'Rate coefficients' diaporamas de présentation

Continuum Modeling of Electrodiffusion around single molecule

Continuum Modeling of Electrodiffusion around single molecule. Benzhuo Lu Institute of Computatuonal Mathematics and Scientific/Engineering Computing KITPC, Beijing, July 29, 2009. Outline. Introduction Continuum model of Electro-Diffusion-reaction Processes Numerical strategies

539 views • 42 slides

Continuum Modeling of Electrodiffusion around single molecule

Continuum Modeling of Electrodiffusion around single molecule. Benzhuo Lu Institute of Computatuonal Mathematics and Scientific/Engineering Computing KITPC, Beijing, July 29, 2009. Outline. Introduction Continuum model of Electro-Diffusion-reaction Processes Numerical strategies

588 views • 42 slides

Infrared Observations of E-V and T-V Energy Transfer

Prof. Giles Henderson Retirement Symposium Eastern Illinois University 24 March 2001. Infrared Observations of E-V and T-V Energy Transfer. David A. Dolson Department of Chemistry Wright State University Dayton, OH. Thanks to . . . . Giles Henderson Richard Keiter EIU Faculty

468 views • 34 slides

V6: Chemical Kinetics & Transition States

V6: Chemical Kinetics & Transition States. see chapter 19 in book of K. Dill Aim : describe kinetics of processes on energy landscapes (e.g. chemical reactions). temperature effect detailed balance mass action law Arrhenius plots

510 views • 29 slides

Primer to CanTherm

Primer to CanTherm. Shamel Merchant. 27 th Sept 2013. What is CanTherm. Thermodynamic Properties Kinetic rate coefficients. CanTherm. Gaussian. What is CanTherm. CanTherm is written in python and can be used for the following calculations

385 views • 27 slides

Astrochemistry Les Houches Lectures September 2005 Lecture 3

Astrochemistry Les Houches Lectures September 2005 Lecture 3. T J Millar School of Physics and Astronomy University of Manchester PO Box88, Manchester M60 1QD. Dissociative Recombination. H 3 + : CRYING measurement at T rot = 30 K a = 6.7 10 -8 (T/300) -0.52

386 views • 26 slides

Astrochemistry Les Houches Lectures September 2005 Lecture 3

Astrochemistry Les Houches Lectures September 2005 Lecture 3. T J Millar School of Physics and Astronomy University of Manchester PO Box88, Manchester M60 1QD. Dissociative Recombination. H 3 + : CRYING measurement at T rot = 30 K a = 6.7 10 -8 (T/300) -0.52

266 views • 26 slides

History of the Master Chemical Mechanism (MCM) and its development protocols

326 views • 25 slides

Introduction to Plasma-Surface Interactions

Introduction to Plasma-Surface Interactions. Lecture 3 Atomic and Molecular Processes. Ionization and charge exchange. Neutral atoms entering the plasma from the boundary meet the plasma and are subject to ionization, excitation and charge exchange

268 views • 23 slides

Using Time of Flight Mass Spectrometry to Determine Temperature

Using Time of Flight Mass Spectrometry to Determine Temperature. James C. Gleeson gleesonjc@appstate.edu James Cowart, Anthony Calamai, Adrian Daw Ion Trapping Group Department of Physics and Astronomy Appalachian State University Boone, NC. Ion Trap Experiments at AppState:.

316 views • 19 slides

Molecular Data in Tokamak edge Modelling D. Tskhakaya

318 views • 18 slides

Dissociative Recombination of diatomic cations with electrons in cold plasma

Dissociative Recombination of diatomic cations with electrons in cold plasma. TSR. Francois Olivier WAFFEU TAMO Republic of CAMEROUN Thesis in alternance (2004 - present). Ousmanou MOTAPON University of Douala, CEPAMOQ CAMEROUN. Ioan F. SCHNEIDER University of Havre, LMPG FRANCE.

299 views • 17 slides

Lecture 2: Physical Processes In Astrophysical and Laboratory Plasmas

Lecture 2: Physical Processes In Astrophysical and Laboratory Plasmas. Lecture 1: Temperature-Density regime Many physical processes Focus on Atomic+Plasma interactions Atomic properties are intrinsic , independent of external factors (temp, den, etc.)

171 views • 6 slides