Program overview

THURSDAY MORNING, 23 MARCH 1995

09:48 M'01.01 Evidence for Long Localization Length along b-axis PrBa_2Cu_3O_7/a,b-axis PrBa_2Cu_3O_7 Superlattices

Yuri Suzuki (Stanford University)

10:24 M'01.02 PrBa_2Cu_3O_7: An insulator with unusual electronic and magnetic properties

Roland Fehrenbacher (STCS, Materials Science Division, Argonne National Laboratory, Argonne, IL 60439)

08:00 M01.01 Synthesis and Physical Properties of RNi2B2C and Related Materials

R.J. Cava (AT and T Bell Laboratories, Murray Hill, NJ)

08:36 M01.02 Magnetic Ordering in RNi2B2C Systems: Competition and Coexistence

Sunil Sinha (Exxon Research)

09:12 M01.03 Anisotropies in the Magnetic and Superconducting Properties of RNi_2B_2C Compounds.

Paul C. Canfield (Ames Laboratory and Iowa State University, Ames, IA 50011)

08:00 M02.01 Microwave studies of quantum Hall effect: Evidence for finite-frequency scaling

L. W. Engel (Electrical Engineering Dept., Princeton University, Princeton, NJ 08544)

08:36 M02.02 Observation of Magnetic-Field Induced Delocalization: Transition from Anderson Insulator to Quantum Hall Conductorzation

C.E. Johnson (UCLA)

09:12 M02.03 Magnetic-Field-Induced Metal-Insulator Transition in Two Dimension^

Wiley P. Kirk (NanoFAB Center, Texas A&M University)

09:48 M02.04 Current Scaling in the IQHE

H.P. Wei (Indiana University)

10:24 M02.05 Plateau Transitions in the Integer Quantum Hall Effect

Ziqiang Wang (Boston University)

08:00 M03.01 Doping Problems in II-VI and III-V Semiconductors

D.J. Chadi (NEC Research Institute)

08:36 M03.02 A DX Behavior for Holes Implied from Observation of Mestable Acceptor States

J. Han (Purdue University)

09:12 M03.03 ZnSe/GaAs Semiconductor Heterojunctions

Alfonso Franciosi (TASC-INFM Laboratory, Trieste, Italy, and University of Minnesota, Minneapolis, MN 55455)

09:48 M03.04 Optical and Magnetic Resonance Studies of Defects in GaN.^*

Evan R. Glaser (Naval Research Laboratory)

10:24 M03.05 Theory of Native Defects and Doping in Wide Band Gap Nitrides

Piotr Boguslawski (Institute of Physics PAN, 02-668 Warsaw, Poland)

08:00 M04.01 Manipulation of Single DNA Molecules

Steven Chu (Physics Deptartment, Stanford University

08:36 M04.02 Alignment of DNA by a Moving Meniscus

David Bensimon (ENS)

09:12 M04.03 DNA in Microlithographic Mazes

Wayne D. Volkmuth (Stanford Univ., Stanford, CA)

09:48 M04.04 Alignment of DNA Molecules by Attachment to a Gold Line

Ralf Zimmermann (Princeton University)

10:24 M04.05 Imaging and Manipulating Single Molecules

Carlos Bustamante (University of Oregon)

08:00 M05.01 Luttinger's Theorem and Bosonization of the Fermi Surface.^*

F. D. M. Haldane (Princeton University)

08:36 M05.02 Bosonization of Fermi Systems by Coherent States

Antonio H. Castro Neto (Institute for Theoretical Physics, University of California, Santa Barbara)

09:12 M05.03 Bosonization in Dimensions Greater Than One^*

Brad Marston (Brown University)

09:48 M05.04 Bosonization in two dimensions: An Application to Normal State High Tc Superconductors

D. Schmeltzer (City College of CUNY)

08:00 M06.01 Extending the Optics in the Surface Forces Apparatus to Investigate Dyes

C.A. Helm (Mainz University, Mainz, Germany)

08:36 M06.02 Study of Adhesion Hysteresis Using Model Surfaces

M. K. Chaudhury (Lehigh University)

09:12 M06.03 Temperature And Time Effects On The Adhesion Of Dry Poly (butylmethacrylate) (PBMA) Surfaces In The Glass-Rubber Regime

Gustavo Luengo (Department of Chemical and Nuclear Engineering, University of California Santa Barbara), J.-M. Pan, F.-J. Schmitt and J. N. Israelachvili (Department of Chemical and Nuclear Engineering, University of California Santa Barbara)

09:24 M06.04 Eigenvalue Analysis of The Surface Forces Apparatus Interferometer

Paul Rabinowitz (Exxon Corporate Research Laboratory)

09:36 M06.05 Adhesion of polymide to metals: The role of surface oxide films.

A.G. Schrott, E.J.M. O'Sullivan and S. Kaja (IBM Research Division, IBM Microelectronic Division)

09:48 M06.06 Quantifying Interparticle Forces Using Total Internal Reflection Microscopy.

Stacey G. Bike (University of Michigan)

08:00 M07.01 Scintillators and Phosphors: State-of-the-art and Future

G. Blasse (Debye Institute, Utrecht University, Postbox 80.000, 3508 TA Utrecht, The Netherlands)

08:36 M07.02 Recent Advances in Scintillator Materials and Applications

Marvin Weber (Lawrence Berkeley Laboratory)

09:12 M07.03 Recent Trends in the Technological Applications of Phosphor Materials

R.G. Pappalardo (Osram Sylvania Inc.)

09:48 M07.04 Progress in Phosphors in Lighting

Thomas Soules (GE Lighting)

08:00 M10.01 Low-Magnetic Field Critical Behavior in Type-II Superconductors.

Z. TE\v{S}ANOVI\'{C (Department of Physics and Astronomy, The Johns Hopkins University, Baltimore, MD 21218)

08:12 M10.02 de Haas-van Alphen Oscillations in a Superconducting State of High Magnetic Fields

S. DUKAN and Z. TE\v{S}ANOVI\'{C (Department of Physics and Astronomy, The Johns Hopkins University, Baltimore, MD 21218)

08:24 M10.03 Magnetic Properties of the High \( T_\mboxc \) oxides: Behavior of \( \mboxH_\mboxc2 \)

Yu. Ovchinnikov (Centre National de la Recherche Scientifique, Grenoble) and V.Z. Kresin (Lawrence Berkeley Laboratory)

08:36 M10.04 Numerical investigation of geometry effects on magnetic-field penetration in type-II superconductors

Gary Leaf, Hans Kaper, Dave Levine, George Crabtree, Alexi Koshelev and Valerii Vinokur (Argonne National Laboratory, Argonne, IL 60439)

08:48 M10.05 Phase Diagram of a Model Type II Supercondutor in the Anisotropy-Temperature Plane

Tao Chen and Stephen Teitel (University of Rochester)

09:00 M10.06 Flux lattice melting and depinning in the weakly frustrated 2D XY model

S{Øren A. Hattel and Joseph M. Wheatley (Interdisciplinary Research Centre in Superconductivity, University of Cambridge, Madingley Road, Cambridge CB3 0HE, United Kingdom)

09:12 M10.07 THEORY OF A CONTINUOUS H_c2 NORMAL-to-SUPERCONDUCTING TRANSITION

Leo Radzihovsky (University of Chicago, STCS and Institute for Theoretical Physics)

09:24 M10.08 Superconductivity in a non Fermi liquid : A Ginzburg-Landau approach

V. N. Muthukumar (Inst für Physik, Universität Dortmund, Dortmund D-44221 Germany), Debanand Sa (Institute of Mathematical Sciences, Madras 600 113 India) and Manas Sardar (Institute of Physics Bhubaneswar 751 005 India)

09:36 M10.09 High Tc Superconductors are multiconnected

S.B. NAM (URC/WSU.)

09:48 M10.10 The Meissner Effect due to No-s State Pure Exciton Bose Condensation.

Koji Hanaki (Japan)

10:00 M10.11 Mixed-State Quasiparticle Spectrum for d-wave Superconductors ^

Yong Wang and A.H. MacDonald (Indiana University)

Supplementary Paper M10.12 Topological Transitions in Two-dimensional Metals.

Victor V. Barzykin (University of Illinois at Urbana-Champaign) and Lev P. Gor'kov (National High Magnetic Field Laboratory)

Supplementary PaperM10.13 SELF-CONSISTENT THEORY OF NORMAL-to-SUPERCONDUCTING TRANSITION

Leo Radzihovsky (University of Chicago, STCS)

08:00 M11.01 Optical Evidence of an Electronic Contribution to the Pairing Interaction in High T_c Cuprate Superconductors

C.L. Perry, M.J. Holcomb (Departments of Chemistry and Physics, Stanford University), J.P. Collman (Department of Chemistry, Stanford University) and W.A. Little (Department of Physics, Stanford University)

08:12 M11.02 An electron diffraction study of collective modes in BiSrCaCuO

Edward R. Ratner and William A. Little (Departments of Applied Physics and Physics,Stanford University)

08:24 M11.03 Phase-sensitive magneto-optical spectroscopy of cuprate superconductors.

B. PARKS, R. MALLOZZI, J. ORENSTEIN (U.C. Berkeley and Lawrence Berkeley Laboratory, Berkeley, CA.;), IVAN BOZOVIC and J.M. ECKSTEIN (Varian Research Center, Palo Alto, CA)

08:36 M11.04 Polarized Angle-Resolved Infrared Spectroscopy (PARIS) of Superconductors

H. S. Somal, Jae H. Kim, D. Marel (Solid State Physics Laboratory, University of Groningen), V. H. M. Duijn, A. A. Menovsky (Waals-Zeeman Laboratory, University of Amsterdam) and H.-U. Habermeier (Max Planck Institute)

08:48 M11.05 Far-infrared Studies of \rmYBa_2Cu_3O_7-\delta Thin Films in High Magnetic Field.

H.L. LIU, M.A. QUIJADA, Y.D. YOON, A. ZIBOLD, D.B. TANNER (University of Florida), M.Y. LI and M.K. WU (National Tsing Hua University, Taiwan, ROC)

09:00 M11.06 Plasmons and Magneto-Plasmons in Superconducting YBCO Films

F.J. Dunmore, H.D. Drew (University of Maryland), Qi Li and D.B. Fenner (Advanced Fuel Research)

09:12 M11.07 Development of the ab-plane and c-axis Optical Response of YBa_2(Cu_1-yM_x)_3O_6+x as a Function of M=Co and Zn Substitution

M.A. KARLOW, P.A. NYHUS, S.L. COOPER (University of Illinois at Urbana-Champaign), B.W. VEAL and A.P. PAULIKAS (Argonne National Laboratory)

09:24 M11.08 Infrared Reflectance of Cobalt doped YBa_2Cu_3O_7-\delta.

K.M. Paget, T.R. Lemberger (The Ohio State University), L. Hou and M.W. McElfresh (Purdue University)

09:36 M11.09 Midinfrared excitations in ultra-low doped YBa_2Cu_3O_6+x

M. Grüninger, A. Zibold, J. Münzel, A. Gaymann, H.P. Geserich and T. Kopp (University of Karlsruhe, FRG)

09:48 M11.10 Near-Infrared Magneto-optics of Cuprate Supercon\-ductors^*

J. S. Dodge, L. Klein, P. Fournier, M. M. Fejer, A. Kapitulnik (Stanford University), {Ruixing} Liang, W. N. Hardy (University of British Columbia), D. J. Baar (Quantum Innovations, Inc.), J. L. Peng and R. L. Greene (University of Maryland)

10:00 M11.11 Superconducting Energy Gap in NdCeCuO from Far-Infrared Transmission Measurements

E.-J. Choi, S. Kaplan, H. D. Drew, S. Mao and T. Venkatesan (University of Maryland, College Park, MD)

10:12 M11.12 Far-infrared ellipsometry of La_1.87Sr_0.13CuO_4

M. Cardona, R. Henn, J. Kircher (Max-Planck-Institut für Festkörperforschung, Postfach 800665, D-70569 Stuttgart, Germany), A. Wittlin (University of Nijmegen, NL-6525 ED Nijmegen, The Netherlands), A.V.H.M. Duijn and A.A. Menovsky (University of Amsterdam, NL-1018 XE Amsterdam, The Netherlands)

10:24 M11.13 The c-Axis Infrared Response of High-T_c Superconductors

Jae H. Kim, H. S. Somal, D. Marel (Solid State Physics Laboratory, University of Groningen), V. H. M. Duijn and A. A. Menovsky (Waals-Zeeman Laboratory, University of Amsterdam)

10:36 M11.14 Infrared Charged Excitations in Cuprates: A New Clue

Young Hoon Kim, Fang Li (Department of Physics, University of Cincinnati) and Sang-Wook Cheong (AT&T Bell Labs.)

08:00 M12.01 Effect of Chemical Pressure on Charge Density Waves in Rare Earth Tritellurides

E. DiMasi, M. C. Aronson, B. Foran and S. Lee (University of Michigan, Ann Arbor)

08:12 M12.02 Microwave Surface Resistance of Potassium in a Perpendicular Magnetic Field: Effects of the Charge Density Wave.

MI-AE PARK and A.W. OVERHAUSER (Purdue U.)

08:24 M12.03 Fermi Surface Nesting in (TaSe_4)_2I

M. Onellion, R.J. Kelley (Dept. of Phys., University of Wisconsin -Madison), A. Terrasi, M. Marsi, G. Berger and Margaritondo (EPFL, Switzerland)

08:36 M12.04 Impurity Induced Modulations in NbSe3 Detected by Atomic Force Microscopy

Yongping Gong, Qing Xue, David L. Drake, Jianping Qian and Robert V. Coleman (University of Virginia)

08:48 M12.05 Impurity Induced Modulations in PdxNbSe3 Coupled to Charge-Density Wave Formation

Qing Xue, Yongping Gong, David L. Drake, Jianping Qian and Robert V. Coleman (University of Virginia)

09:00 M12.06 Effect of Stress on the Magnetoresistance of NbSe_3.

Jahyong Kuh, G.X. Tessema and M.J. Skove (Clemson University)

09:12 M12.07 Low Frequency Shear Modulus of TaS_3

X. Zhan and J.W. Brill* (University of Kentucky)

09:24 M12.08 ANOMALY IN THE STRESS DEPENDENCE OF YOUNG'S MODULUS IN o-TaS_3

Kanta Das, Moonkyo Chung, M.J. Skove and G.X. Tessema (Clemson University)

09:36 M12.09 Evidence for Activated Transitions Over Barriers in Sliding CDWs

Robert D. Merithew, A. C. Marley and M. B. Weissman (U. of IL, Urbana)

09:48 M12.10 Core Hole Screening in Quasi-one-dimensional Material (TaSe_4)_2I

M. Marsi (EPFL, Switzerland), M. Onellion, R.J. Kelley (Dept. of Phys., University of Wisconsin -Madison), A. Terrasi, H. Berger and G. Margaritondo (EPFL, Switzerland)

10:00 M12.11 A Closer Look at the Pulse-Duration-Memory Effect and Phase Organization in Charge-Density-Wave Models.

J. McCARTEN (Clemson University) and S.E. Brown (UCLA)

10:12 M12.12 Field-effect Modulation of Charge-Density Wave Transport in NbSe_3 and TaS_3

S. G. Lemay, T. L. Adelman, R. E. Thorne (Cornell University) and S. V. Zaitsev-Zotov (Institute of Radioengineering and Electronics, Moscow)

10:24 M12.13 Loss of Transverse Correlation in NbSe_3 Below the Depinning Threshold

K.L. Ringland, S. Lemay, R.E. Thorne and J.D. Brock (Cornell University)

10:36 M12.14 OPTICAL PROBING OF THERMAL LATTICE FLUCTUATIONS IN CHARGE DENSITY WAVE CONDENSATES.

St. Thieme, L. Degiorgi (Laboratorium für Festkörperphysik, ETH-Zürich, CH-8093 Züich, Switzerland,), R.H. Mckenzie (School of Physics, University of New South Wales, Sydney NSW 2052, Australia,) and G. Grüner (Department of Physics, University of California at Los Angeles CA 90024, U.S.A.)

08:00 M13.01 Two Level Systems and Excited-State Transitions in Fluorite Mixed Crystals and Silica Glass.

S.A. FITZGERALD, J.A. CAMPBELL and A.J. SIEVERS (Cornell University*)

08:12 M13.02 Low Temperature Far-Infrared Impurity States in Yttrium Doped CaF_2.

J.A. CAMPBELL,, S.A. FITZGERALD* and A.J. SIEVERS* (University of Canterbury, New Zealand; Cornell University*)

08:24 M13.03 Optical Properties and Dimensionality Crossover in Composite Thin Films

X. Zhang and D. Stroud (The Ohio State University)

08:36 M13.04 Energy Transport Velocity in Random Media.

K. BUSCH (University of Karlsruhe), C.\ M. SOUKOULIS (Ames Laboratory, Iowa State Univ.) and E.\ N. ECONOMOU (Research Center of Crete)

08:48 M13.05 Localization of Electromagnetic Waves in Two Dimensional Disordered Systems.

M.\ M. SIGALAS, C.\ M. SOUKOULIS and C.\-T. CHAN (Ames Laboratory, Iowa State Univ.)

09:00 M13.06 Multipolar Effects on a Linear Chain of Disorder Polarizable Spheres.

Cecilia Noguez (Ohio University), Rubén G. Barrera (Inst. de F\'{\i}sica, UNAM, México) and Francisco Claro (Fac. de F\'{\i}sica, Univ. Católica de Chile)

09:12 M13.07 A Mean-Field Calculation of the Wave Transport Velocity.

MINYAO ZHOU (Exxon Research and Engineering Co., Annandale, NJ) and PING SHENG (Hong Kong University of Science and Technology, Clear Water Bay, Hong Kong)

09:24 M13.08 Frequency Correlations of Multiply Scattered Acoustic Fields.

J.H. Page, H.P. Schriemer, I. Jones (Univ.\ of Manitoba), A.E. Bailey, D.A. Weitz (Exxon Research & Engineering Co.), P. Sheng (Exxon Research & Engineering Co.\ and Hong Kong Univ.\ of Science and Technology) and Z.-Q. Zhang (Hong Kong Univ.\ of Science and Technology.)

09:36 M13.09 Ballistic Propagation of Sound through a Concentrated Strongly Scattering Suspension of Glass Beads in Water.

H.P. Schriemer, I. Jones, J.H. Page (Univ.\ of Manitoba), X.D. Jing (Univ.\ of Minnesota), D.A. Weitz, M.Y. Zhou (Exxon Research & Engineering Co.) and P. Sheng (Exxon & Hong Kong Univ.\ of Science and Technology.)

09:48 M13.10 Critical concentrations in the ultrasonic properties of suspensions

R. Esquivel-Sirvent (Physics Dept. Ohio U.), D. H. Green (Dept. of Geological Sciences , Ohio U.) and S.S Yun (Physics Dept. Ohio U.)

10:00 M13.11 Surface Acoustic Waves Propagating across the Randomly Rough Surface of an Anisotropic Solid

A.V. Shchegrov (University of California, Irvine)

08:00 M14.01 Multistability of a Modulation-doped Superlattice in Electric Fields

ROGER YU (Central Washington University)

08:12 M14.02 Photocurrent Reversal for a Nanometer Quantum Well Structure

M. I. Sumetskii and H. U. Baranger (AT&T Bell Laboratories)

08:24 M14.03 Chaotic Landau Level Mixing in Quantum Wells

A. Douglas Stone (Yale University) and Dima L. Shepelyansky (Laboratoire de Physique Quantique, Toulouse, France)

08:36 M14.04 Electron-phonon interaction in quantum wires in strong magnetic field.

MICHAEL REYZER (Ohio State University, Columbus OH43210)

08:48 M14.05 Effect due to Tunneling on the Plasmons and Magnetoplasmons in Double Quantum Wells

Gregory Aizin and Godfrey Gumbs (Hunter College/CUNY)

09:00 M14.06 W-dispersion particles in quantum wells

L. D. Shvartsman, J. E. Golub (The Hebrew University of Jerusalem) and D. A. Romanov (Institute of Semi-Conductor Physics, Novosibirsk )

09:12 M14.07 Nonparabolic excitons in quantum wells

L. A. Zilberman, L. D. Shvartsman and J. E. Golub (The Hebrew University of Jerusalem)

09:24 M14.08 Electric Field Induced Quantum Interference in Double Quantum Wells

Danhong Huang, Yang Zhao (Wayne State University) and

09:36 M14.09 Can normal-incidence absorption be realized with n-doped (001)-grown direct-gap quantum wells?

L. R. RAM-MOHAN (WPI, MA), L. C. LEW YAN VOON and M. WILLATZEN (MPI, Stuttgart, Germany)

09:48 M14.10 Intersubband Optical Bistability in an Asymmetric Double Quantum Well

Lakshmi N. Pandey, Mark I. Stockman, Leonid S. Muratov and Thomas F. George (Departments of Physics and Chemistry, Washington State University, Pullman, Washington 99164)

10:00 M14.11 Effect of Tunneling on the Absorption Coefficient of Double Quantum Wells

D. Talwar (Indiana U. of Penn.) and Godfrey Gumbs (Hunter College/CUNY)

10:12 M14.12 Optical Inter-Conduction-Subband Transitions in Direct Band-Gap Semiconductor Quantum Wells

Rui Q. Yang (Dept. of ECE, Univ. of Toronto, Canada, and CYC Tech., Toronto)

10:24 M14.13 Density-Matrix Description of Optical Interactions in Quantum-Confinement Systems^*

Verne L. Jacobs (Naval Research Laboratory)

10:36 M14.14 Electronic Structure of (CdTe)_1(ZnTe)_2/ZnTe Short-Period-Superlattice Multiple Quantum Wells: Theoretical Modeling and Photoluminescence Spectroscopic Probing

Yile Guo (Rice University) and P.D. Lao (Fudan University)

10:48 M14.15 Far infrared inter-subband absorption spectrum of GaAs-AlGaAs heterojunctions and spin splitting in a magnetic field

Charles Hembree (Texas Instruments), Anna Golitsyna (University of Oklahoma), Tim Kwiatkowski (University of Oklahoma) and Bruce Mason (University of Oklahoma)

08:00 M15.01 EPR and Photoluminescence Response of Chemically and Optically Treated GaAs Surfaces.

G. J. GERARDI (William Paterson College,), H. SHEN, R. L. PFEFFER, M. HARMATZ, E. H. POINDEXTER (Army Research Laboratory,) and D. J. KEEBLE (Michigan Technological U.)

08:12 M15.02 Time Resolved Studies of Charge Relaxation at Semiconductor- Electrolyte Interfaces

K.H. LIAO, Y. GU and D.H. WALDECK (Dept. of Chemistry, U. of Pittsburgh, PA 15260)

08:24 M15.03 Structure of Iodine Adsorbed on GaAs(110) X-ray Standing Waves

W.M. Tong, D.K. Shuh (Lawrence Berkeley Laboratory), T. Kendelewicz, P. Pianetta (Stanford Electronics Laboratory) and J.C. Woicik (NIST)

08:36 M15.04 Cl adsorption on the GaAs(110) surface: adatom-surface and adatom-adatom interactions.

Jennifer L. Corkill (Ames Laboratory, USDOE) and James. R Chelikowsky (University of Minnesota)

08:48 M15.05 Structure and Stability of Steps on the GaAs(110) Surface

J.M. M{\lowercase{c}}Coy and John P. L{\lowercase{a}}Femina (Environmental Molecular Sciences Laboratory, Pacific Northwest Laboratory, Richland, WA 99352.)

09:00 M15.06 Direct Determination of Charge States of Surface Point Defects Using Scanning Tunneling Microscopy: the Case of As-vacancy on GaAs (110)

K.-J. CHAO, A.R. SMITH and C.K. SHIH (Univ. of Texas at Austin)

09:12 M15.07 Localized Excitons and Breaking of Chemical Bonds at III-V (110) Surfaces

O. PANKRATOV and M. SCHEFFLER (Fritz-Haber-Institut, D-14195 Berlin, Germany.)

09:24 M15.08 Photoluminescence properties of chemically deposited CdSe quantum crystallites

R. Garuthara and G. Levine (Hofstra University)

09:36 M15.09 Studies of Dopants in Extremely Doped Compound Semiconductors Using Cross-sectional STM and In-situ MBE/STM

S. Gwo, H. Ohno, H. Miwa (JRCAT-ATP), J.-F. Fan and H. Tokumoto (JRCAT-NAIR)

09:48 M15.10 Study of GaAs(110) with Low Alkali Metal Coverage

Xuewen Wang (Physics Department, Florida International University)

10:00 M15.11 Towards an approach for calculating the surface energy along low symmetry directions.

K. Rapcewicz, B. Chen, B. Yakobson and J. Bernholc (Dept. of Physics, N.C. State University, Raleigh, NC.)

10:12 M15.12 Surface Site Dependence to Electron Transfer in Molecular Ion/Surface Scattering

John R. Morris, J. Scott Martin, J. Neil Greeley and Dennis C. Jacobs (University of Notre Dame)

10:24 M15.13 MBE-STM study of the Ga-rich 4x2 and 4x6 phase of the GaAs(001) surface

Q.K. Xue, T. Hashizume, J. Zhou, T. Sakata, T. Sakurai (Institute for Materials Research and T. Ohno (NRIM, Tsukuba, Japan)

10:36 M15.14 DIRECT PHOTON-PHONON COUPLING AT SURFACES OF POLAR CRYSTALS ^

F. PEREZ-RODRIGUEZ , W.L. MOCHAN and J. RECAMIER (Lab. de Cuernavaca, IFUNAM, Apdo. Post. 139-B, 62191 Cuernavaca, Mor., México)

08:00 M16.01 Spectral Holeburning In Pr 3+ Doped Strontium Barium Niobate*

R. M. Macfarlane (IBM Almaden), A. Winnacker (University of Erlangen) and R.R. Neurgaonkar (Rockwell International)

08:12 M16.02 Homogeneous Broadening of Optical Transitions in Pr^3+ and Tm^3+ doped Y_2SiO_5

R. W.\ Equall, R. L.\ Cone (Physics Department, Montana State University), R. M.\ Macfarlane (IBM Almaden Research Center) and R. Hutcheson (Scientific Materials Corp.)

08:24 M16.03 Spectral Holeburning on the 4f^7 (^8S_7/2)\rightarrow4f^65d(\Gamma_8) Zero Phonon Transition in Eu^2+:CaF_2 Crystals

D. M. Boye (Davidson College), Y. Sun and R. S. Meltzer (University of Georgia)

08:36 M16.04 Electronic Raman Scattering in TmVO_4 and ErVO_4

An-Dien Nguyen, Norman Edelstein and Keith Murdoch (Lawrence Berkeley Laboratory)

08:48 M16.05 Withdrawn.

09:00 M16.06 The effect of high pressure on the emission of Cr: GGG and Cr: GSGG

U. HÖMMERICH and K.L. BRAY (University of Wisconsin-Madision)

09:12 M16.07 Photoluminescence of ion-implanted silica using ArF and KrF excimer laser excitation

Louis B. Allard, Marc Verhaegen, John L. Brebner (Dept. of Physics, Univ. of Montreal, Montreal, Quebec, H3C 3J7, Canada) and Jacques Albert (Communications Research Centre, P.O. Box 11490, Station H, Ottawa, Ontario, K2H 8S2, Canada)

09:24 M16.08 FTIR Study on CN^- Defects in Li-Halides and Alkali-Fluorides and Relation for Their Stretching-Modes in All Alkali-Halides

C.P. An and F. Luty (Physics Univ. of Utah)

09:36 M16.09 Up-Conversion and Relaxation Among CN^-Vibrational States After Single Pulse O\rightarrow 1 Excitation in Rubidium-Halide-Cyanide Crystals

H. Nakagawa and F. Luty (Univ. of Utah)

09:48 M16.10 FTIR Study of CN^-/Anion-Vacancy Pairs with One, Two or No Bound Electrons in Alkali Halides

V. Dierolf and F. Luty (Univ. of Utah, Phys. Dept.)

10:00 M16.11 Electronic-vibrational energy transfer in F-center--OH^- defect pairs in KBr, RbCl and KCl.

M. Leblans, E. Gustin, A. Bouwen, D. Schoemaker (Phys. Dep., University of Antwerp, Belgium) and F. Luty (Phys. Dep., University of Utah)

10:12 M16.12 Vibrational Modes of H=ion in CaO

S.C. KE, D.C. PATTON, E.G. BRADFORD, J.G. HARRISON, J.C. MARTIN and H.T. TOHVER (Univ. of Alabama at Birmingham)

08:00 M17.01 Applications of New Variational Principle to Calculate the Electronic States for Low Dimensional Semiconductor Quantum Well Systems

D.L. Tripp and K. Arya (San Jose State University)

08:12 M17.02 Terahertz absorption %by electrons due to confined acoustic phonons in a free standing quantum well

N. A. Bannov, V. V. Mitin (Wayne State University) and F. T. Vasko (Institute of Semiconductors Physics, Kiev, Ukraine)

08:24 M17.03 Precursors and Transition to Chaos in a Quantum Well in a Tilted Magnetic Field

G. S. Boebinger, G. Muller, H. Mathur, L. N. Pfeiffer and K. W. West (AT&T Bell Laboratories, Murray Hill, NJ 07974)

08:36 M17.04 Effect of fixed interface space charge on the capacitance characteristic of double barrier quantum well structure

T. Wei and S. Stapleton (Simon Fraser U., Canada)

08:48 M17.05 Magnetic Focusing in Parallel Quantum Point Contacts

T.M. EILES, J.A. SIMMONS, M.E. SHERWIN, M. HAFICH and J.F. KLEM (Sandia National Laboratories)

09:00 M17.06 Ballistic Bistability in GaAs/AlGaAs Nanostructures

G. Pilling, P.L. McEuen (Department of Physics, University of California and Materials Division, Lawrence Berkeley Laboratory, Berkeley, CA 94720), C.I. Duruöz and J.S. Harris, Jr. (Solid State Laboratory, Standoford University, Stanford, CA 94305-4055)

09:12 M17.07 Electrical Field Domains Induced by Infrared Radiation Attenuation in Quantum Well Photodetectors

V. D. Shadrin, V. V. Mitin, V. A. Kochelap (Wayne State University) and K. K. Choi (US Army Research Laboratories)

09:24 M17.08 Excitons in Quantum Dot Quantum Wells

Garnett W. Bryant (National Institute of Standards and Technology, Gaithersburg, MD)

09:36 M17.09 Photon-Assisted Tunneling through a Quantum Dot.

S. JAUHAR, J. ORENSTEIN, P.L. MCEUEN (U.C. Berkeley and Lawrence Berkeley Laboratories,), L.P. KOUWENHOVEN (Delft University of Technology,), Y. NAGAMUNE, J. MOTOHISA and H. SAKAKI (University of Tokyo)

09:48 M17.10 Coherent Time-Dependent Transport Through Coupled Quantum Dots

C.\ A. Stafford (Université de Genève) and Ned S. Wingreen (NEC Research Institute)

10:00 M17.11 Electronic Picosecond-pulse Interferometer Probing the Millimeter-wave Response of Coupled Quantum Dots

D.W. Weide, R.H. Blick, R.J. Haug, F. Keilmann, K. Klitzing and K. Eberl (Max-Planck-Institut für Festkörperforschung, Stuttgart, Germany)

10:12 M17.12 Conductance Oscillations in Coupled Quantum Dots

Frank A.M. Hofmann, David A. Wharam, Jörg P. Kotthaus (Sektion Physik der LMU, Geschwister-Scholl-Platz 1, D 80539 München, Germany), Gerhard Böhm, Wolfgang Klein, Günther Tränkle and Günter Weimann (Walter-Schottky-Institut, Am Coulombwall, D 85748 Garching bei München, Germany)

10:24 M17.13 Heavy holes in coupled quantum dots.^*

C. Y. Fong, Barry M. Klein (University of California at Davis) and J. S. Nelson (Sandia National Lab., Albuquerque)

10:36 M17.14 S-matrix Theory for Nanostructure Resonances

PETER J. Price (IBM Research, Yorktown Heights)

10:48 M17.15 Oscillatory structure in tunneling transport through 0-D localised states.

M. R. DESHPANDE, J. W. SLEIGHT, P. KOZODOY, J. L. HUBER, M. A. REED (Yale U.;) and R .J. MATYI (U. of Wisconsin at Madison.)

08:00 M18.01 Magnetic stripes and inter--edge scattering.

J. Miller (University of Chicago) and A. G. Rojo (University of Michigan)

08:12 M18.02 Stability of Quantum Hall States and Chiral Luttinger Liquids

F. D. M. Haldane, Jochen Gruneberg, D. V. Khveshchenko and Kun Yang (Princeton University)

08:24 M18.03 Edge singularities from Laughlin Droplets to Sutherland Wavefunctions

Matthew P.A. Fisher (ITP,UCSB), S.-R. Eric Yang (NRC, Ottawa), Sami Mitra and A.H. MacDonald (Indiana University)

08:36 M18.04 Dual fractional quantum Hall effects

R. G. Mani (Max-Planck-Institut, Stuttgart)

08:48 M18.05 Finite-Temperature Hartree-Fock Calculation of Occupation Number and Current Density Distributions in the Narrow Strip Quantum Hall Device

Kiril Tsemekhman, Kiril Tsemekhman and D. J. Thouless (Univ. of Washington)

09:00 M18.06 Exact Results for Quantum Noise in 1-D Luttinger Liquids

D. E. Freed (Bunting Institute, Harvard University), C. Chamon (MIT) and X.G. Wen (MIT)

09:12 M18.07 Quantum Noise in 1-D Luttinger Liquids

C. Chamon (MIT), D. E. Freed (Bunting Institute, Harvard University) and X.G. Wen (MIT)

09:24 M18.08 Exact Conductance through Point Contacts in the \nu =1/3 Fractional Quantum Hall Effect.

P. FENDLEY (USC), A.W.W. LUDWIG (Santa Barbara) and H. SALEUR (USC)

09:36 M18.09 Sum rules for spectral functions in the FQHE regime^

Hiroyuki Mori, Rudolf Haussmann and A.H. MacDonald (Indiana University)

09:48 M18.10 Quantum Hall States of High Symmetry

Chetan Nayak (Princeton University) and Frank Wilczek (Institute for Advanced Study)

10:00 M18.11 Bethe-Ansatz solution for Bloch electrons in a magnetic field.

Paul Wiegmann (James Frank Institute and Enrico Fermi Institute of the University of Chicago) and Anton Zabrodin (Institute of Chemical Physics, Moscow and Enrico Fermi Institute of the University of Chicago)

10:12 M18.12 Explicit Solutions of the Bethe Ansatz Equations for Bloch Electrons in a Magnetic Field

Yasuhiro Hatsugai, Mahito Kohmoto (Institute for Solid State Physics, University of Tokyo) and Yong-Shi Wu (Department of Physics, University of Utah)

10:24 M18.13 Low-Energy Properties of 2D Electron Liquid in a Weak Magnetic Field

I. L. Aleiner and L. I. Glazman (University of Minnesota)

10:36 M18.14 Hall effect in periodic array of magnetic flux vortices.

Mads Nielsen and Per Hedegård (Physics Department, University of California, Berkeley)

08:00 M19.01 Structures in a Phase Separated Ferrofluid%

Weili Luo, Jinlong Zhang, Tengda Du (Department of Physics, University of Central Florida) and R. E. Rosensweig (Exxon)

08:12 M19.02 Neutron Scattering From a Phase Separated Ferrofluid%

Min Y. Lin, Weili Luo and Jeffrey Lynn (Department of Physics, University of Central Florida, NIST.)

08:24 M19.03 Dynamics of Aggregation in Ferrofluids

Seong Gon Kim, Philippe Jund, David Tománek and Jack Hetherington (Michigan State University, and Center for Fundamental Materials Research)

08:36 M19.04 Magnetic Field-Induced Phase Transitions in Ferrofluid Emulsion.

YUN ZHU, M.L. IVEY and JING LIU (Department of Physics and Astronomy, California State Univ., Long Beach)

08:48 M19.05 Evolution of Field-Induced Structure of Confined Monodisperse Ferrofluid Emulsions.

TAWEI MOU, YUN ZHU, J. POSSET, E. HADDADIAN and JING LIU (California State University, Long Beach)

09:00 M19.06 Field-Induced Labyrinthine Pattern Formation of Monodisperse Ferrofluid Emulsions.

GEORGE A. FLORES and JING LIU (California State University, Long Beach)

09:12 M19.07 Dynamic Light Scattering Study of Dipole-Dipole Interacting Brownian Particles.

M. HAGENBUECHLE, P. SHEAFFER, YUN ZHU and JING LIU (Department of Physics and Astronomy, California State University, Long Beach)

09:24 M19.08 Spin Freezing in Ferrofluids

Jinlong Zhang and Weili Luo (Department of Physics, University of Central Florida)

09:36 M19.09 Finite Element Analysis of Electrorheological (ER) Fluids.

R. Tao and J. Qi (S. Illinois University at Carbondale)

08:00 M20.01 Stabilized spatiotemporal waves in a convectively unstable open flow system

Gregg Johnson, Markus Löcher and E. R. Hunt (Ohio University)

08:12 M20.02 Quantum Fluctuations in a Chaotic Solid State Laser

Clif Liu, Henry D. I. Abarbanel (University of California, San Diego), Zelda Gills and Rajarshi Roy (Georgia Institute of Technology)

08:24 M20.03 Temperature as a bifurcation parameter in a driven nonlinear oscillator

A. Donoso and G. Gutierrez (USB, Venezuela)

08:36 M20.04 Detecting Periodic Unstable Fixed Points in Noisy Chaotic and Periodic Systems

David Pierson and Frank Moss (University of Missouri at St. Louis)

08:48 M20.05 Pushing the Limits of Nonlinear Amplification with a Subthreshold Oscillator

Carl Franck and Smitha Vishveshwara (Cornell Univ.)

09:00 M20.06 Noise induced switching in an optically addressed spatial light modulator

John Sharpe (California Polytechnic State University, San Luis Obispo)

09:12 M20.07 Properties of Dark Photovoltaic Spatial Solitons

Matthew C. Bashaw, Minoru Taya, Martin M. Fejer (Stanford University), Mordechai Segev (Princeton University) and George C. Valley (Hughes Research Laboratories)

09:24 M20.08 Nonlinear Response and Driven Chaos in n-GaAs Compensated with Ni Impurities.

Y.-C. CHENG and Y.-H. SHIAU (National Taiwan University)

09:36 M20.09 Equation of State Hysteresis and Resonant Bar Measurements on Rock

K. R. McCall, R. A. Guyer, P. A. Johnson (Los Alamos National Laboratory), P. N. J. Rasolofosaon and B. Zinszner (Institut Francais du Petrole)

09:48 M20.10 1/f Noise in Electron Irradiated Metal Films

S. Hayakawa, K.G. Lynn (Brookhaven National Laboratory) and P.J. Simpson (The University of Western Ontario)

Supplementary PaperM20.11 Compact Patterns in Galvanostatic Electrodeposition.*

Miguel A. Rubio and Juanma Pastor (Dept. F\'{\i}sica Fundamental, U.N.E.D., Madrid, Spain)

08:00 M21.01 Charge Distribution Analysis of BaTiO3 Ceramic.

S.J. BUTOW, P. SARRAZIN, M.M. FREUND and F. FREUND (San Jose State Univ., Univ. of Burgundy,

08:12 M21.02 QUASI-STATIC POLARIZATION ABOVE THE TRANSITION TEMPERATURE IN KTN\(^\ast\) \\

L.A. KNAUSS, R.K. PATTNAIK and and J. TOULOUSE (Physics dept. Lehigh University)

08:24 M21.03 Raman Study of the Two-Step Ferroelectric Transition of KTa\(_1-x\)Nb\(_x\)O\(_3\) \\

J. Toulouse, B.E. Vugmeister and P. DiAntonio (Physics Dept., Lehigh University)

08:36 M21.04 Polar Clusters and Non-Analytic Dielectric response \\ of KTa_1-xNb_xO_3 in the Pretransition Regime.

R. K. PATTNAIK, J. TOULOUSE (Physics Dept. Lehigh University) and L. A KNAUSS (Naval Research Laboratory)

08:48 M21.05 Electronic Stucture Investigations in PZST Ferroelectric Materials

D. E. Ellis, X. P. Tang, A. P. Reyes (Northwestern University) and W. P. Gubanova (Argonne National Laboratory)

09:00 M21.06 Ferroelectricity in Lamellar CuInP_2S_6

Victoria Cajipe, Vincent Maisonneuve, Christophe Payen (IMN, Nantes), Annie Simon and Jean Ravez (LCS, Bordeaux)

09:12 M21.07 Variation of Random Field with Lattice Geometry and Order-Disorder Transitions in N_2-Ar Solid Mixture

J.A. Hamida and N.S. Sullivan (University of Florida)

09:24 M21.08 Electrical properties of Ni S2-xSex with 0 x 0.71.

J.M. Honig, X. Yao, G.L. Liedl, S.N. Ehrlich (Purdue University)

09:36 M21.09 NMR Observations of ^109Ag in the 3q Incommensurate Insulator Proustite

J. A. Norcross and D. C. Ailion (University of Utah)

09:48 M21.10 Order-Disorder in a Model Lattice-Mismatched Binary Alloy

E.M. Vandeworp and Kathie E. Newman (University of Notre Dame)

10:00 M21.11 New Raman Excitations in Deuterium at Low Temperature and High Pressures

A.F. Goncharov, J.H. Eggert, I.I. Mazin, R.J. Hemley and H.K. Mao (Geophysical Laboratory, Carnegie Institution of Washington)

10:12 M21.12 High Pressure Phase Transition in Tetramethylammonium Tetrabromocuprate

B. Lorenz, A.J. Miller, H.D. Hochheimer (Physics Dept., Colorado State University), W. Hönle (MPI/FKF, Stuttgart), T. Li and A.L. Ruoff (Dept. Mat. Sci. Eng., Cornell University)

10:24 M21.13 Optical second harmonic generation by quartz at high pressures

D.A. Pinnick (Pennsylvania State University - Behrend), S.A. Lee and H.J. Simon (University of Toledo)

Supplementary Paper M21.14 Low-Temperature Phase Transitions in the Layered Thiophosphate CuCrP_2S_6

Victoria Cajipe, Vincent Maisonneuve, Christophe Payen (IMN, Nantes), Annie Simon, Jean Ravez (LCS, Bordeaux) and John Fischer (LRSM, Philadelphia)

08:00 M22.01 A Hybrid Architecture for Neural Networks.

Robert Shelton (NASA, Johnson Space Center)

08:36 M22.02 Computer-Aided Molecular Design Using Neural Networks and Genetic Algorithms

Venkat Venkatasubramanian (Laboratory for Intelligent Process Systems, School of Chemical Engineering, Purdue University)

09:12 M22.03 Neural Networks Applied to Chemical Sensors for Artificial Ofaction

Thad Roppel (Auburn University)

09:48 M22.04 A Hybrid, Neural Network + Genetic Algorithm System for Rational Peptide Design

Mariusz Milik and Jeffrey Skolnick (The Scripps Research Institute)

10:00 M22.05 Neural Networks for Data Analysis

D.W. Noid, B.G. Sumpter (Oak Ridge Laboratory) and J.A. Darsey (University of Arkansas, Little Rock)

10:12 M22.06 Training neural networks and the selection of optimal training databases in the design of atomistic potentials: an application of genetic algorithims and reverse Monte Carlo techniques

A.J. Skinner and J.Q. Broughton (Naval Research Laboratory)

10:24 M22.07 An 'Autonomous Discovery Machine' for Superhard Materials.

Stephen Thaler (Nexon, Inc.)

08:00 M23.01 Adatom coordination from low energy auger electron and photoelectron diffraction.*

B.T. JONKER (Naval Research Lab, Washington, DC)

08:12 M23.02 Anomalous Long Electron Lifetime Observed on Alkali Metal Covered Cu Films.*

Y. GAO, J. CAO, R.J.D. MILLER (Univ. of Rochester), H. ELSAYED-ALI (Old Dominion Univ.) and D.A. MANTELL (Xerox Corp.)

08:24 M23.03 Cs-Induced Unoccupied Electronic States on Cu(111) and Cu(100): A Comparative Study

D.A. Arena and R.A. Bartynski (Rutgers Univ., Dept. of Physics and Lab. for Surface Modification)

08:36 M23.04 Structural Studies of Halide Adlayers on Gold and Silver Electrode Surfaces

B.M. Ocko, O.M. Magnussen, J. Wang and R.R. Adzic (Brookhaven National Laboratory)

08:48 M23.05 Na and K on A1(100): Island and non island submonolayer growth.

E. LUNDGREN, R. NYHOLM, J.N. ANDERSEN (Department of Synchrotron Radiation Research, Institute of Physics, Lund University, Sölvegatan 14.S - 223 62 Lund, Sweden.) and D. HESKETT (Department of Physics, University of Rhode Island, Kingston, Rhode Island 02881, USA.)

09:00 M23.06 Reaction and growth of thin Fe films on Al(110) surfaces

N.R. Shivaparan, V. Shutthanandan, V. Krasemann and R.J Smith (Dept. of Physics, Montana State University, Bozeman, MT 59717)

09:12 M23.07 Reaction and growth of thin Pd films on Al(001) and Al(110) surfaces

N.R. Shivaparan, V. Shutthanandan, Adli A. Saleh and R.J Smith (Dept. of Physics, Montana State University, Bozeman, MT 59717)

09:24 M23.08 Core Level Shifts and Work Function Changes of Na Adsorbed on the Furrowed Surface of Be(11\bar20)

D.N. McIlroy, Jiandi Zhang and P.A. Dowden (University of Nebraska, Lincoln)

09:36 M23.09 Threshold Exposure for Adsorption of Silver on Tungsten (110)

A. Derraa and M.J.G. Lee (Univ. of Toronto)

09:48 M23.10 Full-Solid-Angle Photoelectron Diffraction on W(110) with Surface and Bulk Resolution

R.X. Ynzunza , E. D. Tober , F. J. Palomares , Z.X. Wang , H. Xiao , F. Zhang , H. Daimon , Z. Hussain and C. S. Fadley (Physics Dept., U.C. Davis)

10:00 M23.11 Photoelectron Diffraction from Interface Atoms in Gd Thin Films on W(110)

E. D. Tober , R. X. Ynzunza , F. J. Palomares , Z. Wang , H. Xiao , F. Zhang , H. Daimon , Z. Hussain and C. S. Fadley (Dept. of Physics, U. C. Davis)

10:12 M23.12 Combined XPD, STM, and LEED study of iron oxide films on Pt(111)

Y.J. Kim (Lawrence Berkeley Laboratory, Berkeley, CA 94720)

10:24 M23.13 The geometrical structure of an A1(111)-(2x2)-Na surface alloy determined by low energy electron diffraction.

J. BURCHHARDT, M. M. NIELSEN, D.L. ADAMS (Aarhus, Denmark), E. LUNDGREN and J.N. ANDERSEN (Lund University, Lund, Sweden.)

Supplementary PaperM23.14 Theoretical identification of a surface alloy: (2 \times 2)-Na/Al\,(111)

C. Stampfl and M. Scheffler (Fritz-Haber-Institut der Max-Planck-Gesellschaft Faradayweg 4-6, D-14195 Berlin-Dahlem, Germany)

08:00 M24.01 Femtosecond Spin-Polarization Spectroscopy of Digital Magnetic Heterostructures*

D. A. Tulchinsky, D. D. Awschalom (Univ. of California, Santa Barbara), R. Garcia and N. Samarth (Penn. State Univ.)

08:12 M24.02 Nonlinear Magnetooptical studies of magnetic thin films and interfaces.

Theo Rasing (Research Institute for Materials, Nijmegen, The Netherlands)

08:24 M24.03 Nonlinear Magneto-Optical Response of Ferromagnetic Surfaces and Films: Recent Theoretical results

W. Hübner (Inst. for Theoret. Physics, Freie Universität Berlin, Germany.), U. Pustogowa (Inst. for Theoret. Physics, Freie Universität Berlin, Germany.), K. H. Bennemann (Inst. for Theoret. Physics, Freie Universität Berlin, Germany.)

08:36 M24.04 Magneto-optical and Magnetic Anisotropy Properties of Ni(100)-Cu(100) Layered Structures Grown on Cu(100)/Si(100)

R. Naik, G. Auner, G.L. Dunifer, J. Rodrigues, A. Lukaszew, A. Poli (Wayne State University), Y.Z. Miao and H. Zhai (Nanjing University)

08:48 M24.05 Orientation Dependence of the Longitudinal Kerr Spectra for an Epitaxial hcp Co (1010) Film

Amy E. Johnson, K. T. Riggs, Eric E. Fullerton, J. E. Mattson, C. H. Sowers and S. D. Bader (Materials Science Division, Argonne National Laboratory, Argonne, Illinois 60439)

09:00 M24.06 Optically Induced Dynamical Magnetization in Digital Magnetic Heterostructures^*

S. A. Crooker, D. D. Awschalom (Univ. of California, Santa Barbara), R. Garcia and N. Samarth (Penn. State Univ.)

09:12 M24.07 Non-Linear Magneto-Optical Response at Interfaces

Karl-Heinz Bennemann (Inst. Theoretical Physics, Freie Universität Berlin, Germany)

09:48 M24.08 Near Field Optical Spectroscopy of Patterned Digital Heterostructures^*

V. Nikitin, J. Levy, J. M. Kikkawa, D. D. Awschalom (Univ. of California, Santa Barbara), R. Garcia and N. Samarth (Penn. State Univ.)

10:00 M24.09 Asymmetric Magneto-Optic Response in Epitaxial Fe (110) Thin Films

Richard Osgood III (Department of Applied Physics, Stanford University)

10:12 M24.10 FMR and MOKE Analysis of In-Plane Anisotropy in Co/Cu (111) Multilayers.

E. SCHULER, R. NAIK, F. TSUI, J. WELLMAN, C. UHER and ROY CLARKE (Department of Physics, University of Michigan, *Department of Physics, Wayne State University.)

10:24 M24.11 Magnetic reorientation transition in thick Gd-Films

A. BERGER, A.W. PANG and H. HOPSTER (University of California-Irvine)

10:36 M24.12 A Study of the Co and Fe Overlayers on Cu(100)

Ernesto Escorcia-Aparicio, Roland Kawakami and Z. Q. Qiu (Dept. of Physics, University of California at Berkeley, Berkeley, CA 94720)

08:00 M25.01 Self Organization of Vacancy Defects on Si(100) and Ge Covered Si(100) Surfaces

Paul C. Weakliem, Horia Metiu (Dept. of Chemistry, Univ. of California, Santa Barbara, CA 93106), Zhenyu Zhang and Max Lagally (Dept. of Materials Science and Engineering, Univ. of Wisconsin, Madison 53706)

08:12 M25.02 Graphitization of Diamond (111) studied by First Principles Molecular Dynamics.^*

\underline{Alessandro} De Vita, Giulia Galli, Roberto Car (IRRMA, IN-Ecublens, 1015 Lausanne Switzerland) and Andrew Canning (CRAY Research Switzerland)

08:24 M25.03 First Principles Simulations of Si Nanoindentation

Ruben Perez and Michael C. Payne (Cavendish Lab, Cambridge

08:36 M25.04 First-Principles Dynamical Calculations in Metals: a Novel Scheme

N. Marzari, A. De Vita, M. C. Payne (Cavendish Laboratory, Cambridge , J. M. Holender and M. J. Gillan (University of Keele

08:48 M25.05 The Stability of Vicinal Surfaces of Cu.

S. Durukanoglu, A. Kara and Talat. S. Rahman (Kansas State University)

09:00 M25.06 Study of Surface Thermal Expansion of Ag(111)

A. Al-Rawi, A. Kara and Talat S. Rahman (Kansas State University)

09:12 M25.07 The Role of Curved Step Edges in the Behavior of Nanoscale Systems

J.G. McLean, B.H. Cooper (Cornell University) and E. Chason (Sandia National Laboratories)

09:24 M25.08 Nonstochiometric alkali-halide clusters and melts.^*

R. N. Barnett, H. Hakkinen and Uzi Landman (School of Physics, Georgia Institute of Technology)

09:36 M25.09 Does the metal-induced Si(111)3\times1 surface have a single unique reconstruction?

S.C. Erwin (Naval Research Laboratory, Washington DC 20375)

09:48 M25.10 Ab Initio Study of Monolayer CO Adsorbed on the (10\bar10) Surface of ZnO

John E. Jaffe and Anthony C. Hess (Pacific Northwest Laboratory)

10:00 M25.11 The atomic geometry and electronic structure of Cl- and O-covered Ta (100) and (110) surfaces.^*

Christine J. Wu, Lin H. Yang, John E. Klepeis and Christian Mailhiot (Lawrence Livermore National Laboratory, Livermore, CA)

10:12 M25.12 Interplay Between NO Chemisorption and Magnetism

K. C. Hass, M. -H. Tsai (Ford Research Laboratory) and R. V. Kasowski (DuPont Central Research and Development)

08:00 M26.01 Ultrafast Transient Absorption Studies of CdSe Nanocrystals: Towards Chemical Control of Carrier Trapping

Sandra Rosenthal (Department of Chemistry and Lawrence Berkeley Laboratory, University of Califonia, Berkeley)

08:12 M26.02 FEMTOSECOND ANISOTROPY MEASUREMENTS OF CdSe NANOCRYSTALLITES

Alvin Yeh, Sandra Rosenthal, Paul Alivisatos and Charles Shank (Department of Chemistry, University of California, and Materials Sciences Department, Lawrence Berkeley Laboratory, Berkeley, CA 94720)

08:24 M26.03 Zn incorporation in CdS nanoparticles formed in glass*

T M Hayes, L B Lurio, R J Olsson, J Pant, P D Persans and H Yükselici (Rensselaer Polytechnic Institute)

08:36 M26.04 Near Field Optical Microscopy of Gold Colloidal Particles

David Glick and Richard Superfine (University of North Carolina at Chapel Hill)

08:48 M26.05 Chemical Effects on the Nonlinear Optical Response of Metal Nanocluster Composites

R. F. Haglund, R. H. Magruder, D. H. Osborne (Vanderbilt University) and R. A. Zuhr (Oak Ridge National Laboratory)

09:00 M26.06 Optical Properties of Nanophase Mo_2C and Mo_2N Solids.

R. Ochoa, A. M. Rao, J. M. Holden, X. X. Bi and P. C. Eklund (Department of Physics and Astronomy and Center for Applied Energy Research, University of Kentucky, Lexington, KY 40506)

09:12 M26.07 Alkali metal clusters in sodalites: a prototype for electron solvation in zeolitic structures

Nick P. Blake, Vojislav Srdanov, Galen D. Stucky and Horia Metiu (Dept. of Chemistry, Univ. of California, Santa Barbara, CA 93106)

09:24 M26.08 Electrons in finite lattices: Hubbard model with infinite U.

Armen Kocharian (Department of Physics, Union College)

09:36 M26.09 Molecular Features of PbS Nanocrystals

D.E. BLISS, J.P. WILCOXON and G. SAMARA (Sandia National Laboratories, Albuquerque, NM 81785-0345)

09:48 M26.10 Structure of Semiconductors Confined in Zeolite

PASCALE ARMAND, MARIE-LOUISE SABOUNGI, LENNOX ITON, DAVID LONG PRICE (Argonne National Labnoratory) and DAVID E. COX (Brookhaven National Laboratory)

10:00 M26.11 Quantitative Evaluation of Nanometer-Sized Clusters Using UHV-AFM, Applied to Model Catalyst Systems

A. PARTRIDGE and C.F.J. FLIPSE (Tech. Univ. of Eindhoven)

10:12 M26.12 Strong Quantum-Size Effects in Semiconductors: FeS_2 Nanoclusters

J.P. WILCOXON, BLISS, D, P.NEWCOMER NEWCOMER and G.A. SAMARA (Sandia National Laboratories, Albuquerque, NM)

10:24 M26.13 Size Effects in Cd_1-xMn_xS Diluted Magnetic Semiconductor Quantum Dots

R.J. BANDARANAYAKE, J.Y. LIN, H.X. JIANG and C.M. SORENSON (Kansas State Univ.)

08:00 M27.01 Island Distribution Scaling during Growth of Cu/Cu(110)

I. K. ROBINSON, K. L. WHITEAKER and R. SCHUSTER (University of Illinois)

08:12 M27.02 Stability and collapse of metallic structures on surfaces^*

W. D. Luedtke and Uzi Landman (School of Physics, Georgia Institute of Technology)

08:24 M27.03 Strain Analysis of Epitaxial Films

P.M. MARCUS and F. JONA (Department of Materials Science and Engineering, State University of New York, Stony Brook, N.Y. 11794)

08:36 M27.04 Interfacial Energy as a Driving Force in Liquid-Phase Heteroepitaxy

M. Albrecht (Universitat Erlangen-Nurnberg)

09:12 M27.05 Modelling of microstructure formation in YBCO superconducting thin films

E.K.H. SALJE and D.A. VUL (Univ., of Cambridge, UK)

09:24 M27.06 Thermal Stress Induced High-Strain Fragmentation of Si1-xGex Layers Grown on Si

M FATEMI, P Thompson, M Twigg (Naval Research Laboratory) and J Chaudhuri (Wichita State University)

09:36 M27.07 Precise Determination of Strain in Semiconductor Superlattices Using Electron Paramagnetic Resonance of Mn^++

M. Qazzaz, G. Yang, S.H. Xin, L. Montes, H. Luo^{0} and J.K. Furdyna (Department of Physics, University of Notre Dame)

09:48 M27.08 Thermodynamic Studies of Thin Film, Metal Silicides

R.G. Ahrens, R.J. Kasica and E.J. Cotts (Physics Department, Binghamton University)

10:00 M27.09 Lateral force microscopy studies of semiconductor heterostructures and quantum wells

Gvido Bratina, Lia Vanzetti, Alberta Bonanni, Lucia Sorba and Alfonso Franciosi (University of Minnesota, Minneapolis, MN 55455 and TASC-INFM Laboratory, I-34012 Trieste, Italy)

08:00 M28.01 Ab initio Molecular Dynamics Study of Liquid Rb \\

Y Zempo (Sumitomo Chemical, Tsukuba, F Shimojo, K Hoshino and M Watabe (Hiroshima University

08:12 M28.02 The Boson Peak in Glasses and Liquids

A.V. Granato (University of Illinois at Urbana-Champaign)

08:24 M28.03 Molecular Dynamics Simulations of a Pressure-induced Glass Transition

Shelly Shumway, Andrew Clarke and Hannes Jónsson (University of Washington)

08:36 M28.04 Correlation Times in Methanol at High Pressures, from Diffusivity and Nuclear Relaxation

D.P. Raffaelle, R.F. Marzke, George H. Wolf (Arizona State University)

08:48 M28.05 SELF-ASSEMBLY OF INORGANIC-ORGANIC MESOPHASES

A. Firouzi, L.B. Bull, D. Kumar, G.D. Stucky and B.F. Chmelka (Department of Chemical Engineering and Chemisrty , University of California, Santa Barbara)

09:00 M28.06 Delocalization-Induced Ordering Transition in Alkali Adsorbates Overlayer*

Ronald Te and Roger Haydock (Materials Science Institute, University of Oregon)

09:12 M28.07 Dynamics of Amorphous and Liquid Bi Clusters

Michael G. Mitch (Dept. of Physics, Penn State University and Ionizing Radiation Division, NIST and )

09:48 M28.08 Phonons and Thermal Transport in Amorphous Silica and Silicon Nitride

Andrey Omeltchenko, Aiichiro Nakano, Lijun Zhang, Rajiv K. Kalia and Priya Vashishta (Concurrent Computing Laboratory)

10:00 M28.09 Molecular Dynamics Simulation of Silicon Nitride Films\on Parallel Computers

Aiichiro Nakano, Rajiv K. Kalia and Priya Vashishta (Concurrent Computing Laboratory for Materials Simulations,\ Louisiana State University)

10:12 M28.10 Structural Correlations, Vibrational Spectra and Elastic Properties of GeSe_2 and SiSe_2

Wei Li, Priya Vashishta and Rajiv K. Kalia (Concurrent Computing Laboratory for Materials Simulations, Louisiana State University)

10:24 M28.11 Low-Energy Floppy Modes in Silicon Nitride: Molecular Dynamics \ Simulations

Ingvar Ebbsjö (The Studsvik Neutron Research Laboratory, Sweden), Priya Vashishta and Rajiv K. Kalia (Concurrent Computing Laboratory for Materials Simulations,\ Louisiana State University)

10:36 M28.12 New Pressure-Induced Phase in Quartz and Berlinite Prior to the Amorphization Transformation.

J. R. Chelikowsky (University of Minnesota) and N. Binggeli (IRRMA, Lausanne, Switzerland)

10:48 M28.13 Prediction of the Bistability of Dangling Bonds in a-Si:H, a-Si and c-Si by ab initio Molecular Dynamics

Nozomi ORITA, ETL Tsukuba, Japan, T. Matsumura, H. Katayama-Yoshida, Dept Phys. Tohoku Univ. Sendai Japan

08:00 M29.01 Friction, Rotation and Shape Effects on Angle of Repose in Particle-Dynamics Simulations

Otis R. Walton (Lawrence Livermore National Laboratory)

08:12 M29.02 Surface Shape of A Rotating Bucket of Sand

G. W. Baxter and M. Vavrek (Division of Science, Penn. State at Erie, Behrend College)

08:24 M29.03 Correlation of Local Slopes on Two Dimensional Granular Piles*

D.W. GRUMBINE, IM KIM, C.B. and M. BRZUSTOWICZ# (Lehigh Univ.)

08:36 M29.04 Convection Flow Profiles in Vibrated Granular Material Studied With Magnetic Resonance Imaging

E. E. Ehrichs, J. B. Knight, H. M. Jaeger, Sidney R. Nagel (James Franck Institute, The University of Chicago) and Vadim Yu. Kuperman (Department of Radiology, The University of Chicago)

08:48 M29.05 Scaling Behavior of Convective Flow in Vibrated Granular Material

Janna K. Flint, James B. Knight, Edward E. Ehrichs, Heinrich M. Jaeger and Sidney R. Nagel (The University of Chicago)

09:00 M29.06 Granular convection in two dimension

Su Yu (Lehigh Univ.), D.C. Hong (Lehigh Univ.) and D.A. Kurtze (North Dakota State Univ.)

09:12 M29.07 Force Inhomogeneities in Stationary Bead Packs

S.N. Coppersmith (AT&T Bell Laboratories), C.-h. Liu (Exxon Research and Engineering Co.), D.A. Schecter, S.R. Nagel, T.A. Witten (The James Franck Institute), S. Majumdar (Yale University) and O. Narayan (Harvard University)

09:24 M29.08 Pressure Distribution at the Bottom of a Granular Pile

Jayanta K. Rudra (Xavier University of Louisiana)

09:36 M29.09 Stress-induced transverse isotropy in porous media

J. G. Berryman (Lawrence Livermore National Lab.), L. M. Schwartz and W. F. Murphy (Schlumberger-Doll Research)

09:48 M29.10 Nonlinear Dynamics in Disordered Granular Columns

Robert S. Sinkovits (Naval Research Laboratory) and Surajit Sen (Physics Dept., S.U.N.Y. at Buffalo)

10:00 M29.11 Granular Compaction: Non-Thermal Relaxation in a Metastable Medium

James B. Knight, Christopher G. Fandrich, Chun Ning Lau, Heinrich M. Jaeger and Sidney R. Nagel (The University of Chicago)

10:12 M29.12 Power-law Fluctuations in the Steady State Density of Vibrated Granular Material

H.M. Jaeger, E.R. Nowak, J.B. Knight, C.G. Fandrich and S.R. Nagel (James Franck Institute,The University of Chicago)

10:24 M29.13 A minimal model for avalanches in granular systems.

Stefan J Linz and Peter Hänggi (Institut für Physik, Universität Augsburg, D-86135 Augsburg, Germany)

10:36 M29.14 Scaling Behavior of Granular Media in Vibrating Box

Jysoo Lee (Levich Institute, the City College of New York)

Supplementary PaperM29.15 Granular Compaction: A Theoretical Model

Ben-Naim E. (James Franck Institute, University of Chicago)

08:00 M30.01 Interface Kinetics, Stability and Nucleation of Rapidly Cooled and Supercooled Group IV Alloys

Michael O. Thompson (Cornell University)

08:36 M30.02 A NON-ISOTHERMAL PHASE-FIELD MODEL OF DENDRITIC SOLIDIFICATION AND GRAIN BOUNDARY FORMATION IN A BINARY ALLOY

James A. Warren, William J. Boettinger, W. Craig Carter and Andrew R. Roosen (National Institute of Standards and Technology)

08:48 M30.03 Irradiation-Induced Phase Stability and Freely-Migrating Defects

L.E. REHN, A. IWASE, P.R. OKAMOTO and N.Q. LAM (Materials Science Division, Argonne National Laboratory)

09:00 M30.04 Ball Milling Induced Chemical Reactions in the Sn-Zn-S System.

L. TAKACS, M.A. SUSOL and R.C. RENO (Univ. of Maryland Baltimore County.)

09:12 M30.05 Crystallization of amorphous solids during rapid temperature change

V.A. Shneidman and M.C. Weinberg (University of Arizona)

09:24 M30.06 Theory of the effects of rapid thermal annealing on thin film crystallization

E.K.F. Dang and R.J. Gooding (Department of Physics, Queen's University, Kingston, Ontario, Canada.)

09:36 M30.07 The Beginning of Martensite

Philip C. Clapp (Center for Materials Simulation, Institute of Materials Science, University of Connecticut, 97 N. Eagleville Road, Storrs, CT 06269-3136,USA)

10:12 M30.08 Soft phonon modes, precursor effects, impurities, and martensitic transitions

D.A. VUL (Univ. of Cambridge, UK)

10:24 M30.09 Tweed in Martensites: Spin Glasses and the 2-Way Shape Memory Effect

James P. Sethna (LASSP, Cornell University), Christopher Myers (Cornell Theory Center), Sivan Kartha (Energy and Environmental Studies, Princeton) and James Krumhansl (UMass, Amherst)

10:36 M30.10 The origin of tweed microstructure in YBCO superconductors

I. TSATSKIS, D.A. VUL and E.K.H. SALJE (Univ. of Cambridge, UK)

10:48 M30.11 Displacive Phase Transitions in a Model Two-Dimensional Crystal

D J Webb (Dept. of Physics, Univ. of Calif., Davis CA 95616)

M35.01 Formation of Polymer Transferred Films on Steel Surfaces for PEEK and Its Composites During Sliding

Renji ZHANG, Hong JIANG (Tsinghua University, Beijing, China), A.M. HAEGER and K. FRIEDRICH (The University of Kaiserslautern, Kaiserslautern, Germany)

M35.02 Morphology of Polystyrene(PS) and Polybutadiene(PB) Blends Compatibilized with PS-PB Block Copolymer

C.L. Jackson, D. Hess (C.C.) and Han NIST

M35.03 Structure of Langmuir Blodgett Films of Superdiscotic Compounds

N. C. Maliszewskyj, P. A. Heiney (Physics Department, University of Pennsylvania), J. Y. Josefowicz (Materials Science Department, University of Pennsylvania), T. Plesnivy, H. Ringsdorf and P. Schuhmacher (Organic Chemistry Department, University of Mainz, Mainz, Germany)

M35.04 Head group and tail group structures in Langmuir-Blodgett films of lead stearate

A.G. Richter, A. Malik, M.K. Durbin, P. Dutta (Dept. of Physics and Astronomy, Northwestern Univ.) and K. Huang (Materials Science Division, Argonne National Lab.)

M35.05 Sinusoidal shear studies of Langmuir monolayers

R. S. Ghaskadvi, P. Dutta and J. B. Ketterson (Dept of Physics and Astronomy, Northwestern Univ.)

M35.06 Chromatography of Macromolecules Near the Absorption Transition: Copolymers, Combs and Stars

C.M. Guttman, J. Douglas and E.A. Di Marzio (NIST)

M35.07 Large Scale Structures in Isotactic Polystyrene and its Ionomers

W. Zajac, L.K. Nicholson, B.J. Gabrys, K. Mahmood (Brunel U. of West London) and D.G. Peiffer (Exxon)

M35.08 Sol-Gel Transition: Effects of Reversibility and Mobility \ast

YIMIN LIU and RAS B. PANDEY (University of Southern Mississippi)

M35.09 Adhesion of Individual 150 nm Latex Particles to Calcite, Glass, and Cellophane

Y. Luo and W.N. Unertl (Univ. of Maine, Orono, ME)

M35.10 Determination of Scaling Exponents of Polymer Gels

Daniel P. Aalberts (MIT and Instituut-Lorentz, Leiden)

M35.11 Characterization of Polymeric Membranes by Thermally Stimulated Techniques. Effects of Ageing

M. Calop, Al. Lamure, C. Lacabanne (U. of Toulouse) and N. Abidine (Tech-Sep Miribel)

M35.12 Crystal Thickening Proces in Crosslinked Low Density Polyethylene XLPE

M. Grimau, G. Teyssedre, J.J. Martinez and C. Lacabanne (U. Paul Sabatier-Toulouse)

M35.13 Study of the Molecular Mobility of Collagen

S. Mezghani, A. Lamure and C. Lacabanne (U. of Toulouse)

M35.14 New Lattice Model for RIS Polymer Chains

R.F. Rapold and W.L. Mattice (U. Akron)

M35.15 Electric Field Effects in Polymer Thin Films Studied Using Electrochromism, Dielectric Relaxation and Second Order Nonlinear Optics

M. Ostrowski, K. Haber and H. Lackritz (Prudue U.)

M35.16 Self Consistant Field Theory of Compressible Inhomogeneous Polymer Solutions

S.K. Nath and J.D. McCoy (New Mexico Inst. of Mining and Technology)

M35.17 Density Functional Theory of Polymer-Polymer Phase Separation Behavior

S.K. Nath and J.D. McCoy (New Mexico Inst. of Mining and Technology)

M35.18 Aging Phenomena in XLPE Power Cable

C. Robertson, D. Fournier, L. Lamarre and M.R. Wetheimer (IREQ))

M35.19 Random Copolymers at Interfaces

R. Kulasekere, J.A. Ankner, H. Kaiser (Univ. of Missouri), T.P.Russell IBM (A.M.) and Mayes MIT

M35.20 Ellipsometric Studies of Polymer Adsorption in Poor Solvents

S.W. Barton, G. Dris (U. of Massachusetts), B.J. Factor and J.W. Schmidt (NIST)

M35.21 Dielectric Behavior of Polycarbonate/Polyester Mixtures Upon Transesterfication

B.J. Factor, F.I. Mopsik and C.C. Han (NIST)

M35.22 Analysis of TSDC Curves by Monte Carlo Simulated Annealing Minimization

A. Bello, E. Laredo and N. Suarez (U. Simon Bolivar)

M35.23 Dielectric Relaxations and Phase Transitions in Liquid Crystalline PTETOB

N. Suarez, E. Laredo, A. Bello and J.M.G. Fatou (U. Simon Bolivar)

M35.24 Crystallization Effects in Poly(ethylene)-Containing DiBlock Copolymers

A.J. Ryan (UNMIST), I.W. Hamley (U. Durham), W. Bras (Daresbury Laboratory) and F.S. Bates (U. Minnesota)

M35.25 Weak-to-Strong Penetration Transition of Polymer into Porous Materials

I. Taraoka and A. Dube (Polytechnic U.))

M35.26 Expulsion of Single Chains from Grafted Brushes - A Monte-Carlo Simulation

S. Misra and W.L. Mattice (U. Akron)

M35.27 Relaxation Dynamics of a Triblock Copolymer Network

M.T. Nguyen-Misra and W.L. Mattice (U. Akron)

M35.28 n Differential Anomalous x-ray Scattering (DAS) From an Amorphous Polymer Electrolyte: PPO_xZnBr_2

J. Fishburn and S.W. Barton (U. Massachusetts)

M35.29 Dielectric Normal Mode Relaxation in Diblock Copolymers in the Disordered and in the Ordered State

G. Fytas, K. Karatasos, S.H. Anastasiadis, D. Vlassopoulos, G. Floudas, A.N. Semenov (Foundation for Research & Technology-Hellas), S. Pispas, M. Pitsikalis, N. Hadjichristidis (U. Athens), H. Watanabe (Kyoto U.) and T. Pakula (MPI-P, Germany)

M35.30 Relaxation of Composition Fluctuations in Diblock Copolymer Melts near the Order-Disorder Transition Investigated by Polarized Dynamic Light Scattering

T. Jian, K. Karatasos, S.H. Anastasiadis, G. Fytas, K. Chrissopoulou, K. Adamcyk and A.N. Semenov (Foundation for Research & Technology-Hellas)

M35.31 Kinetic Studies of Photopolymerizationat Metal Surfaces Using Surface Second Harmonic Generation

S. Subrahmanyan, F. Chen and H.S. Lackritz (Purdue U.)

M35.32 Study of the Mesophase of PEIM-12 by Solid State ^13C NMR

W. Chen, M. Pyda and B. Wunderlich (U.Tennessee)

M35.33 Study of the Mesophase of PEIM-12 by Thermal Analysis

M. Pyda, W. Chen and B. Wunderlich (U. Tennessee)

M35.34 Structure Analysis of poly(p-phenylene terephthalamide Fibers with a Full-pattern x-ray Diffraction Method

Y. Fu and B. Wunderlich (U. Tennessee)

M35.35 Thermal Degradation of Polyethylene and Teflon

R.E. Tuzun, D.W. Noid and B.G. Sumpter (Oak Ridge National Lab)

M35.36 Nonlinear Dynamics of Polymer Chains

D.W. Noid, B.G. Sumpter and D. Newman (Oak Ridge National Lab)

M35.37 Calculating the Vibrational Spectra of Linear Polymers from Molecular Dynamics Trajectories

C.E. Wozny (Waycross College), B.G. Sumpter and D.W. Noid (Oak Ridge National Lab)

M35.38 Computational Experiments on the Migrationof Internal Energy in Macromolecular Systems

B.G. Sumpter and D.W. Noid (Oak Ridge National Lab)

M35.39 Single Crystals of Poly(p-phenylene terephthalamide) prepared by Melt Polymerization-crystallization

J. Liu, J.J. Sang, S.Z.D. Cheng (U. Akron) and P.H. Geil (U. Illinois)

M35.40 Poly (p-oxybenzoate) Molecular Packing

D. Dorset (Hauptman-Woodward Medical Res. Inst.), J. Liu, T.C. Long, B.-L. Yuan and P.H. Geil (U. Illinois)

M35.41 Phenyl Branched Main Chain Liquid Crystal Polymers

S.-M. Huh, J.-I. Jin (Korea U), J. Liu and P.H. Geil (U. Illinois)

M35.42 Morphology and Crystal Structure of poly(terephthalateanhydridge)

T.C. Long, J. Liu, B.-L. Yuan and P.H. Geil (U.Illinois)

M35.43 Deformation and Breakup of Droplets in Polymer Blends in a DC Electric Field

K. Xi and S. Krause (Rensselaer Polytechnic Inst.)

M35.44 Effect of Crystallization on the Morphologies of Block Copolymer /homopolymer Blends Case in a DC Electric Field

Y. Ye, G.E. Wnek and S. Krause (Rensselaer Polytechnic Inst.)

M35.45 Spectroscopic Characterization of Pyridine-Containing Polyurethanes

E.M. O'Connell, T.W. Root and S.L. Cooper (U. Wisconsin)

M35.46 Charge Transport Through Chromophore Doped Polymer Thin Films for Second Order Nonlinear Optics

T.A. Pasmore, J. Talbot and H.S. Lackritz (Prudue U.)

M35.47 Phase Stability and Chain Disorder in Quenched Binary and Multicomponent n-Alkane Crystalline Mixtures

D. Clavell-Grunbaum (Holy Names College), H.I. Strauss and R.G. Snyder (U. California at Berkeley)

M35.48 Rubbery-Regime Intermolecular Chain Coupling and Glassy-Regime Apparent Activation Engergies of Plasticized Polymeric Media

K.E. Hamilton and J.M. Torkelson (Northwestern U.)

M35.49 The Gel Effect in the Absence of Entanglements

G.A. O'Neil and J.M. Torkelson (Northwestern U.)

M35.50 2D vs. 3D Coarsening in Phase Separated Polymer Solutions: Dependence on Interfacial Tension

C.K. Haas, S.W. Song and J.M. Torkelson (Northwestern U.)