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Articles 31  60 of 80
FullText Articles in Physics
NearestNeighborAtom CoreHole Transfer In Isolated Molecules, Renaud Guillemin, Oliver Hemmers, D. Rolles, S. W. Yu, A. Wolska, I. Tran, A. C. Hudson, J. Baker, Dennis W. Lindle
NearestNeighborAtom CoreHole Transfer In Isolated Molecules, Renaud Guillemin, Oliver Hemmers, D. Rolles, S. W. Yu, A. Wolska, I. Tran, A. C. Hudson, J. Baker, Dennis W. Lindle
Environmental Studies Faculty Publications
A new phenomenon sensitive only to nextdoorneighbor atoms in isolated molecules is demonstrated using angleresolved photoemission of siteselective core electrons. Evidence for this interatomic coretocore electron interaction is observable only by measuring nondipolar angular distributions of photoelectrons. In essence, the phenomenon acts as a very fine atomicscale sensor of nearestneighbor elemental identity.
Heavy Quark Production By A QuasiClassical Color Field In ProtonNucleus Collisions, Kirill Tuchin
Heavy Quark Production By A QuasiClassical Color Field In ProtonNucleus Collisions, Kirill Tuchin
Kirill Tuchin
We calculate the inclusive heavy quark production cross section for protonnucleus collisions at high energies. We perform calculation in a quasiclassical approximation (McLerranVenugopalan model) neglecting all lowx evolution effects. The derived expression for the differential cross section can be applied for studying the heavy quark production in the central rapidity region at RHIC.
Extraction Of Jet Properties From Two Particle Azimuthal Correlations In Pp And Auau Collisions At [Square Root Of S Subscript Nn] = 200 Gev , Paul Constantin
Extraction Of Jet Properties From Two Particle Azimuthal Correlations In Pp And Auau Collisions At [Square Root Of S Subscript Nn] = 200 Gev , Paul Constantin
Retrospective Theses and Dissertations
Two particle azimuthal correlation functions measured in pp and AuAu collisions at sNN = 200 GeV at midrapidity with the central arms of the PHENIX detector are analyzed in order to extract the properties of hadronic jets produced in QCD vacuum and highly excited QCD media, like the jet shape parameters jT and kT, the jet conditional yields (number of associated hadrons per high pT trigger hadron) and the jet fragmentation function.;The analysis of pp data starts with the measurement of the vacuum fragmentation function from which the pT dependence of the mean fragmentation momentum fraction 〈z〉 is extracted. We ...
Dramatic Nondipole Effects In LowEnergy Photoionization: Experimental And Theoretical Study Of Xe 5s, Oliver Hemmers, Renaud Guillemin, E. P. Kanter, B. Krassig, Dennis W. Lindle, S. H. Southworth, R. Wehlitz, J. Baker, A. C. Hudson, M. Lotrakul, D. Rolles, Wayne C. Stolte, I. Tran, A. Wolska, S. Yu, M. Ya Amusia, K. T. Cheng, L. V. Chernysheva, W. R. Johnson, S. T. Manson
Dramatic Nondipole Effects In LowEnergy Photoionization: Experimental And Theoretical Study Of Xe 5s, Oliver Hemmers, Renaud Guillemin, E. P. Kanter, B. Krassig, Dennis W. Lindle, S. H. Southworth, R. Wehlitz, J. Baker, A. C. Hudson, M. Lotrakul, D. Rolles, Wayne C. Stolte, I. Tran, A. Wolska, S. Yu, M. Ya Amusia, K. T. Cheng, L. V. Chernysheva, W. R. Johnson, S. T. Manson
Environmental Studies Faculty Publications
The Xe 5s nondipole photoelectron parameter γ is obtained experimentally and theoretically from threshold to ∼200 eV photon energy. Significant nondipole effects are seen even in the threshold region of this valence shell photoionization. In addition, contrary to previous understanding, clear evidence of interchannel coupling among quadrupole photoionization channels is found.
E1E2 Interference In The Vuv Photoionization Of He, E. P. Kanter, B. Krassig, S. H. Southworth, Renaud Guillemin, Oliver Hemmers, Dennis W. Lindle, R. Wehlitz, M. Ya Amusia, L. V. Chernysheva, N. L. S. Martin
E1E2 Interference In The Vuv Photoionization Of He, E. P. Kanter, B. Krassig, S. H. Southworth, Renaud Guillemin, Oliver Hemmers, Dennis W. Lindle, R. Wehlitz, M. Ya Amusia, L. V. Chernysheva, N. L. S. Martin
Environmental Studies Faculty Publications
We have measured the forwardbackward asymmetry of photoelectron angular distributions produced in the vacuum ultraviolet photoionization of helium. This asymmetry, a consequence of the breakdown of the dipole approximation, measures the real part of the ratio of the quadrupole and dipole matrix elements. In the autoionization region, the strong energy dependence of the asymmetry permits an experimental separation of the ratio of those magnitudes from their phase difference. We experimentally determined the Fano parameters of the 2p^{2}^{1}D_{2} quadrupole resonance, and report improved values of the width Γ and line profile parameter q from those previously available ...
Theoretical Models Of ManyQuark Bound States , Richard Jeffrey Lloyd
Theoretical Models Of ManyQuark Bound States , Richard Jeffrey Lloyd
Retrospective Theses and Dissertations
The foundations of ManyFermion Dynamics (MFD) are developed with special attention paid to a treatment of color and flavor degrees of freedom. From these ingredients a framework was developed to calculate the properties of manyfermion bound states. The quark implementation of MFD (MFDq) was extensively tested on the 2body problem against the established nucleon implementation of MFD (MFDn). We were able to perform a limited set of selfconsistency checks of MFDq in the 4body problem to test a proper treatment of all computed matrix elements.;Finally, calculations are presented using MFDn to predict the properties of 4body charmonium bound states ...
Statistical And Thermal Properties Of Mesoscopic Systems: Application To The ManyNucleon System , Bassam A. Shehadeh
Statistical And Thermal Properties Of Mesoscopic Systems: Application To The ManyNucleon System , Bassam A. Shehadeh
Retrospective Theses and Dissertations
The dissertation investigates the statistical and thermal properties of mesoscopic systems and applies it to the multinucleon systems. The investigation was carried out using four approaches starting from the simplest and progressing to the more sophisticated. The first approach develops and employs the threedimensional simple harmonic oscillator (3DSHO) quantum statistics to obtain the thermal properties of multiparticle systems. The recently discovered method that relates the single particle oscillator properties to the multi particle oscillator is applied. The approach is successful in predicting observables at temperatures beginning slightly above the ground state domain for nuclear systems. The 3DSHO potential function is ...
NonDipolar Electron Angular Distributions From FixedInSpace Molecules, Renaud Guillemin, Oliver Hemmers, Dennis W. Lindle, E. Shigemasa, K. Le Guen, D. Ceolin, C. Miron, N. Leclercq, P. Morin, Marc Simon, P. W. Langhoff
NonDipolar Electron Angular Distributions From FixedInSpace Molecules, Renaud Guillemin, Oliver Hemmers, Dennis W. Lindle, E. Shigemasa, K. Le Guen, D. Ceolin, C. Miron, N. Leclercq, P. Morin, Marc Simon, P. W. Langhoff
Environmental Studies Faculty Publications
The first indication of nondipole effects in the azimuthal dependence of photoelectron angular distributions emitted from fixedinspace molecules is demonstrated in N_{2}. Comparison of the results with angular distributions observed for randomly oriented molecules and theoretical derivations for the nondipole correction first order in photon momentum suggests that higher orders will be needed to describe distributions measured in the molecular frame.
Exploring The Limits Of The Dipole Approximation With AngleResolved Electron TimeOfFlight Spectrometry, Sierra Laidman, Monica Pangilinan, Renaud Guillemin, Sung Woo Yu, Gunnar Ohrwall, Dennis W. Lindle, Oliver Hemmers
Exploring The Limits Of The Dipole Approximation With AngleResolved Electron TimeOfFlight Spectrometry, Sierra Laidman, Monica Pangilinan, Renaud Guillemin, Sung Woo Yu, Gunnar Ohrwall, Dennis W. Lindle, Oliver Hemmers
Environmental Studies Faculty Publications
Understanding the electronic structure of atoms and molecules is fundamental in determining their basic properties as well as the interactions that occur with different particles such as light. One such interaction is single photoionization; a process in which a photon collides with an atom or molecule and an electron with a certain kinetic energy is emitted, leaving behind a residual ion. Theoretical models of electronic structures use the dipole approximation to simplify xray interactions by assuming that the electromagnetic field of the radiation, expressed as a Taylorseries expansion, can be simplified by using only the first term. It has been ...
Antiprotons And Other Nuclear Matters , Brett Steven Fadem
Antiprotons And Other Nuclear Matters , Brett Steven Fadem
Retrospective Theses and Dissertations
We present antiproton invariant multiplicities from Experiment 941 using 12 and 19 GeV/c proton beams incident upon targets of Pb, Cu and Be. Since we are currently unable to calculate antiproton yields in this regime from first principles, we must rely on empirical data in order to answer questions involving antibaryon production at these energies. Typically, the motivation for studying this topic using protonnucleus (pA) collisions is to shed light on antiproton production in the more complicated collisions between heavy nuclei (AA). For this reason, this thesis will use the measured target dependence to illuminate issues relating to annihilation ...
Hadron Structures And Decays Within Quantum Chromodynamics , Alaa Abd ElHady
Hadron Structures And Decays Within Quantum Chromodynamics , Alaa Abd ElHady
Retrospective Theses and Dissertations
We have evaluated the meson spectrum using a relativistic model based on reductions of BetheSalpeter equation. We included one gluon exchange from Quantum Chromodynamics (QCD) and phenomenological confinement in the interaction kernel. We used an ansatz for the running of the coupling constant with the meson masses. We fitted more than forty states ranging from a hundred MeV to a few GeV using seven parameters, with root mean square deviation from experimental data of 4050 MeV. This establishes our successful QCDbased model for many applications which we investigate;We employed our model to examine the strong interaction medium effects on ...
Ambiguities In The Definition Of SpinDependent Parton Distributions , YuenWing Law
Ambiguities In The Definition Of SpinDependent Parton Distributions , YuenWing Law
Retrospective Theses and Dissertations
We investigate the ambiguities in defining polarized parton distributions. We point out that in addition to the wellknown renormalization scheme dependence in the unpolarized case, there are extra ambiguities in defining polarized parton distributions. These include the definition of [gamma]5 in ddimension and interpretation of the anomalous contribution. Here, a new renormalization/factorization scheme called UV Subtraction (UVS) is proposed. In the new UVS scheme, it exploits the freedom in renormalization to eliminate the ambiguities arising from [gamma]5 and anomalous contribution. We also discuss the consequences of these ambiguities on the calculable shortdistance partonic hard parts and corresponding ...
Breakdown Of The Independent Particle Approximation In HighEnergy Photoionization, E. W. B. Dias, H. S. Chakraborty, P. C. Deshmukh, S. T. Manson, Oliver Hemmers, P. Glans, D. Hansen, H. Wang, S. B. Whitfield, Dennis W. Lindle, R. Wehlitz, Jon C. Levin, I. A. Sellin
Breakdown Of The Independent Particle Approximation In HighEnergy Photoionization, E. W. B. Dias, H. S. Chakraborty, P. C. Deshmukh, S. T. Manson, Oliver Hemmers, P. Glans, D. Hansen, H. Wang, S. B. Whitfield, Dennis W. Lindle, R. Wehlitz, Jon C. Levin, I. A. Sellin
Environmental Studies Faculty Publications
The independent particle approximation is shown to break down for the photoionization of both inner and outer nℓ (ℓ>0) electrons of all atoms, at high enough energy, owing to interchannel interactions with the nearby ns photoionization channels. The effect is illustrated for Ne 2p in the 1 keV photon energy range through a comparison of theory and experiment. The implications for xray photoelectron spectroscopy of molecules and condensed matter are discussed.
Qcd Near The Light Front , Thomas John Fields
Qcd Near The Light Front , Thomas John Fields
Retrospective Theses and Dissertations
In this thesis, we propose a set of techniques to study the nonperturbative behavior of quantum field theories. These techniques include the use of near light front coordinates and a theory of effective Hamiltonians;Our ultimate goal will be to apply these methods to quantum electrodynamics (QED) and quantum chromodynamics (QCD). As a first test we will investigate simplified versions of QED and QCD with these methods over all ranges or their coupling constants;First, we solve the Schwinger model, which is QED in one space and one time dimension. We use this test model in both the massless and ...
Direct Photon Production In A Nuclear Environment , Xiaofeng Guo
Direct Photon Production In A Nuclear Environment , Xiaofeng Guo
Retrospective Theses and Dissertations
The photon is a very good probe of short distance physics in strong interactions. It can be produced directly at shortdistance or through fragmentation processes. Through oneloop order in perturbation theory of quantum chromodynamics (QCD), this thesis provides complete analytic expressions for both the inclusive and the isolated prompt photon production cross sections in hadronic final states of e+e annihilations. It is the first time that the full angular dependence of the cross sections is derived. Extraction of photon fragmentation functions from e+e annihilations is addressed. Using e+e→[gamma]+X as an example, this work demonstrates for ...
Electromagnetic Dissociation Of Co And Au Targets By A 10.2 Gev/Nucleon Au Beam , Lars Albert Ewell
Electromagnetic Dissociation Of Co And Au Targets By A 10.2 Gev/Nucleon Au Beam , Lars Albert Ewell
Retrospective Theses and Dissertations
Collisions of relativistic heavy ions (RHI) can be broadly categorized as two types: central (nuclear force dominated) and peripheral (coulomb force dominated). The experiment described addresses the latter. Unlike the neutron removal cross section via the nuclear force [sigma]nucl, the neutron removal cross section via the coulomb force [sigma]coul is an increasing function of energy due to the Lorentz contraction of the electromagnetic fields. As more energetic and heavier (higher Z) RHI beams have become available, there appears to be an overestimation of the one neutron removal cross section by the virtual photon theoretical treatment of Wiezsacker, Williams ...
HighSpin [Gamma]Ray Spectroscopy In 198bi, Superdeformation In 191au, And MultiPhoton Resonances In Low Energy E+E Scattering , Duc Ta Vo
Retrospective Theses and Dissertations
The properties of lowand highspin levels in [superscript]198Bi have been studied with the [superscript]181Ta([superscript]22Ne,5n)[superscript]198Bi reaction at 116 MeV and 120 MeV bombarding energies. Levels along and near the yrast lines, including one isomer, were established up to spin J ≈ 30\hbar. The main configurations of these states are suggested to be [pi] h[subscript]9/2 coupled to the known excited states in [superscript]197Pb. A sequence of states built on the excitation of the odd proton (coupled to one, two, or three quasi neutronholes) was observed. In addition, at least two collective ...
Relativistic TwoBody Wave Equations , Alan James Sommerer
Relativistic TwoBody Wave Equations , Alan James Sommerer
Retrospective Theses and Dissertations
The history and conceptual development of relativistic twobody formalisms leading up to the BetheSalpeter equation are reviewed. The various three dimensional reductions of the BetheSalpeter equation, in particular the quasipotential equations, and methods for solving them are discussed. Previous studies which attempted to assess the relative merits of the various equations are examined, and a new criterion for judging the equations is proposed. The bound state energy predictions of the traditional quasipotential equations are compared with the predictions of fourth order perturbation theory at small coupling. The equations are ranked according to how well they reproduce perturbation theory at low ...
Applications Of The BetheSalpeter Equation In Nuclear Physics , John R. Spence
Applications Of The BetheSalpeter Equation In Nuclear Physics , John R. Spence
Retrospective Theses and Dissertations
This work reports the study of techniques for solving the BetheSalpeter equation with a confinement kernel and reports the foundation of a program for constructing a relativistic model of the hadrons based upon the BetheSalpeter equation. The techniques described here represent a solution of the problem of constructing a relativistic model for the mesons. General methods are given for defining a confinement kernel in momentum space, of transforming the confinement kernel into an integrodifferential operator, and for solving the integral equations which result from applying these procedures to the BetheSalpeter equation;Momentum space eigenfunctions for charmonium are obtained and found ...
Limitation Of The Semirelativistic Approach In Sum Rules And Related Calculations In Atomic Physics, M. L. Rustgi, P.T. Leung, S. A. Long
Limitation Of The Semirelativistic Approach In Sum Rules And Related Calculations In Atomic Physics, M. L. Rustgi, P.T. Leung, S. A. Long
Physics Faculty Publications and Presentations
It is shown that the semirelativistic approach, when applied consistently to atomic calculations involving the ThomasReicheKuhn sum rule or its applications, may lead to very inaccurate results.
Theory Of Inelastic LeptonNucleus Scattering , Granddon D. Yen
Theory Of Inelastic LeptonNucleus Scattering , Granddon D. Yen
Retrospective Theses and Dissertations
This work reports the studies of the quark structure of a nucleus. Deuterium is the simplest nuclear system with weak binding energy and low average density so that it provides an ideal starting point for this study. Models based on the one photon exchange process should provide a good description of deuterium inelastic lepton scattering data. Furthermore, the available deuterium data cover the widest kinematical range among all A ≥ 2 targets. If the conventional nuclear physics picture is correct, the quasielastic nucleon knockout process along with nucleon inelastic processes should be able to account for the inelastic lepton scattering data ...
Shell Model Studies Of The N=50 Isotones In The 78ni 'Doubly Magic' Region , Jeff Allen Winger
Shell Model Studies Of The N=50 Isotones In The 78ni 'Doubly Magic' Region , Jeff Allen Winger
Retrospective Theses and Dissertations
The study of excited states in the N = 50 isotones ('82)Ge and ('83)As following the (beta) decay of the neutronrich nuclei ('82)Ga and ('83)Ge is reported. This work was performed using the online isotope separator facility TRISTAN at Brookhaven National Laboratory. The ('83)Ge halflife was measured to be 1.85 (+OR) 0.06 s. On the basis of (gamma) singles and (gamma)(gamma) coincidence measurements a total of 51 (gamma) rays were placed in a level scheme for ('83)As with 27 levels up to 4.84 MeV. The ('82)Ga halflife was measured to ...
Photon Statistics Of Light Resonantly Scattered From A ThreeLevel Atom , Rollin Michael Evans
Photon Statistics Of Light Resonantly Scattered From A ThreeLevel Atom , Rollin Michael Evans
Retrospective Theses and Dissertations
A laser spectroscopy system and the equipment needed for resonancefluorescence studies with the photonburst method in an extended interaction region were developed. To accommodate the long, variable transit times of thermal atoms across this extended region a resettable coincidence counter was used;The photon statistics of light scattered from the threelevel 5535 A transition in barium were investigated. These statistics agreed well with theory developed in conjunction with this work. An atomic branching ratio of 375 (+OR) 30 was obtained from the photon number distributions, establishing a new method for determining this quantity. The affect of radiation pressure upon the ...
Nonstrange Baryon Properties From OneGluon Exchange And Linear Confinement Between Quarks , Mark Linden Kiefer
Nonstrange Baryon Properties From OneGluon Exchange And Linear Confinement Between Quarks , Mark Linden Kiefer
Retrospective Theses and Dissertations
We present a model of the quark structure of nonstrange baryons. We use quasiquarks whose masses are roughly 1/3 the proton mass and which interact via onegluon exchange and linear confining twobody potentials. The model is semirelativistic in that the quark kinetic energies and the onegluon exchange potential include the lowest order, nonrelativistic terms plus the first order relativistic corrections. The three quark Hamiltonian is diagonalized in a harmonic oscillator basis using all states up to 6(omega) of excitation energy. The basis states have the center of mass motion explicitly factored out and are overall antisymmetric in the ...
A Local Approximation Of A QcdInspired NucleonNucleon Interaction , Deborah ReedMargetan
A Local Approximation Of A QcdInspired NucleonNucleon Interaction , Deborah ReedMargetan
Retrospective Theses and Dissertations
There have been several attempts to understand the nature of the nucleonnucleon interaction on the basis of the quark structure of the nucleon. In this work, the potential model approach is pursued. In particular, this project expands upon work done by P. D. Morley, D. L. Pursey, and S. A. Williams. They started with a basic interaction between quarks which was the sum of a phenomenological confining potential for quark confinement and a onegluonexchange potential inspired by QCD. This model led naturally to a nonlocal nucleonnucleon interaction. In this thesis, a consistent local approximation to this nonlocal potential is presented ...
Coulomb Dissociation In Relativistic Heavy Ion Reactions , Mark T. Mercier
Coulomb Dissociation In Relativistic Heavy Ion Reactions , Mark T. Mercier
Retrospective Theses and Dissertations
Targets of ('12)C, ('59)Co, ('89)Y, ('197)Au and ('238)U were bombarded by 2.1 GeV/A ('1)H, ('12)C and ('20)Ne projectiles using the SuperHILAC and BEVATRON facilities at Lawrence Berkeley Laboratory (LBL). The beam flux was calculated by monitoring the decay of ('11)C produced from the ('12)C(projectile,projectile n)('11)C reaction. Residual gammaray activity from the Co, Y, Au and U targets was collected in order to trace the decay of several reaction products. The experiment focused on the calculation of cross sections for the formation of products with ...
Triple Gamma Directional Correlations In The Decay Of Europium154, Gary Lewis
Triple Gamma Directional Correlations In The Decay Of Europium154, Gary Lewis
Gary C. Lewis
The ('154)Eu nucleus decays by beta emission to an excited state of the ('154)Gd nucleus. The resulting ('154)Gd nucleus decays to its ground state by emission of gamma rays. One series of gamma rays emitted in this process is a cascade of energies 723 keV, 873 keV, and 123 keV. The 873 keV gamma ray is a mixture of E2 and M1 radiation. The mixing ratio of this transition has been measured using the triple gamma directional correlation technique. The experiments used a planar geometry with one angle fixed at 90 degrees. Two Ge(Li) detectors and ...
Moment Methods With Effective Nuclear Hamiltonians: Calculation Of Radial Moments , Robert Hartman Belehrad
Moment Methods With Effective Nuclear Hamiltonians: Calculation Of Radial Moments , Robert Hartman Belehrad
Retrospective Theses and Dissertations
No abstract provided.
Comparison Between Phase Shift Derived And Exactly Calculated NucleonNucleon Interaction Matrix Elements , Alan Wayne Gregersen
Comparison Between Phase Shift Derived And Exactly Calculated NucleonNucleon Interaction Matrix Elements , Alan Wayne Gregersen
Retrospective Theses and Dissertations
No abstract provided.
Decay Schemes For Mass Separated 136i, And 138i, And 137xe , Warren Ralph Western
Decay Schemes For Mass Separated 136i, And 138i, And 137xe , Warren Ralph Western
Retrospective Theses and Dissertations
No abstract provided.