'Airy disc' presentation slideshows

HIGH RESOLUTION & CONTRAST

HIGH RESOLUTION & CONTRAST. Imaging F. Pedichini. PARSEC: 3.26 ly. 3 Pc. 1 arcsec. 1 Pc. 1 A.U. 1 A.U. 1 A.U. 1 A.U. 2 arcsec. EXO_Planets @ 10 pc. 1rad = 206265 arcsec [1 mas = 1e-3 arcsec ]. 10 pc. 100 mas. 1 A.U. 300 mas. 3 A.U. 500 mas. 5 A.U.

558 views • 44 slides

Electron Optics Basic Introduction

Electron Optics Basic Introduction. Bob Ashley 6-14-2013. Overview . Why electrons? Wavelength and visible light Effects of diffraction and resolution Lens design Defects and distortions Magnification. Electron Duality. Electrons have a particle and wave nature

810 views • 32 slides

ENE 451

ENE 451. Fundamental of Optical Engineering Lecture 5. Diffraction. Diffraction is any behavior of light which deviates from predictions of geometrical optics. We are concerned about the transformations of wave from near field to far field and far field to near field.

422 views • 26 slides

Fraunhofer Diffraction: Circular aperture

769 views • 22 slides

30-meter cabin refurbishment for a large Field Of View: status of on-going study

281 views • 19 slides

Live Cell Imaging By CLASS Microscopy Rajarshi Choudhury

Live Cell Imaging By CLASS Microscopy Rajarshi Choudhury. Microscopy. Why we use microscope? Better magnification Better resolution Determination of ultra structure What are the factors that determine the resolution of a point in microscope?. Different types of microscopy. Light

336 views • 16 slides