'Free electron laser' presentation slideshows

Free electron laser - PowerPoint PPT Presentation


Applications of Density-Functional Theory: Structure Optimization, Phase Transitions, and Phonons

Applications of Density-Functional Theory: Structure Optimization, Phase Transitions, and Phonons

Applications of Density-Functional Theory: Structure Optimization, Phase Transitions, and Phonons. Christian Ratsch UCLA, Department of Mathematics. In previous talks, we have learned how to calculate the ground state energy, and the forces between atoms.

By bailey
(319 views)

Michael L. Bosworth Deputy Chief Technology Officer NAVSEA 05TB michael.bosworth@navy.mil

Michael L. Bosworth Deputy Chief Technology Officer NAVSEA 05TB michael.bosworth@navy.mil

for SNAME SD-5 Advanced Marine Vehicles Committee and International Hydrofoil Society Joint Dinner Meeting 8 February 2012.

By stevie
(428 views)

Synchrotron Radiation Interaction with Matter; Different Techniques

Synchrotron Radiation Interaction with Matter; Different Techniques

Synchrotron Radiation Interaction with Matter; Different Techniques. Anders Nilsson. Stanford Synchrotron Radiation Laboratory. Why X-rays? VUV ?. What can we hope to learn?. Photon Interaction. Incident photon interacts with electrons Core and Valence. Cross Sections. Photon is

By toya
(132 views)

Accelerator Research at SLAC

Accelerator Research at SLAC

Accelerator Research at SLAC. Tor Raubenheimer. Stanford Graduate Student Orientation September 20, 2013. What are accelerators?.

By zoltin
(137 views)

Puffin

Puffin

Puffin. L.T. Campbell & B.W.J. McNeil University of Strathclyde. What is an FEL?. In a Free Electron Laser (FEL), a beam of relativistic electrons and a radiation field co-propagate an undulator or wiggler An undulator or wiggler is a periodic array of alternating magnetic poles

By mickey
(158 views)

Particle Physics at Budker INP Novosibirsk, Russia

Particle Physics at Budker INP Novosibirsk, Russia

Particle Physics at Budker INP Novosibirsk, Russia. 09/10/2009 ECFA meeting in Moscow. Budker INP is the Research Center of the Russian Academy of Sciences.

By micheal
(127 views)

BASICS OF LASERS AND LASER LIGHT

BASICS OF LASERS AND LASER LIGHT

BASICS OF LASERS AND LASER LIGHT. Jayant K. Jogi Asst. Professor in Physics, L . E . College, MORBI. The word LASER is an acronym for. L ight A mplification by S timulated E mission of R adiation. Types of LASER.

By shiro
(2713 views)

Free Electron Lasers (I)

Free Electron Lasers (I)

Advanced School on Synchrotron and Free Electron Laser Sources and their Multidisciplinary Applications. Free Electron Lasers (I). Enrico Allaria. enrico.allaria@elettra.trieste.it. Sincrotrone Trieste. Outline. Basic concepts of light-electron interaction in a Free-Electron Laser

By luana
(189 views)

Fundamentals of Laser Operation

Fundamentals of Laser Operation

Fundamentals of Laser Operation. Laser Fundamentals. Monochromatic intensity Directional coherent These properties of laser light are what can make it more hazardous than ordinary light. Laser light can deposit a lot of energy within a small area. N 12 α N 1 Q N 12 = B 12 N 1 Q.

By cesarrobinson
(4 views)


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