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PaulBriard-2012-DH-Miami 100%

3D relative locations and diameters measurements of spherical particles by Fourier Interferometry Imaging (FII) 1 Paul BRIARD, 1Sawitree SAENGKAEW, 1Siegfried MEUNIER-GUTTIN-CLUZEL, 2Xue Cheng WU, 2 Ling Hong CHEN and 1Gérard GREHAN 1 CORIA UMR 6614 CNRS/Université et INSA de Rouen, Département ‘Optique &


PaulBriard-2012-LS-Lisbon 99%

16th Int Symp on Applications of Laser Techniques to Fluid Mechanics Lisbon, Portugal, 09-12 July, 2012 Refractive indices measurement of spherical particles by Fourier Interferometry Imaging Gérard Gréhan1,*, Sawitree Saengkaew1 , Siegfried Meunier-Guttin-Cluzel1, Xue C.


PaulBriard-2012-MFTP-Agadir 99%

International Symposium on Multiphase flow and Transport Phenomena April 22-25, 2012, Agadir, Morocco MEASUREMENT OF REFRACTIVE INDEX OF PARTICLES BY FOURIER INTERFEROMETRY IMAGING (FII) P.


PaulBriard-2011-Optics Express 98%

Measurements of 3D relative locations of particles by Fourier Interferometry Imaging (FII) Paul Briard,1 Sawitree Saengkaew,1 Xuecheng Wu,2 Siegfried Meunier-Guttin-Cluzel,1 Linghong Chen,2 Kefa Cen,2 and Gérard Grehan1,* 1 UMR 6614/CORIA, CNRS/Université et INSA de Rouen, Departement ‘Optique &


PaulBriard-2012-Applied Optics 98% This paper presents the possibility of measuring the 3D relative locations and diameters of a set of spherical particles and discusses the behavior of the light recorded around the rainbow angle, an essential step toward refractive index measurements.


Cours-Hubbad06 98%

 Statistics of Identical Particles  Assignment - 1  Creation and Annihilation Operators o Example:


PhysRevA.84.023844 97%

Recently, a great deal of attention has been focused on optical trapping of small dielectric particles using the modes of optical cavities [3–8], both for classical applications [3–5] and for fundamental studies in the field of quantum optomechanics [6–8].


ReportZ 97%

Its main idea is to represent the candidate solution of the optimization problem by an evolving population of particles deployed on the function space.


Nouveau document texte (3) 97%

The Royal Swedish Academy of Science has decided to award the Nobel Prize in Physics for 2013 to François Englert from Belgium and Peter W.Higges, Scotland for the theoretical discovery of a mechanism that contributes to our understanding of the origin of mass of subatomic particles, and which recently was confirmed through the discovery of the predicted fundamental particle, by the ATLAS and CMS experiments at CERN’s Large Hadron Collider.


2017 Lifting options for BALLON stratospheric aerosol 96%

Instead of transporting sulphuric acid mist precursors, such a system could also be used to transport slurries of high refractive index particles such as coated titanium dioxide.


Dynamics-QuickStudy 95%

KINEMATICS PARTICLE MOTION RECTILINEAR MOTION CURVILINEAR MOTION Rectilinear motion is whenever particles move along a straight line.


Reimagining space and the pilot wave 93%

It would consist of a huge amount of particles doing very small movements and those movements, in order to occur, would need to stretch the space in order to move.


Surgical masks -Walid Negla 92%

1- Single use masks (normally one layer, very thin) are typically only effective at capturing larger dust particles, but can do so fairly well.


milimeter wave radar for detecting the speech signal applications 90%

2175 0195.927U96/12(~2175509,5010© 1996 Plenum Publishing Corporation 2176 Li Due to the interation between the EMW and the AW on the large numbers of particles and particle clouds in air supporting and on the interface of two mediums, such as window glass, rough surface, etc, the speech signals can be received without any monitor mounted in T H E ANY NEEDED M O N I T O R I A L PLACE.


EF2+corrigé Ang2 SM 18-19 89%

(0.5pt) 2- Massive particles in the atom are negatively charged.


Holographic Noise in Interferometers 89%

energy particle energy ~1016 TeV Quantum particle size Particle confined to Planck volume makes its own black hole Craig Hogan, Purdue Colloquium, March 2010 3 Two ways to study small scales CERN and Fermilab particle colliders rip particles into tiny pieces —tiny, but not small enough Interferometers may sense nonlocal jitter from the wave character of spacetime Craig Hogan, Purdue Colloquium, March 2010 4 Quantum limits on measuring event positions Spacelike-separated event intervals can be defined with clocks and light But transverse position measured with frequency-bounded waves is uncertain by the diffraction limit, L"


fiche resume carbonie galland 89%

Flotation of fine cassiterite particles of Panasqueira mine, Portugal:


RapportMD 87%

Its main idea is to represent the candidate solution of the optimization problem by an evolving population of particles deployed on the function space.


Interchim Blog Halo2 Flyer ITM 0914 87%

Introducing HALO 2 Fused-Core ® ® UHPLC Columns From Advanced Materials Technology Rugged ∙ High Efficiency ∙ Low Back Pressure HALO 2 Fused-Core particles are designed to address the disadvantages inherent in existing sub-2 micron non-core UHPLC columns.


complément du document aurora par david keith 86%

The larger the geoengineering particles, the faster they settle out of the atmosphere.


Corrigé Ratt2 Ang2 ST 18-19 85%

particles 1- “The most important characteristics of an atom are its atomic number and mass de sS number.” 2- “The universe is wider than our views of it.” lté 3- “Matter is what forms physical objects” Fa cu 4- “Electrons are negatively-charged sub-atomic particles” 5- “A satellite phone connects to satellites that are orbiting the Earth.” 2) ~ 6- “The electrical conductivity of sea-water increases with the salinity.” phenomenon.” (S 7- “The research led to a number of important discoveries about the /S T 8- “When an atom is charged, it becomes an ion.” SM Task N°2 (05 pts):


FP 269 Coating for improved inner cleanliness 328784 84%

The coating technology discussed delivers multiple improvements to inner cleanliness or in other words reduces the quantity of remaining particles in inner critical channels.


final report 83%

discovered a method of optical trapping of dielectric particles by focused laser beam, leading to tremendous progress in the field of light-matter interaction 5-15 .