'Single slit diffraction pattern' presentation slideshows

Chapter 35 Diffraction and Polarization

Chapter 35 Diffraction and Polarization. 35-1 Diffraction by a Single Slit or Disk. If light is a wave, it will diffract around a single slit or obstacle. 35-1 Diffraction by a Single Slit or Disk. The resulting pattern of light and dark stripes is called a diffraction pattern.

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11: Wave Phenomena

11: Wave Phenomena. 11.3 Single slit diffraction. Single Slit Diffraction We have already established that diffraction will occur at an aperture of width b if ? ? b

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Find the wavelength of light used in this 2- slits interference. Note: Not drawn to scale.

Q1.1. Find the wavelength of light used in this 2- slits interference. Note: Not drawn to scale. 3.16mm 0.666mm 0.000633mm 0.200mm. Ans: ?=633nm (typical of red He-Ne laser). Phasor review. Will need phasors to understand diffraction gratings.

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Simple Harmonic Motion of a Transverse Wave

A wave is a single vibratory disturbance of energy as it propagates through a medium. A pulse is a single disturbance. A pulse on a rope. This is an example of a transverse pulse. As the energy travels to the right the wave is displaced vertically. Simple Harmonic Motion of a Transverse Wave.

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Chapter III OPTICS

Chapter III OPTICS Lecture 3.6 Books : ( 1) Optics, 3 rd edition: Ajoy Ghatak , McGraw-Hill Companies. N-slit Fraunhofer Diffraction Pattern (Plane diffraction grating):.

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A: Wave Phenomena

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Chapter 38

Chapter 38. Diffraction and Polarization. Outline. Introduction to diffraction Diffraction from narrow slits Resolution of single-slit and circular apertures. Introduction to diffraction.

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