'Electron model' diaporamas de présentation

Molecules & Solids

1.78k views • 163 slides

Is Matter Made of Light? Superluminal Quantum Models of the Photon and the Electron

Richard Gauthier Santa Rosa Junior College Santa Rosa, CA Sonoma County Astronomical Society November 12, 2008 www.superluminalquantum.org. Is Matter Made of Light? Superluminal Quantum Models of the Photon and the Electron.

536 views • 32 slides

Injection into EMMA

Injection into EMMA. Electron Model with Muon Applications. Electron Model with Many Applications. C. Johnstone, Fermilab NFMCC meeting Fermilab February 9, 2007. Global Ring Properties. ~18 m circumference; ~55 ns circulation time Fast kickers Ring Lattice Doublet lattice

379 views • 28 slides

Hardware development for EMMA

Hardware development for EMMA. Electron Model with Muon Applications. Electron Model with Many Applications. C. Johnstone, Fermilab NuFact05 INFN, Frascotti, Italy June 21-26, 2005. Design Information. Background Scaling vs. nonscaling Ring components Rf magnets Diagnostics BPMs

378 views • 28 slides

Electron Model for a 3-10 GeV, NFFAG Proton Driver

174 views • 17 slides

Electron Model of Linear-Field FFAG for Muon Acceleration

Electron Model of Linear-Field FFAG for Muon Acceleration. The Study 2 FFAGs for muon acceleration are NOT MURA-style scaling FFAGs. They are a new breed of accelerator, using linear elements, with characteristics well matched to the rapid acceleration of beams with large 6D emittance.

290 views • 14 slides

Electron Model of Linear-Field FFAG for Muon Acceleration

Electron Model of Linear-Field FFAG for Muon Acceleration. The Study 2 FFAGs for muon acceleration are NOT MURA-style scaling FFAGs. They are a new breed of accelerator, using linear elements, with characteristics well matched to the rapid acceleration of beams with large 6D emittance.

145 views • 14 slides

Summary: FFAG WORKSHOP nonscaling electron model muon FFAGs

Summary: FFAG WORKSHOP nonscaling electron model muon FFAGs. C. Johnstone Fermilab. Electron Model. Advanced understanding and full lattice designs Linear field lattices: Berg, Koscielniak, Johnstone, Keil, Trbojevic Isochronous lattices: G. Rees

258 views • 13 slides

Proton FFAG Accelerator R&D at BNL

259 views • 12 slides

Periodic Table

Periodic Table. Electron configurations Charges (stable ions for compounds) Trends (size, ionization energy, electronegativity) Polarity of bonds (greater difference in electronegativity, more polar) Determine formulas of compounds (Ionic and Non-ionic). Clicker #1.

186 views • 9 slides