'Wavelength shift' presentation slideshows

Laser scanning confocal microscope

Photonics for bio-imaging and bio-sensing Rongqing Hui Dept. Electrical Engineering & Computer Science, The University of Kansas, Lawrence Kansas. Fluorescently labeled tissue. 3-demensional translation stage. Detector pin-hole. Photo detector. Laser source. Lens. Lens. Beam splitter.

450 views • 28 slides

Laser scanning confocal microscope

Photonics for bio-imaging and bio-sensing Rongqing Hui Dept. Electrical Engineering & Computer Science, The University of Kansas, Lawrence Kansas. Fluorescently labeled tissue. 3-demensional translation stage. Detector pin-hole. Photo detector. Laser source. Lens. Lens. Beam splitter.

400 views • 28 slides

Subaru HDS Transmission Spectroscopy of the Transiting Extrasolar Planet HD 209458b

Ref. Narita et al. 2005 (PASJ 57, 471) Winn et al. 2004 (PASJ 56, 655). Subaru HDS Transmission Spectroscopy of the Transiting Extrasolar Planet HD 209458b. The University of Tokyo Norio Narita. collaborators Yasushi Suto, Joshua N. Winn, Edwin L. Turner, Wako Aoki,

249 views • 18 slides

368 views • 18 slides

Compton Scattering: Observation of the Compton wavelength shift

Tony Hyun Kim (Partner: Connor McEntee) 12/1/2008 8.13 MW2-5 Prof. Roland. Compton Scattering: Observation of the Compton wavelength shift. Topics to be discussed. Introduction Classical EM vs. Compton scattering Compton wavelength shift Compton scattering (Klein- Nishina ) cross-section

435 views • 15 slides

Chapter 2 Photons-particlelike properties of radiation

Chapter 2 Photons-particlelike properties of radiation. 2.1 Introduction. radiation with matter: the photoelectric effect, the Compton effect, and pair production. scattering or absorption of radiation with matter : bremsstrahlung (X ray) and

402 views • 14 slides

Fluorescence Lifetimes

Pulse of Excited light fluorophore w/10ns decay fluorophore w/2ns decay. Fluorescence Lifetimes. k f. k i. 0. 400. 500. 600. 700. F. Short Wavelength Excitation. Long Wavelength Emission. Longer Wavelength. Higher Energy. INTENSITY. 400. 450. 500. 550. 600. 650.

715 views • 12 slides

Doppler Effect

Doppler Effect. Moving Source. Sound moves equally in all directions from a source. Circular (or spherical) pattern If the source is moving the origin of successive circles moves. Wavelength Shift. The normal period is T and the observer moves at speed u .

150 views • 8 slides