'Strong field' presentation slideshows

An Introduction to Particle Production in High Energy Nuclear Collisions

An Introduction to Particle Production in High Energy Nuclear Collisions. Jamal Jalilian-Marian Institute for Nuclear Theory University of Washington. Outline. Perturbative QCD (pQCD) Proton-proton collisions Collinear factorization Distribution functions QCD at high energy/large A

694 views • 69 slides

Crystal Field Theory

Crystal Field Theory. Focus: energies of the d orbitals Assumptions 1. Ligands: negative point charges 2. Metal-ligand bonding: entirely ionic strong-field (low-spin): large splitting of d orbitals weak-field (high-spin): small splitting of d orbitals. d xy. d xz. d yz.

2.98k views • 65 slides

Complex Ions

Complex Ions. Complex Ion. An ion formed when a positive central element binds with multiple ions or polar molecules. Complex Ion. The central element is almost always a positively charged metal. Describe or define a Complex Ion. Anion. Negatively charged ion. Cation.

825 views • 51 slides

Coordination Chemistry Bonding in transition-metal complexes

Coordination Chemistry Bonding in transition-metal complexes. Summary of key points on isomerism. Crystal field theory: an electrostatic model. The metal ion will be positive and therefore attract the negatively charged ligands.

1.39k views • 47 slides

Coordination Chemistry Bonding in transition-metal complexes

Coordination Chemistry Bonding in transition-metal complexes. Crystal field theory: an electrostatic model. The metal ion will be positive and therefore attract the negatively charged ligands. But there are electrons in the metal orbitals, which will experience repulsions

616 views • 45 slides

Alfred Werner - 1893 VBT Crystal Field Theory (CFT) Modified CFT, known as Ligand Field Theory MOT

Bonding in coordination compounds. Nobel prize 1913. Alfred Werner - 1893 VBT Crystal Field Theory (CFT) Modified CFT, known as Ligand Field Theory MOT . How & Why?. Valance Bond Theory. Basic Principle.

3.02k views • 39 slides

320 views • 32 slides

Basis for Color in Transition Metal (TM) Complexes

689 views • 29 slides

Average: 71 % Top grade: 100 % ?

Please pick up your Midterm and Solutions from front of class . Average: 71 % Top grade: 100 % ? . Test % score distribution:. Make sure you go through your test and the solutions carefully to understand where you went wrong. Ask me at office hours if needed.

408 views • 28 slides

New theoretical tools for studying ionospheric electrodynamics

396 views • 26 slides

The Physics of Charge-Asymmetric Molecular States

344 views • 26 slides

Strong field effects

258 views • 25 slides

Time-Dependent Calculations of Strong Field Ionization and High Harmonics Generation

Igor Bray. Centre for Antimatter-Matter Studies. Time-Dependent Calculations of Strong Field Ionization and High Harmonics Generation. Interplay between strong field effects. and many-electron correlations. Anatoli Kheifets and Igor Ivanov. Motivation. Strong Field Ionization

431 views • 22 slides

Metal-ligand s interactions in an octahedral environment

Metal-ligand s interactions in an octahedral environment. Six ligand orbitals of s symmetry approaching the metal ion along the x,y,z axes. We can build 6 group orbitals of s symmetry as before and work out the reducible representation. s.

542 views • 20 slides

K. Z. Hatsagortsyan , G. Yu. Kryuchkyan*, A. Ipp, J. Evers and C. H. Keitel

300 views • 17 slides

Nonlinear Odderon evolution in the Color Glass Condensate

Nonlinear Odderon evolution in the Color Glass Condensate. Kazunori Itakura (SPhT, CEA/Saclay). in collaboration with E. Iancu (Saclay), L. McLerran and Y. Hatta (BNL). Motivation.

225 views • 11 slides

A better way of modeling ionospheric electrodynamics

A better way of modeling ionospheric electrodynamics. Paul Withers Boston University (withers@bu.edu) Center for Space Physics Journal Club Tuesday (Monday) 2008.02.19

195 views • 9 slides

Tesla Tales

Tesla Tales. Carlos R. Villa National High Magnetic Field Laboratory. NHMFL Overview. One Of Three National Labs In The Southeast U.S. One Of Nine High Magnetic Field Labs In The World Only One In Western Hemisphere Largest And Highest Powered In The World. NHMFL Overview. User Laboratory

91 views • 0 slides

Tesla Tales

111 views • 0 slides