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Chemisorption/physisorption: ...
Evaporation and condensation ...
Adsorption kinetics
Surface and interface chemist...
Decomposition reactions
Structure of clean surfaces
Thin film structure and morph...
Rate constants, reaction cros...
Electron spectroscopy , Auger...
Other electron-impact emissio...
Collective excitations
Surface and interface dynamic...
Diffusion; interface formation
Interface structure and rough...
Magnetic force microscopy
Near-field scanning microscop...
Scanning tunneling microscopy
Atomic force microscopy
Molecular, atomic, ion, and c...
III-V semiconductors
1.
Kim Tae Won; Weiss Michael J.; Hagedorn Chrisopher J.; Weinberg W. Henry
Reaction of gas-phase atomic hydrogen with NO on Ru(001)
2.
Zepeda-Ruiz Luis A.; Pelzel Rodney I.; Nosho Brett Z.; Weinberg W. Henry; Maroudas Dimitrios
Deformation behavior of coherently strained InAs/GaAs(111)A heteroepitaxial systems: Theoretical calculations and experimental measurements
3.
Zepeda-Ruiz Luis A.; Pelzel Rodney I.; Weinberg W. Henry; Maroudas Dimitrios
Interfacial stability and structure in InAs/GaAs(111)A heteroepitaxy: Effects of buffer layer thickness and film compositional grading
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4.
Gergen B.; Nienhaus H.; Weinberg W. H.; McFarland E. M.
Morphological investigation of ultrathin Ag and Ti films grown on hydrogen terminated Si(111)
5.
Hagedorn Christopher J.; Weiss Michael J.; Weinberg W. Henry
Reactions of gas-phase atomic hydrogen and deuterium with chemically modified Ir(111) surfaces
6.
Weiss Michael J.; Hagedorn Christopher J.; Weinberg W. Henry
Decomposition of 1,3-butadiene on Ru(001): Evidence for a (CH)4 metallacycle
7.
Pelzel Rodney I.; Zepeda-Ruiz Luis A.; Nosho Brett Z.; Li Youli; Weinberg W. Henry; Maroudas Dimitrios
Mechanical behavior of thin buffer layers in InAs/GaAs(111)A heteroepitaxy
8.
Pelzel R. I.; Nosho B. Z.; Shoenfeld W. V.; Lundstrom T.; Petroff P. M.; Weinberg W. H.
Effect of initial surface reconstruction on the GaS/GaAs(001) interface
9.
Dissociative chemisorption of hydrogen on Ir(111): Evidence for terminal site adsorption
10.
Nosho Brett Z.; Zepeda-Ruiz Luis A.; Pelzel Rodney I.; Weinberg W. Henry; Maroudas Dimitrios
Surface morphology in InAs/GaAs(111)A heteroepitaxy: Experimental measurements and computer simulations
11.
Nosho B. Z.; Weinberg W. H.; Barvosa-Carter W.; Bracker A. S.; Magno R.; Bennett B. R.; Culbertson J. C.; Shanabrook B. V.; Whitman L. J.
Characterization of AlSb/InAs surfaces and resonant tunneling devices
12.
Nienhaus H.; Bergh H. S.; Gergen B.; Majumdar A.; Weinberg W. H.; McFarland E. W.
Ultrathin Cu films on Si(111): Schottky barrier formation and sensor applications
13.
Nienhaus Hermann; Bergh Howard S.; Gergen Brian; Majumdar Arun; Weinberg W. Henry; McFarland Eric W.
Selective H atom sensors using ultrathin Ag/Si Schottky diodes
14.
Bergh Howard S.; Gergen Brian; Nienhaus Hermann; Majumdar Arun; Weinberg W. Henry; McFarland Eric W.
An ultrahigh vacuum system for the fabrication and characterization of ultrathin metal–semiconductor films and sensors
15.
Zepeda-Ruiz Luis A.; Maroudas Dimitrios; Weinberg W. Henry
Theoretical study of the energetics, strain fields, and semicoherent interface structures in layer-by-layer semiconductor heteroepitaxy
16.
Nosho B. Z.; Weinberg W. H.; Barvosa-Carter W.; Bennett B. R.; Shanabrook B. V.; Whitman L. J.
Effects of surface reconstruction on III–V semiconductor interface formation; The role of III/V composition
17.
Nienhaus H.; Gergen B.; Bergh H. S.; Majumdar A.; Weinberg W. H.; McFarland E. W.
Photon shield for atomic hydrogen plasma sources
18.
Hagedorn Christopher J.; Weiss Michael J.; Chung C.-H.; Mikesell Peter J.; Little R. Daniel; Weinberg W. Henry
Interaction of cyclobutane with the Ru(001) surface: Low-temperature molecular adsorption and dissociative chemisorption at elevated surface temperature
19.
Nienhaus H.; Weinberg W. H.; Majumdar A.; Gergen B.; Bergh H. S.; McFarland E. W.
Electron-Hole Pair Creation at Ag and Cu Surfaces by Adsorption of Atomic Hydrogen and Deuterium
20.
Weiss M. J.; Hagedorn C. J.; Weinberg W. H.
Observation of the reaction of gas-phase atomic oxygen with Ru(001)-p(1×1)-;D at 80 K
21.
Maroudas Dimitrios; Zepeda-Ruiz Luis A.; Weinberg W. Henry
Kinetics of strain relaxation through misfit dislocation formation in the growth of epitaxial films on compliant substrates
22.
Pelzel R. I.; Hopcus A. B.; Owen J. H. G.; Nosho B. Z.; Weinberg W. H.
Chemistry of [(t-;butyl)GaS];4 on Si(100)-(2×1);
23.
Nosho B. Z.; Weinberg W. H.; Zinck J. J.; Shanabrook B. V.; Bennett B. R.; Whitman L. J.
Structure of InAs/AlSb/InAs resonant tunneling diode interfaces
24.
Yi S. I.; Hu E. L.; Chung C.-H.; Mitchell W. J.; Weinberg W. H.
Multilayer oxidation of AlAs by thermal and electron beam induced decomposition of H2O in ultrahigh vacuum
25.
Ammonia decomposition on Ru(001) using gas-phase atomic hydrogen
26.
Chung Chan-Hwa; Yi Sang I.; Weinberg W. Henry
Temperature-programmed desorption and high-resolution electron energy loss spectroscopy studies of the interaction of water with the GaAs (001)-(4×2); surface
27.
Yi S. I.; Chung C.-H.; Weinberg W. H.
Growth of GaS on GaAs (100) surfaces using the [(;tBu)GaS];4 molecular precursor in ultrahigh vacuum
28.
Self K. W.; Pelzel R. I.; Owen J. H. G.; Yan C.; Widdra W.; Weinberg W. H.
Scanning tunneling microscopy study of benzene adsorption on Si(100)-(2×1);
29.
Burghaus U.; Ding Junqi; Weinberg W. H.
Carbon monoxide oxidation on Ir (110)
30.
Pond K.; Nosho B. Z.; Stuber H. R.; Gossard A. C.; Weinberg W. H.
A two-dimensional ultrahigh vacuum positioner for scanning tunneling microscopy
31.
Mitchell W. J.; Chung C.-H.; Yi S. I.; Hu E. L.; Weinberg W. H.
Wet oxidation of AlAs films under ultrahigh vacuum conditions
32.
Kelly D.; Weinberg W. H.
Direct dissociative chemisorption of methane, ethane, propane, and cyclopropane on Ir(110)
33.
Sushchikh M.; Lauterbach J.; Weinberg W. H.
Chemisorption of CO on the Ir(111) surface: Adsorption and desorption kinetics measured with in situ vibrational spectroscopy
34.
Yi Sang I.; Chung Chan-Hwa; Weinberg W. Henry
Dissociative adsorption of hydrogen sulfide on GaAs(100)-(2×4) and GaAs(100)-(4×2) surfaces
35.
Adsorption state of hydrogen sulfide on the GaAs (001)-(4×2) surface
36.
Direct dissociative chemisorption of propane on Ir(110)
37.
Reaves C. M.; Pelzel R. I.; Hsueh G. C.; Weinberg W. H.; DenBaars S. P.
Formation of self‐assembled InP islands on a GaInP/GaAs(311)A surface
38.
The dissociative chemisorption of cyclopropane on Ir(110)
39.
Widdra W.; Huang C.; Yi S. I.; Weinberg W. H.
Coadsorption of hydrogen with ethylene and acetylene on Si(100)‐(2×1)
40.
Isotope effects in trapping‐mediated chemisorption of ethane and propane on Ir(110)
41.
Trapping‐mediated dissociative chemisorption of C;3H8 and C3D8 on Ir(110)
42.
Mitchell William J.; Weinberg W. Henry
Interaction of NO2 with Ru(001): Formation and decomposition of RuOx layers
43.
Schick M.; Xie J.; Mitchell W. J.; Weinberg W. H.
Interaction of gas‐phase atomic deuterium with the Ru(001)–;p(1×2)–O surface; Kinetics of hydroxyl and water formation
44.
Yi S. I.; Widdra W.; Yan C.; Weinberg W. H.
Atomic hydrogen adsorption on Si(100)‐(2×1) with preadsorbed acetylene; Structure, bonding, and chemical reactions
45.
Trapping‐mediated dissociative chemisorption of propane on Ir(110)
46.
Hago W.; Kelly D.; Weinberg W. H.
Effect of preadsorbates on the dissociation dynamics of ethane on Ir(110)
47.
Lauterbach J.; Schick M.; Weinberg W. H.
Coadsorption of CO and hydrogen on the Ir(111) surface
48.
Schick M.; Lauterbach J.; Weinberg W. H.
Adsorption of CO and hydrogen on the K‐modified Ir(111) surface
49.
Xie Jun; Wang Youqi; Mitchell William J.; Felino Anthony; Schick Matthias; Weinberg W. Henry
Improved control and data‐acquisition electronics for high‐resolution electron energy loss spectroscopy
50.
Johnson Dale F.; Weinberg W. Henry
Quantification of the selective activation of C–H bonds in short chain alkanes; The reactivity of ethane, propane, isobutane, ;n‐butane, and neopentane on Ir(111)
51.
Chang Ying-Lan; Yi Sang I.; Shi Song; Hu Evelyn; Weinberg W. H.; Merz James
Long‐term and thermal stability of hydrogen ion‐passivated AlGaAs/GaAs near‐surface quantum wells
52.
Meng B.; Weinberg W. H.
Kinetics of coverage‐dependent adsorption
53.
Mitchell William J.; Wang Youqi; Schick Matthias; Weinberg W. Henry
Surface phonons on Ru(001) observed by electron energy loss spectroscopy in the presence of ordered oxygen overlayers
54.
Jachimowski T. A.; Meng B.; Johnson D. F.; Weinberg W. H.
Thermal desorption studies of high‐coverage hydrogen overlayers on Ru(001) created with gas‐phase atomic hydrogen
55.
Kelly D.; Hago W.; Weinberg W. H.
Effect of preadsorbed oxygen on the direct dissociative chemisorption of ethane on Ir(110)
56.
Bressler-Hill V.; Varma S.; Lorke A.; Nosho B. Z.; Petroff P. M.; Weinberg W. H.
Island scaling in strained heteroepitaxy: InAs/GaAs(001)
57.
Widdra W.; Yi S. I.; Maboudian R.; Briggs G. A. D.; Weinberg W. H.
Adsorption, abstraction, and pairing of atomic hydrogen on Si(100)‐(2×1)
58.
Kelly D.; Verhoef R. W.; Weinberg W. H.
Initial probability of dissociative chemisorption of oxygen on iridium(110)
59.
Theoretical and simulation studies of recombinative temperature programmed desorption
60.
Jachimowski T. A.; Weinberg W. H.
Direct reaction of gas‐phase atomic hydrogen with chemisorbed hydrogen on Ru(001)
61.
Xie Jun; Mitchell William J.; Lyons Kevin J.; Weinberg W. Henry
Atomic hydrogen‐induced decomposition of chemisorbed formate at 100 K on the Ru(001) surface
62.
Quantitative determination of the activity of defect sites on a single‐crystalline surface; C–H bond activation of carbon‐13 labeled ethane on Ir(111)
63.
Bressler-Hill V.; Lorke A.; Varma S.; Petroff P. M.; Pond K.; Weinberg W. H.
Initial stages of InAs epitaxy on vicinal GaAs(001)‐(2×4)
64.
Meng Baoqi; Weinberg W. Henry; Evans J. W.
Lattice‐gas model mimicking the NO+CO reaction on Pt(100)
65.
Wang Y.; Weinberg W. H.
Wang and Weinberg reply
66.
Pond K.; Lorke A.; Ibbetson J.; Bressler-Hill V.; Maboudian R.; Weinberg W. H.; Gossard A. C.; Petroff P. M.
Step bunching and step equalization on vicinal GaAs(001) surfaces
67.
Chang Ying-Lan; Widdra Wolf; Yi Sang I.; Merz James; Weinberg W. H.; Hu Evelyn
Study of surface stoichiometry and luminescence efficiency of near‐surface quantum wells treated by hydrogen ions and atomic hydrogen
68.
Mitchell William J.; Xie Jun; Lyons Kevin J.; Weinberg W. Henry
Dissociative chemisorption of oxygen on the Ru(001) surface: Spectroscopic identification of precursor intermediates at low surface temperatures
69.
Xie Jun; Mitchell William J.; Lyons Kevin J.; Wang Youqi; Weinberg W. Henry
Observation of the reaction of gas‐phase atomic hydrogen with Ru(001)‐;p(1×2)‐O at 100 K
70.
Wang X.-S.; Self K. W.; Weinberg W. H.
Growth mode of Ge on GaAs(100)
71.
Monte Carlo simulations of temperature programmed desorption spectra
72.
Wang Xue-sen; Weinberg W. Henry
Structural model of sulfur on GaAs(100)
73.
Wang X.-S.; Self K.; Bressler-Hill V.; Maboudian R.; Weinberg W. H.
Initial stages of Ge/GaAs(100) interface formation
74.
Kang H. Chuan; Weinberg W. Henry
Interface roughening and kinetics of poisoning in a surface reaction
75.
Meng B.; Weinberg W. H.; Evans J. W.
Transitions in the kinetics and steady states of irreversible A+BC surface‐reaction models
76.
Kang H. C.; Weinberg W. H.
Structure of a Langmuir‐Hinshelwood reaction interface
77.
Mitchell William J.; Xie Jun; Weinberg W. Henry
Calibration of type‐C thermocouples to liquid helium temperature
78.
Wang X.-S.; Huang C.; Bressler-Hill V.; Maboudian R.; Weinberg W. H.
Performance of an ultrahigh‐vacuum sample transfer system for investigation of molecular‐beam epitaxy grown semiconductor surfaces
79.
Wang X.-S.; Self K.; Leonard D.; Bressler-Hill V.; Maboudian R.; Petroff P. M.; Weinberg W. H.
Scanning tunneling microscopy studies of Ge/GaAs(100) interface formation
80.
Pond K.; Weinberg W. H.; Self K.; Wang X.-S.; Leonard D.; Bressler-Hill V.; Maboudian R.; Petroff P. M.
Scanning tunneling microscopy of flat and vicinal molecular‐beam epitaxy grown GaAs(001)‐(2×4) surfaces; The effect of growth rate
81.
Huang C.; Widdra W.; Wang X. S.; Weinberg W. H.
Adsorption of acetylene on the Si(100)‐(2×1) surface
82.
Verhoef R. W.; Kelly D.; Weinberg W. H.
Dissociative chemisorption of oxygen on Ir(110) as a function of angle of incidence: The effects of kinetic energy and surface temperature
83.
Wang X.-S.; Self K. W.; Maboudian R.; Huang C.; Bressler-Hill V.; Weinberg W. H.
Analysis of GaAs(100) surfaces prepared with various wet and insitu sample treatments
84.
Maboudian Roya; Bressler-Hill Valerie; Weinberg W. Henry
Comment on ‘‘Structure and composition of GaAs(001) surfaces’’
85.
Roughening of chemically reacting interfaces
86.
Weisel M. D.; Sun Y.-K.; Hoffmann F. M.; Chen J. G.; Weinberg W. H.
A Fourier transform‐infrared reflection absorption spectroscopy study of the formation and decomposition of chemisorbed formate on clean and potassium‐modified Ru(001)
87.
Wang Youqi; Weinberg W. Henry
Ultrahigh‐resolution electron energy loss spectroscopy via digital signal processing techniques
88.
Fichthorn Kristen A.; Weinberg W. Henry
Monte Carlo study of the temperature dependence of domain‐growth kinetics in a system with a nonconserved order parameter and a zero‐temperature equilibration fixed point
89.
Bressler-Hill V.; Wassermeier M.; Pond K.; Maboudian R.; Briggs G. A. D.; Petroff P. M.; Weinberg W. H.
Atom‐resolved imaging and spectroscopy on the GaAs(001) surface using tunneling microscopy
90.
Weinberg W. Henry
Alkane activation by single‐crystalline transition metal surfaces
91.
Influence of time‐dependent rates of mass transfer on the kinetics of domain growth
92.
Fichthorn Kristen A.; Weinberg W. H.
Theoretical foundations of dynamical Monte Carlo simulations
93.
Kang H. C.; Weinberg W. H.; Deem M. W.
Shrinking and freezing of embedded domains
94.
Sun Y.-K.; Weinberg W. H.
Catalytic decomposition of formic acid on Ru(001): Transient measurements
95.
Reactant segregation in a Langmuir–Hinshelwood surface reaction
96.
Kang H. C.; Jachimowski T. A.; Weinberg W. H.
Role of local configurations in a Langmuir–Hinshelwood surface reaction; Kinetics and compensation
97.
Rettner C. T.; Mullins C. B.; Bethune D. S.; Auerbach D. J.; Schweizer E. K.; Weinberg W. H.
Molecular beam studies of trapping dynamics
98.
Kang H. C.; Mullins C. B.; Weinberg W. H.
Kinetics of physical adsorption of ethane on Ir(110)‐(1×2); Molecular beam reflectivity measurements and Monte Carlo simulations
99.
Mullins C. B.; Weinberg W. H.
Dynamics of the interaction of ethane with Ir(110)‐(1×2)
100.
Kinetics of dissociative chemisorption of methane and ethane on Pt(110)‐(1×2)
101.
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)
102.
Trapping‐mediated dissociative chemisorption of ethane on Ir(110)‐(1×2)
103.
Trapping of molecular ethane on the Ir(110)–(1×2) surface
104.
Precursor‐mediated kinetics of domain growth
105.
Molecular adsorption of ethane on the Ir(110)‐(1×2) surface; Monte Carlo simulations and molecular beam reflectivity measurements
106.
Domain growth and freezing on a triangular lattice
107.
An accurate and simple method of measuring relative mass spectrometric sensitivities
108.
Mullins C. B.; Wang Y.; Weinberg W. H.
A molecular‐beam study of the dissociative chemisorption of O;2 on Ir(110)‐(1×2)
109.
Sun Y.-K.; Chan C.-Y.; Weinberg W. H.
Steady‐state rate of decomposition of formaldehyde on Ru(001)
110.
Dynamic Monte Carlo with a proper energy barrier: Surface diffusion and two‐dimensional domain ordering
111.
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)
112.
Kinetics of precursor‐mediated ordering of two‐dimensional domains
113.
Sun Y.-K.; Vajo J. J.; Chan C.-Y.; Weinberg W. H.
Summary Abstract: Kinetics and mechanism of formic acid decomposition on Ru(001)
114.
Parmeter J. E.; Schwalke U.; Weinberg W. H.
Summary Abstract: Formamide adsorption at 80 K on clean and chemically modified Ru(001) surfaces
115.
Parmeter J. E.; Wang Y.; Mullins C. B.; Weinberg W. H.
Electron energy loss spectroscopy of ammonia on Ru(001)
116.
Engstrom J. R.; Weinberg W. H.
Analysis of gas–surface reactions by surface temperature modulation; Theoretical formulation
117.
Engstrom J. R.; Tsai W.; Weinberg W. H.
The chemisorption of hydrogen on the (111) and (110)‐(1×2) surfaces of iridium and platinum
118.
Engstrom J. R.; Goodman D. W.; Weinberg W. H.
Summary Abstract: The hydrogenolysis of alkanes over single‐crystalline surfaces of iridium; The influence of surface structure on the catalytic selectivity
119.
Summary Abstract: The oxidation of carbon monoxide on the Pt(110)‐(1×2) surface; The influence of the adlayer composition on the reaction dynamics
120.
Schwalke Udo; Weinberg W. H.
Summary Abstract: Nitric oxide adsorption on Ru(001) at 78 and 120 K: Temperature dependence on the bonding geometry
121.
Gajda G. J.; Weinberg W. H.
Glove‐box‐based fabrication system for inelastic electron tunneling junctions
122.
Anton A. B.; Avery N. R.; Madey T. E.; Weinberg W. H.
The coadsorption of nitrogen with carbon monoxide and oxygen on the Ru(001) surface: Local chemical interactions in mixed overlayers
123.
Schwalke U.; Parmeter J. E.; Weinberg W. H.
Vibrational spectra of chemisorbed NO2 and condensed N2O4 on the Ru(001) surface
124.
Hood Eric S.; Toby Brian H.; Weinberg W. H.
Precursor‐mediated molecular chemisorption and thermal desorption; The interrelationships among energetics, kinetics, and adsorbate lattice structures
125.
Surface reaction dynamics via temperature modulation: Applications to the oxidation of carbon monoxide on the Pt(110)-(1×2) surface
126.
An effective background removal technique for inelastic electron tunneling spectra
127.
Vajo J. J.; Tsai W.; Weinberg W. H.
Versatile microreactor for studies of gas–surface catalytic reactions between 10;-;7 and 1000 Torr
128.
Zinck J. J.; Weinberg W. H.
Extended travel ultrahigh‐vacuum sample manipulator with two orthogonal, independent rotations
129.
Rapid measurement of inelastic electron tunneling spectra
130.
Hood E. S.; Toby B. H.; Weinberg W. H.
Summary Abstract: A theoretical study of the effect of lateral interactions on molecular adsorption and desorption
131.
Szuromi P. D.; Engstrom J. R.; Wittrig T. S.; Weinberg W. H.
Summary Abstract: Comparative studies of alkane activation by low‐index surfaces of iridium and platinum
132.
Pneumatic gate valve mounted inside an ultrahigh‐vacuum chamber
133.
Design and construction of a digital temperature controller for use in surface studies
134.
Szuromi P. D.; Engstrom J. R.; Weinberg W. H.
The reaction of saturated and unsaturated hydrocarbons with the (110)‐(1×2) and (111) surfaces of iridium
135.
Rahman Talat S.; Anton A. B.; Avery N. R.; Weinberg W. H.
Electron‐energy‐loss spectroscopy of ordered oxygen overlayers on Ru(001)
136.
Avery N. R.; Weinberg W. H.; Anton A. B.; Toby B. H.
End‐on and side‐on bonding of ketones to surfaces; Acetone on the Ru(001) and Pt(111) surfaces
137.
Vidali G.; Weinberg W. H.; Cole M. W.; Steele W. A.
Helium as a probe of the (111) surface of diamond
138.
Madey T. E.; Avery N. R.; Anton A. B.; Toby B. H.; Weinberg W. H.
Summary Abstract: The adsorption and decomposition of N2O on Ru(001)
139.
Szuromi P. D.; Weinberg W. H.
Summary Abstract: The reaction of saturated and unsaturated hydrocarbons with single crystalline surfaces of iridium
140.
Felter T. E.; Boreskov G. K.; Zhdan P. A.; Lastushkina G. Ya.; Weinberg W. H.; Hrbek J.
Erratum: A photoelectron spectroscopy study of methanol adsorption and oxidation on Ag(111) [J. Vac. Sci. Technol. 20, 887 (1982)]
141.
Sobrero A. Charles; Weinberg W. Henry
Unified approach to photographic methods for obtaining the angles of incidence in low‐energy electron diffraction
142.
Thiel P. A.; Hoffmann F. M.; Weinberg W. H.
Coadsorption of oxygen and water on Ru(001): Vibrational and structural properties
143.
Erratum: Monolayer and multilayer adsorption of water on RU(001) [J. Chem. Phys. ;75, 5556 (1981)]
144.
Hoffmann F. M.; Felter T. E.; Weinberg W. H.
The orientation and symmetry of adsorbed cyclopropane on Ru(001) measured by off specular high resolution electron energy loss spectroscopy and angular resolved photoelectron spectroscopy
145.
Wittrig T. S.; Szuromi P. D.; Weinberg W. H.
The interaction of ethane, propane, isobutane, and neopentane with the (110) surface of iridium
146.
Felter T. E.; Weinberg W. H.; Lastushkina G. Ya.; Zhdan P. A.; Boreskov G. K.; Hrbek J.
Summary Abstract: A photoelectron spectroscopy study of methanol adsorption and oxidation on Ag(111)
147.
Williams E. D.; Weinberg W. H.
Summary Abstract: CO on Ru(001): Formation and dissolution of islands of CO at low coverages
148.
Williams Ellen D.; Weinberg W. H.; Sobrero A. C.
CO on Ru(001): Island size and disordering
149.
Chemisorption and reaction of cyclopropane on the (110) surface of iridium
150.
Monolayer and multilayer adsorption of water on Ru(001)
151.
Hoffmann F. M.; Felter T. E.; Thiel P. A.; Weinberg W. H.
Summary Abstract: Adsorption of cyclohexane on Ru(001): A high resolution electron energy loss and UV‐photoemission study
152.
Felter T. E.; Weinberg W. H.; Zhdan P. A.; Boreskov G. K.
Summary Abstract: Oxidation of carbon monoxide over Ag (111) by preadsorbed active oxygen studied by XPS and UPS
153.
Weinberg W. H.; Ibbotson D. E.; Taylor J. L.
Summary Abstract: Carbon monoxide oxidation catalysis over Ir(110)
154.
Forester L.; Weinberg W. H.
Summary Abstract: Vibrational study of Zr(BH4)4 supported on alumina: Interactions with cyclohexene, 1,3‐cyclohexadiene, and benzene
155.
Thiel P. A.; Weinberg W. H.
Adsite symmetry and vibrational structure of NO and H2 co‐adsorbed on the Ru(001) surface
156.
Williams Ellen D.; Thiel Patricia A.; Weinberg W. Henry; Yates John T.
Two‐Dimensional Phase Separation; Co‐Adsorption of Hydrogen and Carbon Monoxide on the (111) Surface of Rhodium
157.
Ibbotson D. E.; Wittrig T. S.; Weinberg W. H.
The chemisorption of hydrogen on the (110) surface of iridium
158.
Williams Ellen D.; Weinberg W. H.; Thiel Patricia A.; Yates John T.
Segregation of co‐adsorbed species; Hydrogen and carbon monoxide on the (111) surface of rhodium
159.
Evans H. E.; Weinberg W. H.
Summary Abstract: Synthesis and catalytic reactions of Zr(BH4)4 on Al2O3 characterized by inelastic electron tunneling spectroscopy
160.
Summary Abstract: Chemisorption of water on Rh(111)
10
Mitchell, William J.
Nosho, Brett Z.
9
Maboudian, Roya
8
Pelzel, Rodney I.
7
Weiss, Michael J.
Petroff, Pierre M.
Hagedorn, Christopher J.
Chung, Chan-Hwa
Thiel, Patricia Ann
6
Nienhaus, Hermann
Gergen, Brian
Widdra, Wolf
Zepeda-Ruiz, Luis A.
Maroudas, Dimitrios
5
McFarland, Eric W.