101. CDM-Optics Develops Wavefront Coding technology that improves digital imaging in microscopy, machine vision, bar codes, biometrics, and PC cameras. http://www.cdm-optics.com/

Exciting New Career Opportunities at CDM Optics Jobs Home Applications Exciting New Career Opportunities at CDM Optics Jobs Home Applications ... Contact

102. Scanning Probe Microscopes, SPM And AFM Manufacturer - QUESANT - Digital Instrum Fast, accurate solutions for Scanning Probe microscopy. http://www.quesant.com/

Quesant Instrument Corporation’s sole business is the manufacture of scanning probe microscopes (SPMs). We support several scanning modes All of us at Quesant are committed to continuous improvement of our QScopes , adding scan modes and providing the best SPM value on the market to both industry and academia. We take pride in our metrology AFM with closed loop positioning in all three axes. Also, we can enhance our QScopes with the addition of the Hysitron Triboscope™ nano-indenting and nano-scratching capability and have entered into OEM relationships with companies that are selling combination instruments into their specific markets. One of these companies is Novascan Technologies and their combination AFM and Inverted Microscope is aimed at cell biologists and similar disciplines. To receive more information about our products

103. Impact Analytical Offer molecular characterization, using instruments including FTIR, MALDI-TOF for peptide analysis, CE for DNA sequencing, chromatography, microscopy and thermal analysis. Research with Michigan Molecular Institute at Midland, MI. http://www.impactanalytical.com/

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104. Microscopy And Minerals Images I am interested in microscopy, mineralogy and photography. I have brought together stuff from my own collection of slides to create this site. http://users.skynet.be/jm-derochette/index2.html

This site is devoted to microscopic images of minerals, thin sections of rocks and meteorites and stereoscopy of minerals. I am interested in microscopy, mineralogy and photography. I have brought together stuff from my own collection of slides to create this site. My purpose was not to make a systematic presentation of rocks under the microscope but simply to show some interesting images of minerals and rocks that I have bought or found during walks. All the thin sections and polished slabs included here have been manufactured manually with glass plates and abrasive powders according to the suggestions of Mac Kenzie and Guilford in their atlas of petrography. In addition of thin sections of rocks and meteorites, I have also included some convergent light pictures , an illustration of the measurement of the indices of refraction of small crystals with different techniques (in particular the phase contrast microscopy) and a collection of stereoscopic photographs of minerals (anaglyphs) which can be viewed with color filter glasses. See new pages on Uniaxial Conoscopy.

105. LPQ - Quantum Physics Laboratory - ESPCI - CNRS Experimental Fundamental research on strongly correlated electronic systems. Interplay between magnetism and superconductivty. Heat transport, tunneling, and josephson junctions. Scanning probe microscopy. http://www.lpq.espci.fr/index_en.htm

10, Rue Vauquelin 75231 Paris FRANCE Laboratory News... The laboratory is associated to : L'unité UPR5 du CNRS, Laboratoire de spectroscopie en lumière polarisée Laboratoire Systèmes Interfaciaux à l’ Echelle Nanométrique de l'Université Pierre et Marie Curie , CNRS n° 7142 Laboratory of Superconductivity Center LPQ, Quantum Physics LPS, Solid State Physics Surfaces and Superconductors

106. Extended Glossary Of Microscopy Terms Introductory information on techniques and instruments used by microscopists. http://www.mwrn.com/feature/glossary.asp

Glossary of Microscopes and Microscopy The Glossary of Microscopy and Microanalytical Terms contains introductory information on techniques and instruments used by microscopists. Examples of the application of these techniques, links to facilities that use these techniques and more advanced information on the instruments and techniques is located in the Guide to Microscopy and Microanalysis General Microscopy Glossaries Analytical Technique Summary Table , from Charles Evans and Associates Confocal and Laser Microscopy 2 Photon Laser Scanning Confocal Microscopy from Steve Potter and Scott Fraser at Caltech What is Laser Scanning Confocal Microscopy from Lance Ladic at the University of British Colombia, Canada Electron Beam Techniques Electron Beam Techniques from Charles Evans and Associates Auger Electron Spectrometry (AES) Scanning Auger Microscopy (SAM) Energy Dispersive X-ray Spectrometry (EDS) Scanning Electron Microscopy (SEM) ... Electron Spectroscopy for Chemical Analysis (ESCA) Also turotials on AES Theory and AES Instrumentation and an extensive collection of online articles and liturature What are Electron Microscopes?

107. Access Excellence: Microscopy Links microscopy Websites. The Information about the instruments used and the Centre for microscopy and Microanalysis are also available. microscopy http://www.accessexcellence.org/RC/microscopy.html

Microscopy Websites The web sites listed below contain some spectacular images which capture different organisms, chemicals, and everyday objects using a variety of microscopic techniques. Each site has its own 'Fair Use Policy'. Please read the individual site policies and respect the intellectual property rights of these creative people as you enjoy the products of their work. CELLS alive! A fascinating collection of still and moving microscopic images, animations, and diagrams. Many have explanations and links to more information. An excellent teaching resource. Dennis Kunkel's Microscopy Using light microscope or an electron microscope, Kunkel captures insects, chemicals, plants, and everyday objects in dazzling detail and deftly color-enhances each image. Major excitation awaits your "rods and cones"! (Check "image use" for educational use of images.) Images of the Nanoworld High magnification images of our world as seen through electron microscopes. Included are images of insects, parasites, inorganic materials, a variety of microbes, and more. Information about the instruments used and the Centre for Microscopy and Microanalysis are also available. Microscopy and Imaging Resources on the WWW This web page includes links to a suite of related pages including pages on confocal microscopy, digital imaging, electron microscopy, histology, a list of free publications of Interest to Microscopists and a reciprocal links page.

108. Microscope World - Huge Selection, Low Prices, Knowledgeable Customer Support Selection of new stereo and compound microscopes and Video Flex imaging devices, with a microscopy resource section. http://www.MicroscopeWorld.com

You have landed on Microscope World ! Get our New DVD " Adventures with a Microscope " and our Super Slide Kit FREE, with all high power microscopes! Here you will find exactly what you're looking for: A huge selection of quality microscopes, Low Prices, and personalized customer service. We have literally scoured the world looking for the best quality vs/ price and we strive to offer you more than any other microscope company. See why Microscope World is your best choice. There are two main types of microscopes, which type are you looking for? High Power Microscopes Low Power Microscopes High power microscopes are used to look at the smallest things. Generally, the objective lenses are very close to the specimen and the specimen is mounted on a microscope slide. High power microscopes have three or four distinct magnifications, commonly 40X, 100X, 400X and sometimes 1000X. The light is under the stage and they are generally used in "transmitted" light applications. They are great for looking at plant cross sections, tiny critters in pond water, cells and bacteria Low power microscopes are sometimes called inspection, dissection or, most commonly, stereo microscopes. You would use a stereo microscope to look at larger objects, like small insects, sand grains or circuit boards. Stereo microscopes provide "stereo vision". This is achieved with a separate eyepiece and objective lens for each eye. With stereo vision, you will see more depth in the image and it will look 3-D.

109. Ingenta: All Issues -- Journal Of Microscopy user name. password. remember me. enter. Athens click here to login via Athens. Biology/Life Sciences Biology, Journal of microscopy, ISSN http://www.ingenta.com/journals/browse/bsc/jms

guest need help? online articles fax/ariel articles user name password remember me Athens click here to login via Athens Biology/Life Sciences Biology Journal of Microscopy ISSN 0022-2720 in our archives: Volume 181 (1996) through Volume 214 (2004) Publisher: Blackwell Publishing see publisher's website see journal home page LATEST NEXT PREVIOUS EARLIEST Volume 214, Issue 3, June 2004 Volume 214, Issue 2, May 2004 Volume 214, Issue 1, April 2004 Volume 213, Issue 3, March 2004 Volume 213, Issue 1, January 2004 Volume 212, Issue 3, December 2003 Volume 212, Issue 2, November 2003 Volume 212, Issue 1, October 2003 Volume 211, Issue 3, September 2003 Volume 211, Issue 2, August 2003 Volume 211, Issue 1, July 2003 Volume 210, Issue 3, June 2003 Volume 210, Issue 2, May 2003

110. Dolan Jenner Industries - Quality FIBER OPTICS ILLUMINATORS Manufactures fiber optic illuminators for microscopy and machine vision applications. http://www.dolan-jenner.com/

111. Scanning Acoustic Microscopy SAM Principles (Manika Prasad's Page) (Manika Prasad's page) http://pangea.stanford.edu/~manika/sam1.html

Scanning Acoustic Microscope A scanning acoustic microscope works on the principle of propagation and reflection of acoustic waves at interfaces where a change of acoustic impedance (AI = density x velocity) occurs. It is similar to going to a doctor's office for an ultrasound test (e.g., when you are pregnant). We use the same principle to investigate rocks, concrete, and other man-made materials. The sound wave is propagated through water into the sample. At positions where an impedance (= velocity x density) change occurs, the sound waves are reflected back. We map distribution of these reflected waves we receive at the sample surface. The map of reflected waves gives us an idea of how impedance changes within our sample. The following text is from a paper I have recently submitted to the journal "GEOPHYSICS". For a preprint of that paper, pl. email me manika@stanford.edu ABSTRACT Introduction Working Principles ... Conclusions ABSTRACT INTRODUCTION In this paper, I report examples of the various information we can derive from such a study of reservoir rocks and show that acoustic mapping is a powerful tool in studying the internal structure and pore geometry and in identifying grain clusters of comparable impedance. Since the technique has not been explored for possible applications in geophysics, I first present the experimental techniques and working principles, and discuss aspects of sample preparation. Impedance information derived from acoustic micrographs of sedimentary rocks will be discussed with relation to velocity and attenuation characteristics of these rocks.

112. Confocal Microscope and high quality image performance featuring spectral selection and scanning, multiphoton and UV capabilities Sitemap of Confocal microscopy All topics Leica http://www.confocal-microscopy.com/

confocal microscope Confocal Microscopes from Leica microsystems. The TCS SP2 Laser Scanning Spectral Confocal Microscope with reduced bleaching and high quality image performance featuring spectral selection and scanning, multiphoton and UV capabilities Sitemap of Confocal Microscopy All topics: Leica Microsystems OEM Optics Educational Microscopy Histology Solutions ... surgical

113. Nanopage Malcolm Brown's Nanopage ongoing research in the structure and synthesis of nanostructures and high resolution transmission electron microscopy and specialized light microscopy. http://www.botany.utexas.edu/facstaff/facpages/mbrown/nanopage/

Welcome to the NANOPAGE (from Chun-Yuan Huang's Hompage, see below) Use this page to locate ongoing research in the RMB Lab which covers the structure and synthesis of nanostructures such as SWCNTs, Linear Acetylenic Carbon, Enzyme Complexes (Cellulose Synthase, Cellulase, Ornithine Decarboxylase), Protein Complexes (acetylcholine receptor protein, actin, tubulin), Polymers ( Cellulose, DNA, Curdlan) Use this page to view the latest technology in high resolution transmission electron microscopy, digital image processing, and specialized light microscopy approaches for investigating nanostructures Use this page to locate interesting URL's covering these nanostructures RMB Lab Research: Imaging Single Walled Carbon Nanotubes Atomic and Molecular Imaging with the Transmission Electron Microscope HRTEM of Two Cellulases from Trichoderma HRTEM of Tubulin and Protein Translation Factors Interesting Links: Richard Smalley's Group, Houston Peter J F Harris's Homepage, Reading, UK Andy Baker's Homepage, University of Bristol, UK David Tomanek's Homepage, Lansing, Michigan Also, visit David's Dedicated Nanotube Site Prof Harry Krotos' Home Page, one of the three nobel prize winners last year

114. Scanning Probe Microscopy (SPM) Scanning Probe microscopy (SPM). Imaging Surfaces on a Fine Scale By John W. Cross. Click for more information. A probe used for atomic force microscopy. http://www.mobot.org/jwcross/spm/

Scanning Probe Microscopy (SPM) Imaging Surfaces on a Fine Scale By John W. Cross A probe used for atomic force microscopy. No Frames: Click Here for a Menu Revised: September 1, 2001

115. Rowaco Vacuum & Electron Microscopy For Scandinavia Scandinavian retailer for vacuum and electron microscopy equipment. http://www.rowaco.com/

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116. Centre For Microscopy And Microanalysis, UWA The CMM provides teaching and research infrastructure in ion, electron, laser and light microscopy and microanalysis to universities, state government and http://cmm.uwa.edu.au/

117. Carsten Sönnichsen: Research Carsten Soennichsen describes his research in nanooptics plasmons in metal particles, microscopy, single particle spectroscopy. With links to CV and other resources. http://www.nano-optic.de

My Nanooptics Page currently under construction - Plasmons in metal nanostructures - look at one of the first examples of metal nanoparticle usage here my thesis: Plasmons in metal nanostructures Table of contents: here pdf here publication list and academic CV Plasmon damping in gold nanorods and -spheres publications: PRL reprint here) Spectroscopy of individual metallic nanoparticles using total internal reflection microscopy publications: APL Scanning near-field optical microscopy (SNOM) on nanoholes in metal films publications: APL The ATR setup (graduate student practical course) Back to my homepage

118. Electron Microscopy Group - Biophysical Chemistry - University Of Groningen microscopy Database Indenpendent Services, microscopy Links, Second Hand Equipment. Conferences, Journals, Image Libraries, List of Indenpendent Services, microscopy Resources. http://rugbe2.chem.rug.nl/

119. UK SPM 2001 Royal Microscopical Society scanning probe microscopy meeting. Leeds University, UK. http://www.mpi.leeds.ac.uk/faculty/smith/UKSPM2001/SPM.html

120. Droplet - Microscopy Of The Protozoa Copyright © Piotr Rotkiewicz 2003,2004. The Radiolaria drawings courtesy of Kurt Stüber, microscopy Webring next prev random all. http://www.pirx.com/droplet/

pictures genera Gallery Collage ... About What's New - May 2nd, 2004 The first dinoflagellate debutes at droplet Peridinium sp. News Archive 16909 visitors since Nov 24th 2003 Piotr Rotkiewicz The Radiolaria drawings courtesy of Microscopy Webring: [next] [prev] [random] ... [all]

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