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Documents Electron Microcopy 180/198-334 Useful info – many websites. Images here from .

Slide 1Electron Microcopy 180/198-334 Useful info – many websites. Images here from www.microscopy.ethz.ch/elmi-home.htm Slide 2 De Brogle wavelength of electrons 100 KeV…

Documents Chapter 29 Light Waves. Huygens’ Principle Every point on a wave front can be regarded as a new...

Slide 1Chapter 29 Light Waves Slide 2 Huygens’ Principle Every point on a wave front can be regarded as a new source of wavelets, which combine to produce the next wave…

Documents Elastic Scattering and Diffraction at DØ Tamsin Edwards for the DØ collaboration 14 th - 18 th...

Slide 1Elastic Scattering and Diffraction at DØ Tamsin Edwards for the DØ collaboration 14 th - 18 th April, 2004 XII International Workshop on Deep Inelastic Scattering,…

Documents CEAC06, Zürich 11.07.2006Achim Hartschuh, Nano-Optics München1 High-Resolution Near-Field Optical....

Slide 1 CEAC06, Zürich 11.07.2006Achim Hartschuh, Nano-Optics München1 High-Resolution Near-Field Optical Spectroscopy of Carbon Nanotubes Achim Hartschuh, Huihong Qian…

Documents Unit on Light Chapter 14 – Light and Reflection Chapter 15 – Refraction Chapter 16...

Slide 1 Unit on Light Chapter 14 – Light and Reflection Chapter 15 – Refraction Chapter 16 –Interference and Diffraction Slide 2 Chapter 14 The Nature of Light “Light”…

Documents March 25, 2015 “Wavestown” sheet 1.Label the 7 types of EM waves 2.Try to list as many uses or.....

Slide 1 March 25, 2015 “Wavestown” sheet 1.Label the 7 types of EM waves 2.Try to list as many uses or locations for EM radiation in the picture 3.Take out notes &…

Documents Direct Reactions. Optical model Represent the target nucleus by a potential -- Attenuation length.

Slide 1 Direct Reactions Slide 2 Optical model Represent the target nucleus by a potential -- Attenuation length Slide 3 Optical model Represent the target nucleus by a potential…

Documents Seismic Wave Propagation. LL F L F = k * L/L (Hooke’s Law) k = Young’s modulus Rand quartzite.....

Slide 1 Seismic Wave Propagation Slide 2 LL F L F = k *  L/L (Hooke’s Law) k = Young’s modulus Rand quartzite strain Elastic Materials Slide 3 Acoustic Waves…

Documents History of Astronomical Instruments The early history: From the unaided eye to telescopes.

Slide 1 History of Astronomical Instruments The early history: From the unaided eye to telescopes Slide 2 The Human Eye Anatomy and Detection Characteristics Slide 3 Anatomy…

Documents X-ray Crystallography Kalyan Das. Electromagnetic Spectrum 10 -1 to 10 nm 400 to 700 nm 10 -4 to 10....

Slide 1 X-ray Crystallography Kalyan Das Slide 2 Electromagnetic Spectrum 10 -1 to 10 nm 400 to 700 nm 10 -4 to 10 -1 nm 10 to 400 nm 700 to 10 4 nm X-ray radiation was discovered…