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Chemisorption/physisorption: ...
Surface and interface chemist...
Adsorption kinetics
Evaporation and condensation ...
Photon- and electron-stimulat...
Other electron-impact emissio...
Decomposition reactions
Collective excitations
Scanning tunneling microscopy
Processes caused by visible a...
Processes caused by infrared ...
Surface and interface dynamic...
Oxidation
Structure of clean surfaces
Rate constants, reaction cros...
Atomic, molecular, and ion be...
Mass spectrometry
Adsorbed layers and thin films
Low-energy electron diffracti...
Liquid-solid interfaces
1.
Dougherty D. B.; Maksymovych P.; Lee J.; Feng M.; Petek H.; Yates J. T.
Tunneling spectroscopy of Stark-shifted image potential states on Cu and Au surfaces
2.
Maksymovych Peter; Dougherty Daniel B.; Zhu X.-Y.; Yates John T.
Nonlocal Dissociative Chemistry of Adsorbed Molecules Induced by Localized Electron Injection into Metal Surfaces
3.
Dougherty D. B.; Maksymovych P.; Lee J.; Yates J. T.
Local Spectroscopy of Image-Potential-Derived States: From Single Molecules to Monolayers of Benzene on Cu(111)
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4.
Maksymovych Peter; Sorescu Dan C.; Yates John T.
Gold-Adatom-Mediated Bonding in Self-Assembled Short-Chain Alkanethiolate Species on the Au(111) Surface
5.
Suzuki T.; Jordan K. D.; Sorescu D. C.; Yates J. T.
The chemisorption of dibenzo[a,j];coronene on Si(001)-2×1;
6.
Suzuki Takayuki; Sorescu Dan C.; Jordan Kenneth D.; Levy Jeremy; Yates John T.
The chemisorption of coronene on Si(001)-2×1;
7.
Guise Olivier; Yates John T.; Levy Jeremy; Ahner Joachim; Vaithyanathan Venugopalan; Schlom Darrell G.
Patterning of sub-10-nm Ge islands on Si(100) by directed self-assembly
8.
Ohno Shin-ya; Yates John T.
Electron impact effects on the oxidation of Si(111) at 90 K
9.
Guise Olivier; Marbach Hubertus; Yates John T.; Jung Moon-Chul; Levy Jeremy; Ahner Joachim
Development and performance of the nanoworkbench: A four tip STM for conductivity measurements down to submicrometer scales
10.
Maksymovych Petro; Gasmire Thomas; Ohno Shinya; Yates John T.
Improved crystal grinding and polishing holder for metal single crystal preparation
11.
Kondratyuk Petro; Yates John T.
Design and construction of a semiautomatic temperature programmed desorption apparatus for ultrahigh vacuum
12.
Oura K.; Lifshits V. G.; Saranin A. A.; Zotov A. V.; Katayama M.; Yates John T.
Surface Science: An Introduction
13.
Guise Olivier; Ahner Joachim; Yates John; Levy Jeremy
Formation and thermal stability of sub-10-nm carbon templates on Si(100)
14.
Yim Wai-Leung; Byl Oleg; Yates John T.; Johnson J. Karl
Vibrational behavior of adsorbed CO2 on single-walled carbon nanotubes
15.
Thompson L.; Lee J.-G.; Maksymovych P.; Ahner J.; Yates J. T.
Construction and performance of an ultrahigh vacuum-compatible high temperature vapor dosing system for low vapor pressure compounds
16.
Popova I.; Chen Z.; Muha R.; Yates J. T.
Construction and performance of a low energy ion gun
17.
Popova I.; Zhukov V.; Yates J. T.
Electrostatic Field Enhancement of Al(111) Oxidation
18.
Lee Jae-Gook; Hong Seung-hoon; Ahner Joachim; Yates John T.
Surface Aligned Ion-Molecule Reaction: Direct Observation of Initial and Final Ion Momenta
19.
Zhukov V.; Popova I.; Yates J. T.
Electron-stimulated oxidation of Al(111) by oxygen at low temperatures: Mechanism of enhanced oxidation kinetics
20.
Tripa C. Emil; Yates John T.
Photochemistry of O2 on atomically stepped Pt surfaces: Enhanced O2 photodepletion at step sites
21.
Kuznetsova A.; Yates J. T.; Simonyan V. V.; Johnson J. K.; Huffman C. B.; Smalley R. E.
Optimization of Xe adsorption kinetics in single walled carbon nanotubes
22.
Kuznetsova A.; Popova I.; Zhukov V.; Yates J. T.; Zhou G.; Yang J. C.; Chen X.
Making superior corrosion resistant aluminum oxide films using ozone-electrochemical and electron microscopy studies
23.
Lee J.-G.; Ahner J.; Yates J. T.
Erratum: “The adsorption conformation of chemisorbed pyridine on the Cu(110) surface” [J. Chem. Phys. ;114, 1414 (2001)]
24.
Mezhenny S.; Lyubinetsky I.; Levy J.; Yates J. T.
Field-induced growth of a quantum dot from Ge2H6 precursor gas using the scanning tunneling microscope
25.
Simonyan Vahan V.; Johnson J. Karl; Kuznetsova Anya; Yates John T.
Molecular simulation of xenon adsorption on single-walled carbon nanotubes
26.
The adsorption conformation of chemisorbed pyridine on the Cu(110) surface
27.
Kuznetsova A.; Yates J. T.; Liu J.; Smalley R. E.
Physical adsorption of xenon in open single walled carbon nanotubes: Observation of a quasi-one-dimensional confined Xe phase
28.
Role of surface Al2O3 clusters on the kinetics of Al(111) oxidation
29.
Delivery of pure ozone in ultrahigh vacuum
30.
Lee J.-G.; Ahner J.; Mocuta D.; Denev S.; Yates J. T.
Thermal excitation of rotation of the methyl group in chemisorbed acetate on Cu(110)
31.
Surface-aligned photochemistry: Aiming reactive oxygen atoms along a single crystal surface
32.
Popova I.; Zhukov V.; Yates J. T.; Chen J. G.
Electron stimulated oxidation of Al(111) in H2O vapor: Dipole orientation effects in the Al2O3 thin film
33.
Electron-stimulated conversion of chemisorbed O to Al2O3 on Al(111)
34.
Tripa C. Emil; Zubkov Tykhon S.; Yates John T.; Mavrikakis Manos; Nørskov Jens K.
Molecular N2 chemisorption—specific adsorption on step defect sites on Pt surfaces
35.
Lyubinetsky I.; Mezhenny S.; Choyke W. J.; Yates J. T.
Scanning tunneling microscope assisted nanostructure formation: Two excitation mechanisms for precursor molecules
36.
Heyd D. V.; Scharff R. J.; Yates J. T.
Erratum: “Comparison of thermal and photochemical behavior of ;O2 chemisorbed on Pt(335)” [J. Chem. Phys. ;110, 6939 (1999)]
37.
Ahner Joachim; Mocuta Dan; Yates John T.
Momentum resolved electron stimulated desorption ion angular distribution, a new technique, probing the low frequency motion of adsorbed molecules on single crystal surfaces
38.
Mocuta D.; Ahner J.; Lee J.-G.; Denev S.; Yates J. T.
Dynamics of the striped nanostructure of the oxidized Cu(110) surface: A momentum-resolved electron stimulated desorption ion angular distribution study
39.
Initial stages of Al(111) oxidation by oxygen: Temperature and surface morphology effects
40.
Lyubinetsky I.; Choyke W. J.; Mezhenny S.; Yates J. T.
Two mechanisms of scanning tunneling microscopy assisted nanostructure formation using precursor molecules
41.
Mawhinney Douglas B.; Glass John A.; Yates John T.
Breaking the Ga–CH;3 bond at cryogenic temperatures using atomic hydrogen. Adsorbed trimethylgallium reactivity
42.
Comparison of thermal and photochemical behavior of O2 chemisorbed on Pt(335)
43.
Mezhenny S.; Lyubinetsky I.; Choyke W. J.; Yates J. T.
Electron stimulated decomposition of adsorbed hexafluoroacetylacetonate Cu(I) vinyltrimethylsilane, Cu(I)(hfac)(vtms)
44.
Dohnálek Z.; Nishino H.; Kamoshida N.; Yates J. T.
Intriguing kinetics for chlorine etching of the Si(100)-(2×1); surface
45.
Lyubinetsky I.; Choyke W. J.; Dohnálek Z.; Yates J. T.
Cl2 dissociation on Si(100)-(2×1);; A statistical study by scanning tunneling microscopy
46.
Braun J.; Weckesser J.; Ahner J.; Mocuta D.; Yates J. T.; Wöll Ch.
The frustrated translational mode of CO on Cu(110): Azimuthal anisotropy studied by helium atom scattering—A comparison with time-of-flight electron stimulated desorption of ion angular distribution measurements
47.
Ebinger H. D.; Yates J. T.
Electron-impact-induced oxidation of Al(111) in water vapor: Relation to the Cabrera-Mott mechanism
48.
Xu Jiazhan; Choyke W. J.; Yates John T.
Enhanced silicon oxide film growth on Si (100) using electron impact
49.
Mocuta D.; Ahner J.; Yates J. T.
Trapping a precursor to chemisorption at 32 ;K—NH;3 adsorption on Cu(110)
50.
Lyubinetsky I.; Ukraintsev V. A.; Dohnálek Z.; Yates J. T.
Transient tunneling current in laser-assisted scanning tunneling microscopy
51.
Ahner Joachim; Mocuta Dan; Ramsier R. D.; Yates John T.
Measurement of Anisotropy in the Lateral Momentum of a Vibrating Adsorbed Molecule: CO/;Cu(110)
52.
Erratum: “Anisotropy in the lateral momentum of CO chemisorbed on Cu(110) studied by time-of-flight electron simulated desorption ion angular distribution” [J. Vac. Sci. Technol. A ;15, 1548 (1997)]
53.
Dohnálek Z.; Mezhenny S.; Lyubinetsky I.; Choyke W. J.; Yates J. T.
Control of silicon crystal temperature by measurement of resistivity
54.
Barefoot Thomas W.; Ebinger Hans D.; Yates John T.
Low-energy broad beam electron gun
55.
Ahner Joachim; Ramsier R. D.; Mocuta Dan; Yates John T.
Anisotropy in the lateral momentum of CO chemisorbed on Cu(110) studied by time-of-flight electron simulated desorption ion angular distribution
56.
Dohnálek Z.; Lyubinetsky I.; Yates J. T.
Laser pulse desorption under scanning tunneling microscope tip-Cl removal from single site on Si(100)
57.
Rusu Camelia; Yates John T.
Thermal conductivity issues in the construction of manipulators for ultrahigh vacuum systems
58.
Nishino H.; Yang W.; Dohnálek Z.; Choyke W. J.; Ukraintsev V. A.; Yates J. T.
Silicon crystal heating and thermocouple mounting designs
59.
Adsorbate–adsorbate repulsions—the coverage dependence of the adsorption structure of CO on Cu(110) as studied by electron‐stimulated desorption ion angular distribution
60.
Ukraintsev V. A.; Yates J. T.
Nanosecond laser induced single atom deposition with nanometer spatial resolution using a STM
61.
Tripa C. Emil; Arumaninayagam Christopher R.; Yates John T.
Kinetics measurements of CO photo‐oxidation on Pt(111)
62.
Surface flatness of polished metal single crystals
63.
Dynamics and structure of chemisorbed CO on Cu(110): An electron‐stimulated desorption ion angular distribution study
64.
Smentkowski Vincent S.; Yates John T.
Universal calibration of W5%Re vs W26%Re (type‐C) thermocouples in the temperature range 32–2588 K
65.
Linsebigler Amy; Lu Guangquan; Yates John T.
CO chemisorption on TiO2(110): Oxygen vacancy site influence on CO adsorption
66.
Lin Jong-Liang; Yates John T.
Thermal‐ and electron‐stimulated chemistry of a cyclotriphosphazene lubricant on a magnetic disk with a hard carbon overcoat
67.
Hübner A.; Partlow W. D.; Choyke W. J.; Schaefer J. A.; Lucas S. R.; Yates J. T.
GaN patterned film synthesis: Carbon depletion by hydrogen atoms produced from NH3 activated by electron impact
68.
Yates John T.
Surface chemistry at metallic step defect sites
69.
Lu Guangquan; Linsebigler Amy; Yates John T.
The adsorption and photodesorption of oxygen on the TiO2(110) surface
70.
Ramsier R. D.; Lee K.-W.; Yates J. T.
A sensitive method for measuring adsorbed carbon on palladium surfaces: Titration by NO
71.
Thermal reactions of fluorocarbon and hydrofluorocarbon species on Si(100)‐(2×1)–CF;3I, CF3CH2I, and C2F4
72.
Lin Jong-Liang; Bhatia C. Singh; Yates John T.
Thermal and electron‐stimulated chemistry of Fomblin–Zdol lubricant on a magnetic disk
73.
The photochemical identification of two chemisorption states for molecular oxygen on TiO2(110)
74.
Dohnálek Z.; Gao Q.; Choyke W. J.; Yates J. T.
Step site bonding on a vicinal Si(100) surface upon Cl2 adsorption
75.
Szabó András; Yates John T.
Isotope effect in electron stimulated desorption: The role of internal degrees of freedom in CO desorption from Pt(111)
76.
Chen P. J.; Rowe J. E.; Yates J. T.
Electron‐energy‐loss investigation of hole‐plasmon excitation due to thermal indiffusion boron doping of Si(111) surfaces
77.
Lucas S. R.; Choyke W. J.; Partlow W. D.; Yates J. T.
Ga–CH;3 bond scission by atomic H; The depletion of surface carbon from a gallium alkyl film on silicon dioxide
78.
Colaianni M. L.; Chen P. J.; Yates J. T.
Unique hydride chemistry on silicon–PH;3 interaction with Si(100)‐(2×1)
79.
Lin Jong-Liang; Yates J. T.
Electron gun for producing a low energy, high current, and uniform flux electron beam
80.
Heiz U.; Xu J.; Gadzuk J. W.; Yates J. T.
NO electronic desorption processes from step sites on Pt(112): A comparison between photo‐ and electron‐stimulated desorption
81.
Ramsier R. D.; Gao Q.; Neergaard Waltenburg H.; Yates J. T.
Thermal dissociation of NO on Pd surfaces: The influence of step sites
82.
Lu Guangquan; Linsebigler Amy L.; Yates John T.
Elimination of serious artifacts in temperature programmed desorption spectroscopy
83.
Heiz U.; Xu J.; Yates J. T.
Electron stimulated desorption of NO from step sites on Pt(112): The role of chemisorption site geometry on the cross section
84.
Smentkowski V. S.; Yates J. T.
Characterization of heated platinum filaments as a source of atomic oxygen
85.
Purity of atomic oxygen production from heated iridium surfaces
86.
John Kevin D.; Wan K. J.; Yates John T.
Temperature measurement for scanning tunnel microscope samples using a detachable thermocouple
87.
Temperature control and measurement for diamond single crystals in ultrahigh vacuum
88.
Cheng C. C.; Gao Q.; Dohnalek Z.; Choyke W. J.; Yates J. T.
Thermal disorder in adsorbed Cl on Si(100)
89.
Bornscheuer K. H.; Partlow W. D.; Choyke W. J.; Lucas S. R.; Yates J. T.
Reflector atomic hydrogen source: A method for producing pure atomic hydrogen in ultrahigh vacuum
90.
Ramsier R. D.; Yates J. T.
Electronic excitation of metal carbonyls on Ag(111): The role of surface‐mediated quenching
91.
Xu Jiazhan; Yates John T.
Catalytic oxidation of CO on Pt(335): A study of the active site
92.
Jänsch Heinz J.; Xu Jiazhan; Yates John T.
Electron stimulated surface migration of CO on Pt(335). First spectroscopic evidence for a new phenomenon
93.
Gao Q.; Cheng C. C.; Chen P. J.; Choyke W. J.; Yates J. T.
Chlorine bonding sites and bonding configurations on Si(100)–(2×1)
94.
Colaianni M. L.; Chen P. J.; Nagashima N.; Yates J. T.
Silicon nitride thin film production on Si(111)
95.
Xu Jiazhan; Jänsch Heinz J.; Yates John T.
Cryogenic trick for enhanced cooling using liquid nitrogen
96.
Width of particle beams desorbed in electron stimulated desorption: O+ and metastable CO from CO/Pt(111)
97.
Cheng C. C.; Choyke W. J.; Gao Q.; Yates J. T.
Transformation of Cl bonding structures on Si(100)‐(2×1)
98.
Xu Jiazhan; Henriksen Peter; Yates John T.
Direct spectroscopic observation of the reactive catalytic site for CO oxidation on Pt(335)
99.
Chen P. J.; Colaianni M. L.; Yates J. T.
The thermal dissociation of decaborane on Si(111)‐(7×7) and doping effects in the near surface region
100.
The stepwise dissociation of NH3 on the Si(111)–(7×7) surface; Low‐temperature dissociative adsorption and thermal effects
101.
Szabó András; Henderson Michael A.; Yates John T.
Oxidation of CO by oxygen on a stepped platinum surface: Identification of the reaction site
102.
Xu Zhi; Yates John T.; Wang L. C.; Kreuzer H. J.
Chemisorbed CO site interconversion on Ni(111) induced by the electric field of physisorbed second layers
103.
Xu Zhi; Hanley Luke; Yates John T.
Layer interactions between dissimilar adsorbates. NH3 layers on chemisorbed CO on Ni(111): A reflection infrared study
104.
Yoshinobu Jun; Zenobi Renato; Xu Jiazhan; Xu Zhi; Yates John T.
N2 chemisorption on Ni(111). An infrared investigation under steady‐state conditions
105.
Inhibition of atomic hydrogen etching of Si(111) by boron doping
106.
Henderson M. A.; Ramsier R. D.; Yates J. T.
Minimizing ultrahigh vacuum wall reactions of Fe(CO)5 by chemical pretreatment of the dosing system
107.
Yoshinobu Jun; Guo Xingcai; Yates John T.
Photodesorption of CO, NO, and O2 from modified Ni(111) surfaces
108.
Photon‐ versus electron‐induced decomposition of Fe(CO);5 adsorbed on Ag(111); Iron film deposition
109.
Guo Xingcai; Yates John T.; Agrawal Vijay K.; Trenary Michael
A Fourier transform infrared reflection absorption spectroscopy study of chemisorbed PF3 on Ni(111): Coverage and temperature dependence
110.
Wallace R. M.; Choyke W. J.; Dresser M. J.; Taylor P. A.; Yates J. T.
Background effects in electron stimulated desorption ion angular distribution (ESDIAD) measurements on Si(111)‐(7×7)
111.
Cheng C. C.; Yates J. T.
H‐induced surface restructuring on Si(100); Formation of higher hydrides
112.
Gutleben Hans; Yates John T.
A simple way to build a linear motion manipulator
113.
Wallace R. M.; Taylor P. A.; Choyke W. J.; Yates J. T.
PH3 surface chemistry on Si(111)‐(7×7); A study by Auger spectroscopy and electron stimulated desorption methods
114.
Xu Zhi; Yates J. T.
A new Fourier transform infrared reflection‐absorption spectrometer and effective background subtraction method
115.
Photodesorption of NO from chemically modified Ni(111) surfaces
116.
Siddiqui H. R.; Chen P. J.; Guo X.; Yates J. T.
A comparative kinetic study of xenon adsorption on a flat Pt(111) and stepped Pt(557) and Pt(112) surfaces
117.
Sinniah Kumar; Yates John T.; Weinberg W. Henry; Lewis Lisa B.; Sherman Michael G.; Janda Kenneth C.
Hydrogen desorption from the monohydride phase on Si(100)
118.
Effect of complete oxidation on the vibrational properties of aluminum oxide thin films: An electron‐energy‐loss‐spectroscopy study
119.
Beebe T. P.; Crowell J. E.; Yates J. T.
Infrared spectroscopic study of the rotation of chemisorbed methoxy species on an alumina surface
120.
Cheng C. C.; Wallace R. M.; Taylor P. A.; Choyke W. J.; Yates J. T.
Direct determination of absolute monolayer coverages of chemisorbed C2H2 and C2H4 on Si(100)
121.
Guo Xingcai; Yoshinobu Jun; Yates John T.
Photon‐induced desorption of CO chemisorbed on the oxidized Ni(111) surface
122.
Improved data acquisition and smoothing methods in high‐resolution electron energy loss spectroscopy
123.
Szabò A.; Henderson M. A.; Yates J. T.
Evidence for anisotropic vibration of diatomic adsorbates—NO and CO chemisorbed on stepped Pt(112)
124.
Henderson M. A.; Szabó A.; Yates J. T.
Direct observation of adsorbate dynamics from low‐frequency vibration on a step defect—CO on Pt(112)
125.
The structure of CO on the Pt(112) stepped surface—a sensitive view of bonding configurations using electron stimulated desorption
126.
Hanley Luke; Guo Xingcai; Yates John T.
Photolysis of chemisorbed dioxygen on Pd(111): Dependence on photon energy
127.
A multipurpose quadrupole mass spectrometer detector for surface kinetic and absolute surface coverage measurements
128.
Burnett J. W.; Pellin M. J.; Calaway W. F.; Gruen D. M.; Yates J. T.
Ion dose dependence of the sputtering yield of Ru(0001) at very low fluences
129.
Guo Xingcai; Yates John T.
Dependence of effective desorption kinetic parameters on surface coverage and adsorption temperature: CO on Pd(111)
130.
Hoffman Alon; Guo Xingcai; Yates John T.; Gadzuk J. W.; Clark C. W.
Electron‐stimulated desorption and surface species conversion; The observation of a desorption resonance for atomic oxygen on the Pd(111) surface
131.
Guo Xingcai; Hoffman Alon; Yates John T.
Adsorption kinetics and isotopic equilibration of oxygen adsorbed on the Pd(111) surface
132.
Guo X.; Hanley L.; Yates J. T.
Photolysis of a simple molecule on a metal surface—adsorbed O;2 dissociation and desorption on Pd(111)
133.
Szabó A.; Kiskinova M.; Yates J. T.
Carbon monoxide–oxygen interaction on the Pt(111) surface; An electron stimulated desorption ion angular distribution (ESDIAD) study
134.
Taylor P. A.; Bozack M.; Choyke W. J.; Yates J. T.
X‐ray photoelectron spectroscopy study of Si‐C film growth by chemical vapor deposition of ethylene on Si(100)
135.
Sinniah Kumar; Sherman Michael G.; Lewis Lisa B.; Weinberg W. Henry; Yates John T.; Janda Kenneth C.
New mechanism for hydrogen desorption from covalent surfaces: The monohydride phase on Si(100)
136.
Kiskinova Maya; Szabo András; Yates John T.
Observation of adsorbate vibrational amplitude modification during a phase transformation in the overlayer
137.
Kiskinova M.; Szabó A.; Yates J. T.
CO adsorption on Pt(111) modified with sulfur
138.
Winkler A.; Yates J. T.
Capillary array dosing and angular desorption distribution measurements: A general formalism
139.
Basu P.; Chen J. G.; Ng L.; Colaianni M. L.; Yates J. T.
Fragmentation of molecular adsorbates by electron and ion bombardment: Methoxy chemistry on Al(111)
140.
Basu P.; Ballinger T. H.; Yates J. T.
Wide temperature range IR spectroscopy cell for studies of adsorption and desorption on high area solids
141.
Lanzillotto A-M.; Dresser M. J.; Alvey M. D.; Yates J. T.
Alkali sensitization of H+ electron stimulated desorption from H adsorbed on Ni(111)
142.
Burnett J. W.; Biersack J. P.; Gruen D. M.; Jørgensen B.; Krauss A. R.; Pellin M. J.; Schweitzer E. L.; Yates J. T.; Young C. E.
Depth of origin of sputtered atoms: Experimental and theoretical study of Cu/Ru(0001)
143.
Alvey Mark D.; Yates John T.; Uram Kevin J.
The direct observation of hindered rotation of a chemisorbed molecule: PF3 on Ni(111)
144.
Miller J. B.; Tully J. C.; Yates J. T.; Russell J. N.; Gates S. M.; Siddiqui H. R.; Cardillo M. J.
Extraction of kinetic parameters in temperature programmed desorption: A comparison of methods
145.
Crowell J. E.; Beebe T. P.; Yates J. T.
Infrared spectroscopic observations of hydrogen bonding and Fermi resonance of adsorbed methyl chloride on alumina surfaces
146.
Beebe Thomas P.; Kay Bruce D.; Goodman D. Wayne; Yates John T.
Kinetics of the activated dissociative adsorption of methane on the low index planes of nickel single crystal surfaces
147.
Ng L.; Uram K. J.; Xu Z.; Jones P. L.; Yates J. T.
Mechanism of CO bond scission at alkali promoter sites—IRAS study of the system CO/K/Ni(111)
148.
Crowell J. E.; Chen J. G.; Hercules D. M.; Yates J. T.
The adsorption and thermal decomposition of water on clean and oxygen‐predosed Al(111)
149.
Chorkendorff I.; Russell J. N.; Yates J. T.
Surface reaction pathways of methylamine on the Ni(111) surface
150.
Chen J. G.; Crowell J. E.; Yates J. T.
Differentiation of single versus multiple vibrational excitation processes on surfaces: An electron‐energy‐loss spectroscopy investigation of the Al;2O3 vibrational modes
151.
Kiselev V. F.; Krylov O. V.; Yates John T.
Adsorption Processess on Semiconductor and Dielectric Surfaces I
152.
Bozack M. J.; Muehlhoff L.; Russell J. N.; Choyke W. J.; Yates J. T.
Methods in semiconductor surface chemistry
153.
Russell J. N.; Gates S. M.; Yates J. T.
Isotope effects in hydrogen adsorption on Ni(111): Direct observation of a molecular precursor state
154.
Russell J. N.; Chorkendorff I.; Lanzillotto A.-M.; Alvey M. D.; Yates J. T.
Angular distributions of H2 thermal desorption: Coverage dependence on Ni(111)
155.
Alvey Mark D.; Yates John T.; Kolasinski Kurt W.; Head-Gordon Martin
Molecular orientation on metal surfaces by electrostatic interactions: The adsorption of cyclopentene on a stepped (221) silver surface
156.
Bozack M. J.; Choyke W. J.; Muehlhoff L.; Yates J. T.
Reaction chemistry at the Si (100) surface—control through active‐site manipulation
157.
Muehlhoff L.; Choyke W. J.; Bozack M. J.; Yates John T.
Comparative electron spectroscopic studies of surface segregation on SiC(0001) and SiC(0001¯)
158.
Muehlhoff L.; Bozack M. J.; Choyke W. J.; Yates John T.
Comparative oxidation studies of SiC(0001¯) and SiC(0001) surfaces
159.
Crowell J. E.; Chen J. G.; Yates J. T.
A vibrational study of the adsorption and decomposition of formic acid and surface formate on Al(111)
160.
Assignment of a surface vibrational mode by chemical means: Modification of the lattice modes of Al2O3 by a surface reaction with H2O
161.
Dresser M. J.; Alvey M. D.; Yates J. T.
An enhanced electron‐stimulated‐desorption ion angular distribution method for imaging molecular orientations of adsorbed species
162.
Uram K. J.; Ng Lily; Folman M.; Yates J. T.
Direct vibrational spectroscopic observations of mixed long range and short range adsorbate interactions: The K+CO interaction on Ni(111)
163.
Alvey Mark D.; Dresser Miles J.; Yates John T.
Metastable angular distributions from electron‐stimulated desorption
164.
Onset of oxidation of Al(111) at low temperatures: A study by electron‐energy‐loss spectroscopy and Auger electron spectroscopy
165.
Alvey M. D.; Klauber C.; Yates J. T.
Surface bonding of the NH3 and NH2 species to Ni(110)
166.
Gates S. M.; Russell J. N.; Yates J. T.
Summary Abstract: Scanning kinetic spectroscopy: A rapid probe of surface reaction processes
167.
Bozso F.; Yates J. T.; Choyke W. J.; Muehlhoff L.
Studies of SiC formation on Si (100) by chemical vapor deposition
168.
Muha R. J.; Gates S. M.; Yates J. T.; Basu P.
Digital temperature programmer for isothermal and thermal desorption measurements
169.
Bozso Ferenc; Muehlhoff Lucia; Trenary Michael; Choyke W. J.; Yates John T.
Electron spectroscopy study of SiC
170.
Yates John T.; Kolasinski Kurt
Infrared spectroscopic investigation of the rhodium gem‐dicarbonyl surface species
171.
Bozso Ferenc; Metiu Horia; Arias Jose; Yates John T.; Martin Richard M.
A surface Penning ionization study of the CO/Ni(111) system
24
Choyke, WJ
17
Ahner, Joachim
10
Mocuta, Dan
9
Popova, I
8
Zhukov, V
Lyubinetsky, I
6
Maksymovych, Peter
5
Mezhenny, S
Lee, J.-G.
Tripa, C. Emil
Levy, Jeremy
Smentkowski, Vincent
4
Kuznetsova, Anya
3
Dougherty, Daniel B.
Guise, Olivier