'Soft matter' diaporamas de présentation

??? Nanjing City

1.52k views • 121 slides

Structures induced from polymer-membrane interactions: Monte Carlo simulations How much can we torture the axisymme

Structures induced from polymer-membrane interactions: Monte Carlo simulations How much can we torture the axisymmetric bending-energy model?. Jeff Z. Y. Chen ( ??? ) Department of Physics & Astronomy University of Waterloo, CANADA. Multi-var min Simulated MC Annealing.

984 views • 79 slides

Soft Matter and Statistical Physics 3SMS 16 January, 2007 Lecture 1: Introduction to Soft Matter

Soft Matter and Statistical Physics 3SMS 16 January, 2007 Lecture 1: Introduction to Soft Matter. What is Condensed Matter?. Phase diagram of carbon dioxide. Image : http://wps.prenhall.com/wps/media/objects/602/616516/Chapter_10.html.

668 views • 48 slides

Lectures on Modern Physics

Lectures on Modern Physics. Jiunn-Ren Roan. 21 Dec. 2007. Soft Matter. What Is Soft Matter? Polymers Fundamental Definitions Common Polymers Configuration and Conformation The Ideal Chain Non-ideal Chains Block Copolymers Colloids Fundamental Definitions

1.07k views • 36 slides

Neutrons and Soft Matter

850 views • 33 slides

Cambridge University and the Natural approach to teaching Science

463 views • 31 slides

Evgeny Karpushkin, Andrey Bogomolov WSC-9, Tomsk, Feb 2014

Morphology assessment of polymer hydrogels using multivariate analysis of viscoelastic and swelling properties. Evgeny Karpushkin, Andrey Bogomolov WSC-9, Tomsk, Feb 2014. What is h y drogel ?. Large variety of gels, but in this talk

264 views • 18 slides

Incorporating Hydrodynamics into Monte Carlo Simulations

Incorporating Hydrodynamics into Monte Carlo Simulations. R C Ball, Physics Theory Group and Centre for Complexity Science University of Warwick assoc. member Centre for Scientific Computing. Outline. Monte Carlo simulation and Diffusion

273 views • 16 slides

Discussion on XFEL Sciences

Discussion on XFEL Sciences. XFELO Characteristics. High repetition rate (cf. XFEL) ? High Flux (2) Long longitudinal coherence length (Full temporal coherence) (3) Ultrafine BW (4) Stability (5) Other: - Tunable, typically over 5% photon energy

281 views • 14 slides

Externe stage: Shell Technology India Bangalore, India

290 views • 11 slides

Opportunities in Soft Matter Research at NSLS II

Opportunities in Soft Matter Research at NSLS II. Micro-SAXS experiments X-ray Photon Correlation Spectroscopy New Things with Coherence. GISAXS from Polymer Brushes on Micromechanical Cantilevers.

228 views • 9 slides

Opportunities in Soft Matter Research at NSLS II

Opportunities in Soft Matter Research at NSLS II. Micro-SAXS experiments X-ray Photon Correlation Spectroscopy New Things with Coherence. GISAXS from Polymer Brushes on Micromechanical Cantilevers.

100 views • 9 slides

221 views • 7 slides

Computational Methods for F luids and Soft Matter (AC274): Plan

254 views • 7 slides

Viscoelastic response in soft matter

241 views • 4 slides

Stuart McKaige , Computational Algorithms for Packing Circles in a Square Box

CAREER: Mapping the Packing Geometry of Twisted Bundles Gregory M. Grason, University of Massachusetts Amherst, DMR 0955760.

135 views • 2 slides

University of Wisconsin Nanoscale Science and Engineering Center on Templated Synthesis and Assembly at the Nanoscale

Bare TiO 2 particles. DHBA. citrate. University of Wisconsin Nanoscale Science and Engineering Center on Templated Synthesis and Assembly at the Nanoscale. Thrust 3: Driven Assembly at the Nanoscale. Thrust 1: Directed Assembly of Block Copolymer Materials.

175 views • 1 slides

A. CONCEPT

C. PHOTONIC BAND GAP TUNING. The PBG was blue-shifted or red-shifted continuously as a function of the electric field strength or drive frequency.

138 views • 1 slides

IRG-C: Self-assembly of ionic surfactants accelerated by graphics processing units (GPUs)

IRG-C: Self-assembly of ionic surfactants accelerated by graphics processing units (GPUs) Nai Phuan Ong , Princeton University, DMR 0819860.

127 views • 1 slides

Reference: D. N. LeBard et al., Soft Matter 8: 2385-97 (2012)

IRG-C: Self-assembly of ionic surfactants accelerated by graphics processing units (GPUs) (DMR-0819860) D. N. LeBard, B. G. Levine, A. Jusufi, M. L. Klein (Temple), P. Mertmann, S. A. Barr, S. Sanders, and A. Z. Panagiotopoulos (Princeton).

84 views • 1 slides