'Slit width' presentation slideshows

Spectroscopy & Spectrographs

Spectroscopy & Spectrographs. Roy van Boekel & Kees Dullemond. Overview. Spectrum, spectral resolution Dispersion (prism, grating) Spectrographs longslit echelle fourier transform Multiple Object Spectroscopy. Spectroscopy: what do we measure?.

1.32k views • 104 slides

Near Infrared Spectrometers and Integral field spectroscopy

Near Infrared Spectrometers and Integral field spectroscopy. Andy Longmore (UK ATC) (contact via supa@roe.ac.uk). Outline of lecture. Recap of principles of IR instrument design Some spectroscopy related specifics Introducing the dispersion element

967 views • 77 slides

Wide Field, High Resolution Integral-Field Near-Infrared Spectroscopy of Extended Objects

Wide Field, High Resolution Integral-Field Near-Infrared Spectroscopy of Extended Objects. Dae-Sik Moon Department of Astronomy & Astrophysics University of Toronto. Most frequent question by Korean astronomers on me :.

836 views • 59 slides

Slit Lamp Training Tim Buckley Product Manager

Slit Lamp Training Tim Buckley Product Manager. Basics Definition and Applications. Definition

1.62k views • 58 slides

Hands-On Quantum Uncertainty

Hands-On Quantum Uncertainty. Quantum uncertainty is present in the diffraction, polarization and interference of light. Classical D iffraction of Light. You will look at a bright spot of light through the slit between two pencils. Sketch what you will see.

605 views • 48 slides

Slit lamp biomicroscopy

10.5k views • 41 slides

Simulating Observations of z~2 galaxies with GLAO

Simulating Observations of z~2 galaxies with GLAO. Yosuke Minowa, Ikuru Iwata (Subaru telescope). 2013/6/13-14 Subaru GLAO Science WS @ Hokkaido Univ. Motivation. What is the most unique capability of the GLAO instrument?

489 views • 35 slides

Spectroscopic Light Sources

Spectroscopic Light Sources. 1. Continuum Sources 2. Line Sources 3. Quasi-continuum Sources. Source Types. Source Characteristics. Continuum Sources. Emit radiation over a broad spectral range. Continuum in Wavelength, not necessarily in time.

446 views • 27 slides

Elements Resolution Grating Equation Designs

522 views • 21 slides

Spectral Resolution and Spectrometers

Spectral Resolution and Spectrometers. A Brief Guide to Understanding and Obtaining the Proper Resolution of the 785 Raman System. Spectral Resolution and Spectrometers. How does a monochromator work? How to calculate spectral resolution.

407 views • 20 slides

Spectral Resolution and Spectrometers

Spectral Resolution and Spectrometers. A Brief Guide to Understanding and Obtaining the Proper Resolution of the 785 Raman System. Spectral Resolution and Spectrometers. How does a monochromator work? How to calculate spectral resolution.

413 views • 20 slides

Visible Spectro-polarimeter (ViSP) Conceptual Design

Visible Spectro-polarimeter (ViSP) Conceptual Design. David Elmore HAO/NCAR Elmore@ucar.edu. ViSP Mission*. Precision measurements of full state of polarization Simultaneously at diverse wavelengths Visible spectrum range Fully resolved line profiles Provides quantitative diagnostics of

323 views • 19 slides

Physics for Scientists and Engineers, 6e

Physics for Scientists and Engineers, 6e. Chapter 38 - Diffraction Patterns and Polarization. Suppose the slit width in the figure below is made half as wide. The central bright fringe. becomes wider remains the same becomes narrower.

196 views • 17 slides

UV-Vis Absorption Spectroscopy

UV-Vis Absorption Spectroscopy. Lecture 23. Instrumental Noise as a Function in Transmittance.

314 views • 12 slides

Announcements

178 views • 10 slides

Q36.1

Q36.1. Light of wavelength l passes through a single slit of width a . The diffraction pattern is observed on a screen a distance x from the slit. Which of the following will give the greatest increase in the angular width of the central diffraction maximum?.

208 views • 10 slides

Single Slit Diffraction

?. ?. ?. ?. ?. a. ?. Single Slit Diffraction. In the previous chapter we calculated the interference pattern from a pair of slits. One of the assumptions in the calculation was that the slit width was very small compared with the wavelength of the light.

1.21k views • 8 slides

Q36.1

Q36.1. Light of wavelength ? passes through a single slit of width a . The diffraction pattern is observed on a screen that is very far from from the slit. Which of the following will give the greatest increase in the angular width of the central diffraction maximum?.

86 views • 7 slides

y 1 = (32 mm)/2 tan ? = y 1 /L tan? ? sin? ? ? for small ?

Example: 633 nm laser light is passed through a narrow slit and a diffraction pattern is observed on a screen 6.0 m away. The distance on the screen between the centers of the first minima outside the central bright fringe is 32 mm. What is the slit width?.

127 views • 4 slides

It follows that

Real System. Input. Output. +. Adjustment Scheme. -. Error. Estimated model. Model. Step 1: Assume system to be described as , where y is the output, u is the input and is the vector of all unknown parameters.

104 views • 1 slides