'Diode laser' diaporamas de présentation

849 views • 72 slides

Optoelectronics: the opportunity - optoelectronics has come of age!

Optoelectronics: the opportunity - optoelectronics has come of age!. Professor Wilson Sibbett, University of St Andrews. This perspective is reproduced from a presentation given at an inauguration mini-symposium on the Optoelectronics College held in November 2007 at the Ballathie House Hotel.

787 views • 44 slides

Introduction to Low-Temp. SCM/AFM in High Magnetic Fields

Introduction to Low-Temp. SCM/AFM in High Magnetic Fields. By Xi Yu. Abstract. Introduction Introduction to SPMs Our System AFM/SCM Probes Possible Uses of The SCM/AFM. Introduction. Standard methods for charactering semiconductors SEM (Scanning Electron Microscopy)

457 views • 35 slides

Principle of Diode LASER Laser 2

Principle of Diode LASER Laser 2. EBB424E Dr Zainovia Lockman. Recap. What is the word LASER stands for?. Light amplification by Stimulated Emission of Radiation. What is Population Inversion?. Laser 2. Lecture Content:. Principle of the laser diodes (semiconducting laser) ? important

1.63k views • 29 slides

Lecture 5.0

368 views • 25 slides

Lecture 5.0

345 views • 25 slides

Benjamin McCall and Takeshi Oka University of Chicago Therese R. Huet Universite de Lille

Overtone and Combination Band Spectroscopy of H 3 +. Benjamin McCall and Takeshi Oka University of Chicago Therese R. Huet Universite de Lille James K. G. Watson National Research Council of Canada. About H 3 +. No electronic spectrum Equilateral triangle configuration

283 views • 17 slides

Opaque Cloud

Subvisible cloud. Opaque Cloud. Starting point: What EUSO needs from the lidar results: Is it the Selection of non-corrupted cases? or Correction, to save all detected cases? and If correction, then what is the required precision?. Concepts/Options:

239 views • 17 slides

Topics: Applications and Goals Experimental Setup MPPC Single pe observation at room temperature with 1.2 ? s effect

Timing Studies of Hamamatsu MPPCs and MEPhI SiPM Samples Bob Wagner , Gary Drake, Patrick DeLurgio Argonne National Laboratory Qingguo Xie Department of Radiology University of Chicago. Topics: Applications and Goals Experimental Setup

592 views • 16 slides

Compact and advanced laser spectrometer for water quality analysis

367 views • 16 slides

400 views • 15 slides

298 views • 14 slides

High precision spectroscopy of atomic hydrogen

349 views • 14 slides

Jeff Johansen, Kevin Zack SRJC Spring 2011 Physics 43

Laser Cooling and Trapping . Jeff Johansen, Kevin Zack SRJC Spring 2011 Physics 43. First time it was theorized. Theodor Hansch and Arthur Schawlow theorized laser cooling at Stanford University in 1975. 1. Theodor Hansch. Arthur Schawlow. First Successful Test.

220 views • 11 slides

Electronic Distance Measurement

1.27k views • 9 slides

Oplevs

Oplevs. What ails them: 1) glitchy laser 2) glitchy whitening boards 3) Oplev pier motion 4) Spot size and shape 5) QPD quadrant asymmetries. What do laser power glitches do?. Glitchy lasers. SR560 BP 3-1000 Hz. Early work on fixing the diode laser.

171 views • 7 slides

Laser Room Hazards: Installed and operational now: IV Nd:YVO 4 , CW, 532 nm, 5 Watt

Motivation. Laser Room Hazards: Installed and operational now: IV Nd:YVO 4 , CW, 532 nm, 5 Watt IV Ti:Sapphire, 79 1/3 MHz, 800 nm, 0.75 Watt IV Nd;YLF, 1 kHz, 527 nm, 22 Watt IV Ti:sapphire, 1 kHz, 800 nm, 2.4 Watt IIIb - 2 w , 1 kHz, 400 nm, 300 mW

165 views • 6 slides

C. E. Blom, T. Gulde, C. Keim, W. Kimmig, C. Piesch, C. Sartorius, H. Fischer

113 views • 1 slides

Frequency Bistability in a Diode Laser Using Diffraction Gratings

Frequency Bistability in a Diode Laser Using Diffraction Gratings. Forrest Smith 1 , Weliton Soares 2 , Samuel Alves 2 , Itamar Vidal 2 , Marcos Oria 2 1 State University of New York at Geneseo, 2 Federal University of Paraiba. Objectives. Methods and Theory.

115 views • 1 slides

C. E. Blom, T. Gulde, C. Keim, W. Kimmig, C. Piesch, C. Sartorius, H. Fischer

110 views • 1 slides