'Electron wave' presentation slideshows

DeBroglie Hypothesis

DeBroglie Hypothesis. Problem with Bohr Theory: WHY L = n ? ? have integers with standing waves: n( ? /2) = L consider circular path for standing wave: n ? = 2 ? r from Bohr theory: L = mvr = nh/2 ? ??? Re-arrange to get 2 ? r = nh/mv = n ??

751 views • 70 slides

Modern Theory of the Atom

494 views • 49 slides

PH300 Modern Physics SP11

661 views • 45 slides

Fourier Transforms and Images

Fourier Transforms and Images. Our aim is to make a connection between diffraction and imaging - and hence to gain important insights into the process. What happens to the electrons as they go through the sample?. What happens to the electrons .

516 views • 34 slides

Physical Metallurgy 4th Lecture

Physical Metallurgy 4th Lecture. MS&E 410 D.Ast dast@ccmr.cornell.edu 255 4140. We went over these boys already, including why they have color ! Now Hg is really interesting metal, next HW. HW 4-1

459 views • 29 slides

Using a Wavelength Dispersive Spectrometer to measure XAFS

Using a Wavelength Dispersive Spectrometer to measure XAFS. Matt Newville, Steve Sutton, Mark Rivers, Peter Eng GSECARS. GSECARS beamline and microprobe station, Kirkpatrick-Baez mirrors. XAFS and x-ray fluorescence measurements. The Wavelength Dispersive Spectrometer.

433 views • 20 slides

Department of Electronics

Introductory Nanotechnology ~ Basic Condensed Matter Physics ~. Atsufumi Hirohata. Department of Electronics. Quick Review over the Last Lecture. k y. f(E ). 0. k x. 0. E. 0. Wave / particle duality of an electron :. Fermi-Dirac distribution ( T -dependence) :.

294 views • 18 slides

Analyzing Diffraction Patterns: Shape Factor

496 views • 15 slides

Electron Diffraction Experiment

683 views • 1 slides