Rettner, Charles

Mamin H. J.; Rettner C. T.; Sherwood M. H.; Gao L.; Rugar D.

High field-gradient dysprosium tips for magnetic resonance force microscopy

Liu Ruisheng; Yang See-Hun; Jiang Xin; Topuria Teya; Rice Philip M.; Rettner Charles; Parkin Stuart

Tunneling magnetoresistance oscillations due to charging effects in MgO double barrier magnetic tunnel junctions

Padilla Alvaro; Burr Geoffrey W.; Rettner Charles T.; Topuria Teya; Rice Philip M.; Jackson Bryan; Virwani Kumar; Kellock Andrew J.; Dupouy Diego; Debunne Anthony; Shelby Robert M.; Gopalakrishnan Kailash; Shenoy Rohit S.; Kurdi Bülent N.

Voltage polarity effects in Ge2Sb2Te5-based phase change memory devices

Mamin H. J.; Rettner C. T.; Sherwood M. H.; Gao L.; Rugar D.

High field-gradient dysprosium tips for magnetic resonance force microscopy

Liu Ruisheng; Yang See-Hun; Jiang Xin; Topuria Teya; Rice Philip M.; Rettner Charles; Parkin Stuart

Tunneling magnetoresistance oscillations due to charging effects in MgO double barrier magnetic tunnel junctions

Padilla Alvaro; Burr Geoffrey W.; Rettner Charles T.; Topuria Teya; Rice Philip M.; Jackson Bryan; Virwani Kumar; Kellock Andrew J.; Dupouy Diego; Debunne Anthony; Shelby Robert M.; Gopalakrishnan Kailash; Shenoy Rohit S.; Kurdi Bülent N.

Voltage polarity effects in Ge2Sb2Te5-based phase change memory devices

Moriya Rai; Hayashi Masamitsu; Thomas Luc; Rettner Charles; Parkin Stuart S. P.

Dependence of field driven domain wall velocity on cross-sectional area in Ni65Fe20Co15 nanowires

Krebs Daniel; Jefferson C. Michael; Salinga Martin; Shelby Robert M.; Burr Geoffrey W.; Rettner Charles T.; Raoux Simone; Wuttig Matthias

Characterization of phase change memory materials using phase change bridge devices

Krebs Daniel; Raoux Simone; Rettner Charles T.; Burr Geoffrey W.; Salinga Martin; Wuttig Matthias

Threshold field of phase change memory materials measured using phase change bridge devices

Risk W. P.; Rettner C. T.; Raoux S.

Thermal conductivities and phase transition temperatures of various phase-change materials measured by the 3ω; method

Hayashi Masamitsu; Thomas Luc; Rettner Charles; Moriya Rai; Parkin Stuart S. P.

Dynamics of domain wall depinning driven by a combination of direct and pulsed currents

Hayashi Masamitsu; Thomas Luc; Rettner Charles; Moriya Rai; Parkin Stuart S. P.

Real time observation of the field driven periodic transformation of domain walls in Permalloy nanowires at the Larmor frequency and its first harmonic

Thomas Luc; Hayashi Masamitsu; Jiang Xin; Rettner Charles; Parkin Stuart S. P.

Perturbation of spin-valve nanowire reference layers during domain wall motion induced by nanosecond-long current pulses

Makarov D.; Tibus S.; Rettner C. T.; Thomson T.; Terris B. D.; Schrefl T.; Albrecht M.

Magnetic strip patterns induced by focused ion beam irradiation

Risk W. P.; Rettner C. T.; Raoux S.

In situ 3ω; techniques for measuring thermal conductivity of phase-change materials

Raoux Simone; Rettner Charles T.; Jordan-Sweet Jean L.; Kellock Andrew J.; Topuria Teya; Rice Philip M.; Miller Dolores C.

Direct observation of amorphous to crystalline phase transitions in nanoparticle arrays of phase change materials

Zhang Yuan; Wong H.-S. Philip; Raoux Simone; Cha Jennifer N.; Rettner Charles T.; Krupp Leslie E.; Topuria Teya; Milliron Delia J.; Rice Philip M.; Jordan-Sweet Jean L.

Phase change nanodot arrays fabricated using a self-assembly diblock copolymer approach

Poggio M.; Degen C. L.; Rettner C. T.; Mamin H. J.; Rugar D.

Nuclear magnetic resonance force microscopy with a microwire rf source

Houle F. A.; Rettner C. T.; Miller D. C.; Sooriyakumaran R.

Antiadhesion considerations for UV nanoimprint lithography

Hayashi Masamitsu; Thomas Luc; Rettner Charles; Moriya Rai; Bazaliy Yaroslaw B.; Parkin Stuart S. P.

Current Driven Domain Wall Velocities Exceeding the Spin Angular Momentum Transfer Rate in Permalloy Nanowires

Hayashi Masamitsu; Thomas Luc; Rettner Charles; Moriya Rai; Jiang Xin; Parkin Stuart S. P.

Dependence of Current and Field Driven Depinning of Domain Walls on Their Structure and Chirality in Permalloy Nanowires

Sundström Linnea; Krupp Leslie; Delenia Eugene; Rettner Charles; Sanchez Martha; Hart Mark W.; Kim Ho-Cheol; Zhang Ying

Patterning ∼20 ;nm half-pitch lines on silicon using a self-assembled organosilicate etch mask

Hayashi M.; Bazaliy Ya. B.; Rettner C.; Thomas L.; Moriya R.; Jiang X.; Parkin S. S. P.

Influence of Current on Field-Driven Domain Wall Motion in Permalloy Nanowires from Time Resolved Measurements of Anisotropic Magnetoresistance

Thomas Luc; Rettner Charles; Hayashi Masamitsu; Samant Mahesh G.; Parkin Stuart S. P.; Doran Andrew; Scholl Andreas

Observation of injection and pinning of domain walls in magnetic nanowires using photoemission electron microscopy

Jordan-Sweet J.L.; Rossnagel S.M.; Mooney P.M.; Raoux S.; Rettner C.T.

D085 SYNCHROTRON X‐RAY STUDY OF STRUCTURAL PHASE TRANSFORMATIONS IN CONTINUOUS AND PATTERNED ;Ge2Sb2Te5 PHASE‐CHANGE MATERIAL THIN FILMS

Hu G.; Thomson T.; Rettner C. T.; Raoux S.; Terris B. D.

Magnetization reversal in Co/;Pd nanostructures and films

Wallraff G. M.; Medeiros D. R.; Sanchez M.; Petrillo K.; Huang W.-S.; Rettner C.; Davis B.; Larson C. E.; Sundberg L.; Brock P. J.; Hinsberg W. D.; Houle F. A.; Hoffnagle J. A.; Goldfarb D.; Temple K.; Wind S.; Bucchignano J.

Sub-50 ;nm half-pitch imaging with a low activation energy chemically amplified photoresist

Hu G.; Thomson T.; Albrecht M.; Best M. E.; Terris B. D.; Rettner C. T.; Raoux S.; McClelland G. M.; Hart M. W.

Magnetic and recording properties of Co/Pd islands on prepatterned substrates

Albrecht M.; Rettner C. T.; Best M. E.; Terris B. D.

Magnetic coercivity patterns for magnetic recording on patterned media

Katine J. A.; Ho Michael K.; Ju Yongho Sungtaek; Rettner C. T.

Patterning damage in narrow trackwidth spin-valve sensors

Albrecht M.; Rettner C. T.; Moser A.; Best M. E.; Terris B. D.

Recording performance of high-density patterned perpendicular magnetic media

Moser Andreas; Margulies David T.; Rettner Charles T.; Fullerton Eric E.

Signal decay and amplitude measurements of antiferromagnetically coupled magnetic recording media

McClelland Gary M.; Hart Mark W.; Rettner Charles T.; Best Margaret E.; Carter Kenneth R.; Terris Bruce D.

Nanoscale patterning of magnetic islands by imprint lithography using a flexible mold

Albrecht M.; Anders S.; Thomson T.; Rettner C. T.; Best M. E.; Moser A.; Terris B. D.

Thermal stability and recording properties of sub-100 nm patterned CoCrPt perpendicular media

Albrecht M.; Moser A.; Rettner C. T.; Anders S.; Thomson T.; Terris B. D.

Writing of high-density patterned perpendicular media with a conventional longitudinal recording head

Rettner C. T.; Anders S.; Baglin J. E. E.; Thomson T.; Terris B. D.

Characterization of the magnetic modification of Co/Pt multilayer films by He⁺,Ar⁺, and Ga⁺ ion irradiation

Lohau J.; Moser A.; Rettner C. T.; Best M. E.; Terris B. D.

Writing and reading perpendicular magnetic recording media patterned by a focused ion beam

McClelland Gary M.; Rettner Charles T.

Scanning aperture photoemission microscopy for magnetic imaging

Huang Y.; Wodtke A. M.; Hou H.; Rettner C. T.; Auerbach D. J.

Observation of Vibrational Excitation and Deexcitation for NO(v=2) ; Scattering from Au(111); Evidence for Electron-Hole-Pair Mediated Energy Transfer

Hou H.; Huang Y.; Gulding S. J.; Rettner C. T.; Auerbach D. J.; Wodtke A. M.

Direct multiquantum relaxation of highly vibrationally excited NO in collisions with O/Cu(111)

Wenski T. E.; Olson T.; Rettner C. T.; Garcia Alejandro L.

Simulations of Air Slider Bearings With Realistic Gas-Surface Scattering

Rettner C. T.

Determination of Accommodation Coefficients for N2 at Disk-Drive Air-Bearing Surfaces

Kulginov D.; Persson M.; Rettner C. T.

Dynamics of collision-induced desorption: Ar–Xe/Pt(111)

Rettner C. T.; Auerbach D. J.; Lee J.

Dynamics of the formation of CD4 from the direct reaction of incident D atoms with CD3/Cu(111)

Gulding S. J.; Wodtke A. M.; Hou H.; Rettner C. T.; Michelsen H. A.; Auerbach D. J.

Alignment of D2(v, J;) desorbed from Cu(111); Low sensitivity of activated dissociative chemisorption to approach geometry

Rettner C. T.; Auerbach D. J.

Dynamics of the displacement of CO from Cu(111) by H atoms incident from the gas phase

Rettner C. T.; Auerbach D. J.

Quantum‐state distributions for the HD product of the direct reaction of H(D)/Cu(111) with D(H) incident from the gas phase

Rettner C. T.; Auerbach D. J.

Dynamics of the Eley‐Rideal reaction of D atoms with H atoms adsorbed on Cu(111); Vibrational and rotational state distributions of the HD product

Rettner C. T.; Michelsen H. A.; Auerbach D. J.

Quantum‐state‐specific dynamics of the dissociative adsorption and associative desorption of H;2 at a Cu(111) surface

Rettner C. T.; Lee J.

Dynamic displacement of O2 from Pt(111): A new desorption mechanism

Barker J. A.; Rettner C. T.

Erratum: Accurate potential energy surface for Xe/Pt(111): A benchmark gas/surface interaction potential [J. Chem. Phys. ;97, 5844 (1992)]

Rettner Charles T.

Reaction of an H‐atom beam with Cl/Au(111); Dynamics of concurrent Eley–Rideal and Langmuir–Hinshelwood mechanisms

Rettner C. T.

The search for direct vibrational excitation in gas–surface collisions of CO with Au(111)

Rettner C. T.; Michelsen H. A.; Auerbach D. J.

Dynamics of the desorption of D2 and H2 from Cu(111)

Michelsen H. A.; Rettner C. T.; Auerbach D. J.; Zare R. N.

Effect of rotation on the translational and vibrational energy dependence of the dissociative adsorption of D2 on Cu(111)

Michelsen H. A.; Rettner C. T.; Auerbach D. J.

State‐specific dynamics of D;2 desorption from Cu(111); The role of molecular rotational motion in activated adsorption‐desorption dynamics

Barker J. A.; Rettner C. T.

Accurate potential energy surface for Xe/Pt(111): A benchmark gas/surface interaction potential

Auerbach D. J.; Rettner C. T.

High‐temperature supersonic molecular‐beam source

Rettner C. T.

Dynamics of the direct reaction of hydrogen atoms adsorbed on Cu(111) with hydrogen atoms incident from the gas phase

Rettner C. T.; Auerbach D. J.; Michelsen H. A.

Dynamical studies of the interaction of D2 with a Cu(111) surface

Rettner C. T.; Auerbach D. J.; Michelsen H. A.

Observation of direct vibrational excitation in collisions of H2 and D2 with a Cu(111) surface

Rettner C. T.; Auerbach D. J.; Michelsen H. A.

Role of vibrational and translational energy in the activated dissociative adsorption of D2 on Cu(111)

Mullins C. B.; Rettner C. T.; Auerbach D. J.

Dynamics of the oxidation of CO on Pt(111) by an atomic oxygen beam

Rettner C. T.; Barker J. A.; Bethune D. S.

Angular and velocity distributions characteristic of the transition between the thermal and structure regimes of gas‐surface scattering

Harris J.; Simon J.; Luntz A. C.; Mullins C. B.; Rettner C. T.

Thermally assisted tunneling: CH4 dissociation on Pt(111)

Rettner C. T.; Michelsen H. A.; Auerbach D. J.; Mullins C. B.

Dynamics of recombinative desorption: Angular distributions of H2, HD, and D2 desorbing from Cu(111)

Rettner C. T.; Mullins C. B.

Dynamics of the chemisorption of O2 on Pt(111): Dissociation via direct population of a molecularly chemisorbed precursor at high incidence kinetic energy

Head-Gordon Martin; Tully John C.; Rettner Charles T.; Mullins C. Buddie; Auerbach Daniel J.

On the nature of trapping and desorption at high surface temperatures. Theory and experiments for the Ar–Pt(111) system

Rettner C. T.; Kimman J.; Auerbach D. J.

Inelastic scattering of NO from Ag(111): Internal state, angle, and velocity resolved measurements

Rettner C. T.; Schweizer E. K.; Stein H.

Dynamics of the chemisorption of N2 on W(100): Precursor‐mediated and activated dissociation

Bethune D. S.; Barker J. A.; Rettner C. T.

Calculation of desorption rates for Xe/Pt(111) using a realistic gas–surface potential

Rettner C. T.; Mullins C. B.; Bethune D. S.; Auerbach D. J.; Schweizer E. K.; Weinberg W. H.

Molecular beam studies of trapping dynamics

Winters Harold F.; Coufal H.; Rettner C. T.; Bethune D. S.

Energy transfer from rare gases to surfaces: Collisions with gold and platinum in the range 1–4000 eV

Rettner C. T.; Bethune D. S.; Schweizer E. K.

Measurement of Xe desorption rates from Pt(111): Rates for an ideal surface and in the defect‐dominated regime

Rettner C. T.; Bethune D. S.

A simple solar‐blind photodiode for light near 200 nm useful for angle‐locking nonlinear optical crystals

Rettner C. T.; Bethune D. S.; Auerbach D. J.

Effect of incidence energy and angle on the adsorption probability of Xe on Pt(111): Energy–angle scaling relations

Schweizer E. K.; Rettner C. T.

Quantum effects in the scattering of argon from 2H‐W(100)

Schweizer E. K.; Rettner C. T.

A He and Ne diffraction study of the W(100) phase transition

Rettner C. T.; Schweizer E. K.; Stein H.; Auerbach D. J.

Molecular‐beam studies of the precursor‐mediated dissociative chemisorption of N;2 on W(100)

Rettner C. T.; Schweizer E. K.; Mullins C. B.

Desorption and trapping of argon at a 2H–W(100) surface and a test of the applicability of detailed balance to a nonequilibrium system

Rettner C. T.; Stein H.; Schweizer E. K.

Effect of collision energy and incidence angle on the precursor‐mediated dissociative chemisorption of N;2 on W(100)

Rettner C. T.; Stein H.; Schweizer E. K.; Auerbach D. J.

Role of surface temperature in the precursor‐mediated dissociative chemisorption of N;2 on W(100)

Rettner C. T.; Pfnür H. E.; Stein H.; Auerbach D. J.

Promotion of dissociative chemisorption with vibrational and translational energy

Lee W. Y.; Salem J.; Lee V.; Rettner C. T.; Lim G.; Savoy R.; Deline V.

High Tc YBa2Cu3O7-x; superconducting thin films by rf magnetron sputtering

Bullock D. C.; Rettner C. T.; Lee V. Y.; Lim G.; Savoy R. J.; Auerbach D. J.

Production of superconducting Y1Ba2Cu3Ox thin films by d.c. diode sputtering and annealing

Rettner C. T.; Stein H.

Effect of translational energy on the chemisorption of N2 on Fe(111): Activated dissociation via a precursor state

Rettner C. T.; Kimman J.; Fabre F.; Auerbach D. J.; Barker J. A.; Tully J. C.

Dynamics of gas–surface energy transfer; Inelastic scattering of NO from Ag(111)

Rettner C. T.; Stein H.

Effect of vibrational energy on the dissociative chemisorption of N2 on Fe(111)

Pfnür H. E.; Rettner C. T.; Lee J.; Madix R. J.; Auerbach D. J.

Dynamics of the activated dissociative chemisorption of N2 on W(110): A molecular beam study

Kimman J.; Barker J. A.; Auerbach D. J.; Rettner C. T.; Tully J. C.

Correlation between kinetic‐energy transfer to rotation and to phonons in gas‐surface collisions of NO with Ag(111)

Rettner C. T.; DeLouise L. A.; Auerbach D. J.

Effect of incidence kinetic energy and surface coverage on the dissociative chemisorption of oxygen on W(110)

Rettner Charles T.; DeLouise Lisa A.; Auerbach Daniel J.

Molecular beam study of the dissociative chemisorption of oxygen on W(110)

Rettner C. T.; Pfnür H. E.; Auerbach D. J.

On the role of vibrational energy in the activated dissociative chemisorption of methane on tungsten and rhodium

Rettner C. T.; Fabre F.; Kimman J.; Auerbach D. J.

Observation of direct vibrational excitation in gas‐surface collisions; NO on Ag(111)

Rettner C. T.; Pfnür H. E.; Auerbach D. J.

Dissociative chemisorption of CH4 on W(110): Dramatic activation by initial kinetic energy

Prisant M. G.; Rettner C. T.; Zare R. N.

A direct interaction model for chemiluminescent reactions

Auerbach D. J.; Pfnür H. E.; Rettner C. T.; Schlaegel J. E.; Lee J.; Madix R. J.

Kinetic energy and angular dependence of activated dissociative adsorption of N2 on W(110): Observed insensitivity to incidence angle

Kung A. H.; Gershenfeld N. A.; Rettner C. T.; Bethune D. S.; Marinero E. E.; Zare R. N.

XUV generation in pulsed free jets: Theory of operation and application to H2 detection

Marinero Ernesto E.; Rettner Charles T.; Zare R. N.

H+D2 reaction dynamics. Determination of the product state distributions at a collision energy of 1.3 eV

Rettner C. T.; Marinero E. E.; Zare R. N.; Kung A. H.

XUV excitation of H2 using the third harmonic of a frequency‐doubled dye laser

Webster Christopher R.; McDermid I. Stuart; Rettner Charles T.

Laser optogalvanic photodetachment spectroscopy: A new technique for studying photodetachment thresholds with application to I-;

Rettner Charles T.; Zare Richard N.

Effect of atomic reagent approach geometry on reactivity: Reactions of aligned Ca(1P1) with HCl, Cl2, and CCl4

Marinero E. E.; Rettner C. T.; Zare R. N.

Laser‐induced photoionization of molecular hydrogen; A technique to measure revibrational ground state populations

Marinero E. E.; Rettner C. T.; Zare R. N.

Quantum‐state‐specific detection of molecular hydrogen by three‐photon ionization

Rettner Charles T.; Zare Richard N.

Effect of atomic reagent approach geometry on electronic state branching: The Ca(1P1) + HCl reaction

Córdova José F.; Rettner Charles T.; Kinsey James L.

Energy disposal in the reactions O(1D)+NH3→OH+NH;2 and O(1D)+ND3→OD+ND;2

Prisant Michael G.; Rettner Charles T.; Zare Richard N.

Measurement of product alignment in beam–gas chemiluminescent reactions

Rettner Charles T.; Córdova José F.; Kinsey James L.

Energy disposal in the reaction O(1D2)+NH3→OH(;v,N)+NH2; Observation of a bimodal OH rotational distribution