'Field enhancement' presentation slideshows

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675 views • 57 slides

Q-Han Park Korea Univ.

Q-Han Park Korea Univ. APSE 2010. Electromagnetic field enhancement in nano optics. The 4 th Yamada Symposium on Advanced Photons and Science Evolution 2010. EM field enhancement - antennas. Monopole antenna. Marconi's antenna system at Poldhu Cornwall, December 1901.

668 views • 41 slides

Ultrafast nanoscience @ELI-ALPS

554 views • 36 slides

Enhancing Electron Emission

513 views • 36 slides

Photocathode Theory

512 views • 35 slides

Carbon Nanotube An Old Thing With New Name ?

Carbon Nanotube An Old Thing With New Name ?. Carbon nanotube ?. C60-FULLERENE SINGLE WALL NANOTUBE. Carbon Nanotube Technology. Single Walled Carbon Nanotube SWNT. Multi Walled Carbon Nanotube MWNT. Fullerene Cap. 10-200 nm. 1.2 nm. Properties of Interest.

817 views • 28 slides

Dark Current Simulation for the T18vg2.6 Structure

Dark Current Simulation for the T18vg2.6 Structure. Zenghai Li , Arno Candel, Lixin Ge SLAC National Accelerator Laboratory CLIC Workshop, Oct 14, 2009, CERN. * Work supported by U.S. DOE ASCR, BES & HEP Divisions under contract DE-AC02-76SF00515. Outline. T18vg2.6 Dark Current Simulation

352 views • 24 slides

Cu + Acid Passivation + Etching (43)

Cu + Acid Passivation + Etching (43). Kazue Yokoyama. overview. Spot1 (z=4.05) : No reliable data (I found broken cables in a circuit.) Spot2 ( z=4.15) : Measured beta & BD Field Spot3 ( z=4.25) : Measured beta & BD Field Spot4 ( z=4.35) : Measured spectrums by Jan

256 views • 18 slides

Laboratoire de Physique des Interfaces et des Couches Minces (LPICM) CNRS, Ecole Polytechnique

Polarization properties of oblique incidence Tip enhanced Raman spectroscopy. Gennaro Picardi. Laboratoire de Physique des Interfaces et des Couches Minces (LPICM) CNRS, Ecole Polytechnique 91128 Palaiseau France. SPM ( PSIA ). Optical coupling. Raman ( HORIBA JY ). Grating.

364 views • 17 slides

Simulation of plastic deformation of surfaces under high electric field

Simulation of plastic deformation of surfaces under high electric field. Simon Vigonski , Mihkel Veske, Vahur Zadin, Alvo Aabloo, Flyura Djurabekova. Outline. Introduction and motivation Fe precipitate effect on surface geometry Void formation near precipitate Internal stress distribution

327 views • 16 slides

An Introduction to Breakdown Simulations With PIC Codes

C. Nieter , S.A. Veitzer, S. Mahalingam, P. Stoltz Tech-X Corporation MTA RF Workshop 2008

304 views • 16 slides

Effects of External Fields on RF Cavity Operation

Effects of External Fields on RF Cavity Operation. Diktys Stratakis Advanced Accelerator Group Brookhaven National Laboratory. Thanks to: J. S. Berg, R. C. Fernow, J. C. Gallardo, H. Kirk, R. B. Palmer (PO-BNL), X. Chang (AD-BNL), S. Kahn (Muons Inc.).

266 views • 16 slides

Breakdown from Asperities

260 views • 15 slides

256 views • 14 slides

CERN Accelerator School Superconductivity for Accelerators Case study 5

226 views • 11 slides

Proposed ILSA/FSC Expt. Aug. 2007

152 views • 5 slides

PROPOSED RESEARCH PROGRAM

PROPOSED RESEARCH PROGRAM. This programs aims to develop better means to produce RF cavities in order to optimise: Achievable accelerating gradients Reproducibility

121 views • 5 slides

NEW FREQUENCY GENERATION WITH METALLIC NANOANTENNAS ON AS 2 SE 3

91 views • 1 slides

model

151 views • 1 slides

NEW FREQUENCY GENERATION WITH METALLIC NANOANTENNAS ON AS 2 SE 3

139 views • 1 slides