'500 nm' presentation slideshows

Lecture 13

Lecture 13. Light: the Cosmic Messenger Telescopes and Observational Astronomy. The Doppler Effect. Finding recession velocity. the Doppler shift can be written: v = Dl/l 0 c where = v is the recession velocity of the object Dl is the change in wavelength, l - l 0

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LASER ABSORPTION % FOR Si & SiC

LASER ABSORPTION % FOR Si & SiC. Amir Rahimpour Shayan Huseyin Bogac POYRAZ Supervisor : Dr John Patten. 10/17/2008. Objective.

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Lecture 11: Light

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Agenda

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Agenda

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Integrating SPM into research activities and chemistry laboratories for undergraduates

Integrating SPM into research activities and chemistry laboratories for undergraduates Jayne C. Garno Department of Chemistry Louisiana State University Baton Rouge, LA. Why introduce SPM in the undergraduate curriculum?.

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SCIAMACHY TOA Reflectance Correction Effects on Aerosol Optical Depth Retrieval

Atmospheric Science Conference. SCIAMACHY TOA Reflectance Correction Effects on Aerosol Optical Depth Retrieval. W. Di Nicolantonio, A. Cacciari, S. Scarpanti, G. Ballista, E. Morisi, R. Guzzi. ESA ESRIN Frascati, 8-12 May 2006. ESA ESRIN Frascati, 8 - 12 May 2006. Contents.

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Recent results of in-flight calibration of SCIAMACHY reflectances

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Sight and Waves Part 2

Mr. Klapholz Shaker Heights High School. Sight and Waves Part 2. Problem Solving. Problem 1. What is the angular position of the first minimum (in degrees and in radians) when light of wavelength 500 nm is diffracted through a single slit of width 0.05 mm?. Solution 1 (slide 1 of 2).

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Overlapping Orders

Overlapping Orders. Any equivalent m l combinations will share b values. For Example: 1 st Order = 400 nm 2 nd Order = 200 nm 3 rd Order = 133 nm. d(sin a + sin b ) = m ?. Calculate the free spectral range: Dl f = l /(m+1).

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EE235 Lithography Presentation

EE235 Lithography Presentation. Observation of High-Aspect-Ratio Nanostructures Using Capillary Lithography , by K. Y. Suh, S.-J. Choi, S. J. Baek, T. W. Kim, and R. Langer, Adv. Mater. 2005, 17, No. 5, March 8. Agenda. Periodic nanostructure Capillary lithography Results

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Magnetic Nanofluidics ME342 Design Project Update 2

Magnetic Nanofluidics ME342 Design Project Update 2. Abhishek Dhanda Kwan-Kyu Park Michael Pihulic Katherine Tsai July 13, 2006. Progress: Equipment Training. Completed Kwan-Kyu: Thermco1,2,poly, P-5000 Katherine: Tylan1-6, EValign, EVbond* Mike: Wafer Saw, EValign, EVbond* Pending

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Problems in Chapter 13

Problems in Chapter 13. Worked out for Geology/Physics 360. Sirius Now (today) in March. An Illustration of Parallax using HNSKY. Sirius in Sept. 2010 (6 months later). Question: How would we find a closer star than Proxima Centauri?.

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INTERACTION OF NANO-PARITCLES WITH THE LUNG Peter Gehr Institute for Anatomy, University of Bern

INTERACTION OF NANO-PARITCLES WITH THE LUNG Peter Gehr Institute for Anatomy, University of Bern. 38th Joint Meeting Special Session on Nanoparticles Paris OECD Headquarters 7th June, 2005. S. Tschanz. Macrophages in vitro : Laser Scanning Microscopy. without particles. [% of cells].

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KHYG1

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Light is Additive

Light is Additive. RGB JAVA Applet C L I C K H E R E. Green = Yellow + Cyan. Cyan = Green + Blue. Yellow = Red + Green. Red = Yellow + Magenta. Blue = Magenta + Cyan. Magenta = Red + Blue. Kotz & Treichel, Chemistry & Chemical Reactivity , 3 rd Edition , 1996, page 1074.

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GFP-ER a

--. --. --. --. LMB. ALLN. ALLN. ALLN. ALLN. LMB. LMB. LMB. A. B. GFP-ER a. proteasome. merged. Nu. a. b. c. vehicle. f. e. d. E2. Cyt. +E2. 500 nm. 100 nm. C. D. E2. ICI. RU58. GFP-ER a. proteasome. merged. vehicle. c. a. b.

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500 nm

Magnification X50,000. 500 nm.

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LAMA84

Thai et al. Figure S3. A. B. D. C. LAMA84. KY01. K562. KU812. no drug. 10 nM. 20 nM. % viability. % viability. % viability. 40 nM. 80 nM. 160 nM. 6 days. 2 days. 4 days. 3 days. 5 days. 6 days. 6 days. 2 days. 4 days. 7 days. 2 days. 4 days. F. G. H. E. KCL22.

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