Barry, Alish May 6y h ic Particle h ic Particle e locimetry e locimetry h a Schor, Anna Shih , 2009 ,.

 

2. 71Optics Spring 09 ProblemSet 1. gurebelow. 1. a. 1. b z direction. 1. c. FigureA 2. asshownin. 2. a pendiculartothe z sphericalwave. 2. b wave. 2. c.

 

2. 710Optics Spring 09 ProblemSet 4 1. Inclass,we qx;qy;qz px;py;pz variable s. The time variable s asweadvance s. H p;dpds H q ; whereH jpj n q. H 0for thevalueofthe conserved Hamiltonian.

 

2. 71Optics Spring 09 ProblemSet 2 PostedFeb. 17,2009. 25,2009 1. swindshield toadjustthe wiperspeed. n glass 1:5 ;n water 1:33;nair 1:0. 2. Telescopewithin niteconjugates L1 focallengthf1 0 and L2 focallengthf2.

 

2. 710Optics Spring 09 1. 18,2009 surface wavefront. eldisde nedasthepower P overthearea A inWatts/m2 ,I PA ; 4 r2. eldamplitude,I jEj2 :. a 2. scentre. half angle arctan0:51 0: 4636rad.

 

Hds;dpx px ds H; qxdqy Hds;dpy py ds H; qydqz Hds;dpz pz ds Hdx dzdx dzdsds dz H px pz H 3 dq xpx dz;pzdqydy dzdy dzdsds py pz H 4 dq ypy dz;pzdqzdz dz 1: 5 dz 1.

 

Wigner Distribution and Integral Imaging 2. 710 May 6, 2009 Wigner Distribution Function and Integral Imaging Michael McCanna Michelle L ydiaKam Ye-Sien Lei Tian.

 

Accurac y requiremen ts inthe mechanical assembly of Martin Deterre Corey Fucetola Se bastien Uzel.

 

2. 710 Quiz 2 50 min 8:05 8:55am EDT 8:05 8:55pm SST.

 

2. 710Optics Spring 09 ProblemSet 1. gurebelow. 1. a. 1. b z direction. 1. c. FigureA 2. asshownin. 2. a pendiculartothe z sphericalwave. 2. b wave. 2. c.

 

Today ¥ Spatially coherent and incoherent imaging with a single lens Ð re-derivation of the single-lens imaging condition Ð ATF/OTF/PSF and the Numerical Aperture Ð resolution.

 

Phase delays and interference in phase out of phase MIT 2. 71/2. 710 03/11/09 wk6-b- 8.

 

Today ¥ Gratings: Ð Sinusoidal amplitude grating Ð Sinusoidal phase grating Ð in general: spatially periodic thin transparency W ednesday ¥ Fraunhofer dif fraction.

 

2. 71Optics Spring 09 ProblemSet 1. Inadi raction quency25mm. 75. 1. a 1 1. b 1 visible axis 1. c axisconstraint isrelaxed, i. e. ifweallowo 2. MTF gurebelow. incoherentlight. x 12 1 12cos 2 x40 m 12cos 2 3x40.

 

2. 71Optics Spring 09 ProblemSet 3 PostedFeb. 23,2009 1. Wanda sworld Yourgold. s. s fromtheedgeof R n ,then eachother. a simage b simageformed, whatisthemagni c. ed under. 2. Balllensmagni.

 

2. 710Optics Spring 09 ProblemSet 3 PostedFeb. 23,2009 1. Wanda sworld Yourgold. s. s fromtheedgeof R n ,then eachother. a simage b simageformed, whatisthemagni c. ed under. 2. Balllensmagni.

 

2. 71Optics Spring 09 ProblemSet 1 PostedFeb. 9,2009. 18,2009 HELP !! HELP !!.

 

MIT 2. 71/2. 710 02/16/09 wk3-a- Overview 1 ¥ Last lecture: Ð spherical and plane waves Ð perfect focusing and collimation elements: ¥ paraboloidal mirrors, ellipsoidal.

 

Fourier transforming property of lenses MIT 2. 71/2. 710 04/13/09 wk10-a- 6.

 

2009 Design of a Cooke T riplet Cooke Triplet May 6, 2009May 6, WonjoonChoi Ryan Cooper Qunyya Ongg Matthew Smith.

 

2. 71/2. 710 Optics Practice Exam 1 Spring 09 1. a Set the separation distance d such that the E ective Focal Length EFL of the com bination equals f. Locate the principal.

 

The significance of the defocus ATF.

 

2. 71Optics Spring 09 ProblemSet. 13,2009. 22,2009 1. FigureA. FigureB. FigureA nottoscale FigureB nottoscale x dimension. within f2 10cm. Numerical.

 

2. 71 Quiz 2 50 min 8:05 8:55am EDT 8:05 8:55pm SST.

 

The 3D wave equation Plane wave Sphericalwave MIT 2. 71/2. 710 0311/0 13.

 

Resolution from the New Merriam-W ebster Dictionary , 1989 ed. : resolve v : 1 to break up into constituent parts: ANALYZE; 2 to find an answer to :SOLVE; 3 resolution.