochemistry of Mo(CO)6 on Rh(100)
62.
Summary Abstract: How potassium promotes dissociation of NO on Rh(100)
63.
Summary Abstract: The role of electron–hole pairs in photon induced reaction and desorption of NO and Mo(CO);6 on Si(111)7×7
64.
So S. K.; Kao F. J.; Ho W.
Summary Abstract: Mechanisms of laser interaction with NO adsorbed on GaAs(110)
65.
Photogenerated‐charge‐carrier;–;induced surface reaction; NO on Si(111)7×7
66.
Gurney Bruce A.; Ho W.; Richter Lee J.; Villarrubia J. S.
Multidetector electron energy‐loss spectrometer for time‐resolved surface studies
67.
Richter Lee J.; Ho W.
Vibrational spectroscopy of H on Pt(111): Evidence for universally soft parallel modes
68.
Stroscio Joseph A.; Ho W.
Quasielastic electron scattering as a probe of the silicon surface space‐charge region
69.
Gurney Bruce A.; Richter Lee J.; Villarrubia J. S.; Ho W.
The populations of bridge and top site CO on Rh(100) vs coverage, temperature, and during reaction with O
70.
Gurney Bruce A.; Ho W.
Synthesis of OH from reaction of O and H on the Rh(100) surface
71.
Effect of adsorbate proximity on surface reactions: Synthesis and decomposition of the formate intermediate in UHV from coadsorbed CO, H2O, and O on Rh(100)
72.
Summary Abstract: Formate production from coadsorbed CO, H2O, and O on Rh(100)
73.
Whitman L. J.; Gurney B. A.; Richter L. J.; Villarrubia J. S.; Ho W.
Summary Abstract: The kinetics of CO dissociation on Fe(111)
74.
Summary Abstract: Vibrational modes of hydrogen adsorbed on Rh(100) and their relevance to desorption kinetics
75.
Ying Z.; Bartosch C. E.; Gluck N. S.; Ho W.
Summary Abstract: Mechanisms of laser interaction with metal carbonyls on Si(111)7×7; Identification of solely photochemical and solely thermal processes
76.
Villarrubia J. S.; Ho W.
Nitric oxide adsorption, decomposition, and desorption on Rh(100)
77.
Gluck N. S.; Ying Z.; Bartosch C. E.; Ho W.
Mechanisms of laser interaction with metal carbonyls adsorbed on Si(111)7×7; Thermal vs photoelectronic effects
78.
Gluck N. S.; Wolga G. J.; Bartosch C. E.; Ho W.; Ying Z.
Mechanisms of carbon and oxygen incorporation into thin metal films grown by laser photolysis of carbonyls
79.
Richter Lee J.; Gurney Bruce A.; Ho W.
The influence of adsorbate–adsorbate interactions on surface structure; The coadsorption of CO and H;2 on Rh(100)
80.
Bartosch C. E.; Gluck N. S.; Ho W.; Ying Z.
Laser‐surface adsorbate interactions; Thermal versus photoelectronic excitation of Mo(CO);6 on Si(111)
81.
Whitman L. J.; Bartosch C. E.; Ho W.
A new mechanism for K promotion of surface reactions: N2 on K‐precovered Fe(111)
82.
Design and performance of a double‐pass high‐resolution electron energy loss spectrometer
83.
Position‐sensitive detector performance and relevance to time‐resolved electron energy loss spectroscopy
84.
Bartosch C. E.; Whitman L. J.; Ho W.
The adsorption, interconversion, and dissociation of CO on Fe(111)
85.
Stroscio Joseph A.; Persson M.; Ho W.
Surface vibrations and (2×1) superstructures on fcc (110) metal surfaces
86.
Whitman L. J.; Bartosch C. E.; Ho W.; Strasser G.; Grunze M.
Alkali‐metal promotion of a dissociation precursor; N;2 on Fe(111)
87.
Villarrubia J. S.; Gurney Bruce A.; Richter Lee J.; Ho W.
Observation of significant nitrogen–oxygen bond weakening in nitric oxide on Rh(100)
88.
Stroscio Joseph A.; Persson M.; Bartosch Charles E.; Ho W.
Geometric structure and surface vibrational resonances: The bcc Fe(111) surface
89.
Whitman Lloyd J.; Ho W.
The effects of surface geometry and island formation on alkali‐promoted surfaces; The coadsorption of CO and K on Ni(110)
90.
Kinetics of unimolecular decomposition on surfaces: Methanol on Ni(110)
91.
Reactive adsorption of H2CO on Ni(110) at 95 K
92.
Bare Simon R.; Stroscio Joseph A.; Ho W.
Summary Abstract: Isolation of a formate intermediate in the decomposition of methanol on Ni(110)–(2×1)O
93.
Stroscio Joseph A.; Persson M.; Bare Simon R.; Ho W.
Dipole active surface vibrational resonances on clean and hydrogen covered Ni(110)
94.
The deuterium kinetic isotope effect in the decomposition of methanol on Ni(110)
95.
Desorption rate limited structural transitions of CO on Ni(110) studied by time‐resolved electron energy loss spectroscopy
96.
Ho W.
Time‐resolved electron energy loss spectroscopy of surface kinetics
97.
Long‐range quasielastic scattering of low‐energy electrons by conduction‐band surface plasmons on Si(111)7×7
98.
Observation of structure‐induced surface vibrational resonances on metal surfaces
99.
Wide temperature range sample manipulator for surface studies in ultrahigh vacuum
100.
Stroscio Joseph A.; Richter Lee J.; Ho W.
Versatile temperature controller for the investigation of surface phenomena
101.
Villarrubia John S.; Ho W.
Summary Abstract: Kinetics of the adsorption and reaction of H2 and O2 on nickel(110)
15
Richter, Lee
11
Whitman, Lloyd
9
Rezaei, MA
Stipe, BC
8
Lauhon, LJ
7
Villarrubia, John Steven
4
So, Shu Kong
Gao, Shiwu
3
Persson, Mats
2
Ustin, SA
1
Sethna, James P.
Lorente, N
Goddard, William A.
Chakarov, Dinko
Wang, Song