81. X-ray Diffraction Services (XRD) - H&M Analytical Services, Inc. Offers Xray diffraction services and electron microscopy studies, with expert witness and litigation support from Allentown, NJ. http://www.h-and-m-analytical.com/

X-ray diffraction services, XRD, X-ray analytical services, x-ray diffraction analysis Welcome! With our state-of-the-art equipment, we will strive to apply our experience and knowledge to solving your most challenging problems. In most cases, we can provide 24 hour turnaround on Phase Identification analyses at no additional cost. Contact Information 35 Hutchinson Road Allentown, NJ 08501-1415 Tel: (609) 758 - 5700 Fax: (609) 758 - 5708 E-mail: mail@h-and-m-analytical.com We accept these cards for payment

82. Advanced Surface Microscopy Advanced Surface microscopy, Inc. We have moved. Here is our new address, effective 9/9/03. Solve Advanced Surface microscopy, Inc. 3250 http://www.asmicro.com/default.htm

Advanced Surface Microscopy, Inc. We have moved Here is our new address , effective 9/9/03. Solve Processing and Materials Problems Using Our Scanning Probe Microscopy Services AFM, STM, EFM, LFM, MFM, Tapping Mode, Chemical Phase Imaging, SPM Calibration, liquid work, Nano-Indentation, Nano-Scratching, Surface Potential (Scanning Kelvin Probe) Imaging, DiscTrack Plus, MagneTrack, Force Volume Imaging Involved with Optical or Magnetic Media? Click here Is there an AFM in your future? We can help. What we can do for you: The Problem: What you can't see can hurt you. Device, product, or material performance is affected by characteristics such as surface finish, and the size, shape, and position of fabricated features and material domains. The Solution: We use Atomic Force Microscopy to capture high resolution, three-dimensional images of the surface structure of any solid. In addition to recording the microscopic shape of the surface, the AFM can sense material properties such as stiffness, adhesion, and friction as well as magnetic and electric fields. This gives you information to improve process quality, speed product development and enhance research. What used to be unknown, and therefore uncontrolled, is now within your grasp.

83. EMIT Network Homepage Provides Information about the EMIT Network and Scanning Probe microscopy in general. http://bigwig.net/emit

84. Scanning Electron Microscopy Info on Submitting Samples. SEM. What is the SEM? Info on the Scanning Electron Microscope includes a picture of the SEM. How does the SEM work? http://mse.iastate.edu/microscopy/home.html

Info on Submitting Samples SEM What is the SEM? Info on the Scanning Electron Microscope -includes a picture of the SEM. How does the SEM work? This link will allow you to learn about the SEM at the level of your choice. Picture Library SEM Images Includes pictures submitted by students from around the state of Iowa. Other Interesting Pages Iowa State University Homepage Materials Science and Engineering Homepage Other interesting pages This site is listed in the BBC Education ... on the Net are only a click away! Questions and Comments? This page is maintained by Josh Klesel and the Material Science and Engineering Department at Iowa State University. If you have any comments or questions, send email to jklesel@iastate.edu or Prof. Scott Chumbley

85. Open Microscopy Environment Resource for the analysis and classification of biological images using a databasedriven three-tier software system, maintained by MIT. http://openmicroscopy.org/

2.2 Beta Release available spring 2004. Biological Imaging Images of live and fixed cells have long been an important tool in cell biology. In the post genomic era, fluorescence imaging provides critical information on the functions of proteins and on the dynamics of multi-protein structures. Our ability to image cellular structures has been revolutionized by methods for tagging proteins with naturally fluorescent proteins such as GFP and by the development of advanced digital microscopes. Image informatics However. no universally accepted formats exist for storing and sharing multi-dimensional image data (having spatial, temporal and spectral range) and for preserving the all-critical metadata that records what the experiment is about. Even more importantly, relatively few analytical routines are available for extracting quantitative data from images and linking them to other biological information. Developing these tools is the goal of image informatics. OME The Open Microscopy Project (OME) is an open source software project to develop a database-driven system for the quantitative analysis of biological images. OME is a collaborative effort among academic and industrial labs. All OME source code is available under the GNU library general public license (

86. Laboratory For Electron Microscopy I Dear electron microscopy users, the adress of our site has changed. Please click Institute of Applied Physics and choose Electron microscopy Center (EMEZ). http://www.em.biol.ethz.ch/

Dear electron microscopy users, the adress of our site has changed. Please click Institute of Applied Physics and choose Electron Microscopy Center (EMEZ). Reservation lists are under >> Intranet >> " Reservation Database". For loggin use your ethz password . Thank you very much indeed. About this WWW site Electron Microscopy in Cyberspace Last modified 29 September 2003 by Peter Tittmann , EMEZ

87. Bunton Instrument Company - New And Used Microscopes, Microscopy Training - Mary New and used microscopes, analog and digital cameras, 2D and 3D video microscopy products, and a wide range of other accessories. Basic and advanced courses in biological microscopy and microscope service and repair at Maryland HQ. http://www.buntgrp.com

9607 Doctor Perry Road, Suite 99 Ijamsville, Maryland 21754 Phone: 301-831-1233 Fax: 301-831-1234 James F. Averill, President from 1960 to 1986 James G. Averill, President/CEO Mollie Averi ll, Office Manager, Student Microscope Sales MACROZOOM-FL Our newest low magnification epifluorescence system with 1:12.5 zoom changer and interchangeable filter cubes for GFP fluorescence studies involving C.elegans, D.melanogaster and D.rerio. Connect a digital camera and view 2D electronic images that would be impossible with a stereo microscope! See our 2D VIDEO MICROSCOPY PAGE. In 1963 we built the first USA-made Ploem illuminator for compound microscopes. Today we offer the finest solution for incident light excitation of fluorochromes in living organisms ranging from nematodes to drosophila..-system prices start at $6500.00 (less camera). NEW FROM INFINITY PHOTO OPTICAL USA!

88. Open Microscopy Environment OME The Open microscopy Project (OME) is an open source software project to develop a databasedriven system for the quantitative analysis of biological images http://www.openmicroscopy.org/

2.2 Beta Release available spring 2004. Biological Imaging Images of live and fixed cells have long been an important tool in cell biology. In the post genomic era, fluorescence imaging provides critical information on the functions of proteins and on the dynamics of multi-protein structures. Our ability to image cellular structures has been revolutionized by methods for tagging proteins with naturally fluorescent proteins such as GFP and by the development of advanced digital microscopes. Image informatics However. no universally accepted formats exist for storing and sharing multi-dimensional image data (having spatial, temporal and spectral range) and for preserving the all-critical metadata that records what the experiment is about. Even more importantly, relatively few analytical routines are available for extracting quantitative data from images and linking them to other biological information. Developing these tools is the goal of image informatics. OME The Open Microscopy Project (OME) is an open source software project to develop a database-driven system for the quantitative analysis of biological images. OME is a collaborative effort among academic and industrial labs. All OME source code is available under the GNU library general public license (

89. TPM System Description TelePresence microscopy Project Visitor s Gallery. The Image Map above is operational. Return to ANL microscopy Microanalysis WWW Server. http://146.139.72.10/docs/anl/TPM/TPMHomePage.html

Tele-Presence Microscopy Project Visitor's Gallery The Image Map above is operational Just Click on your destination or follow one of the hypertext links provided below Warning! This page is continuously under development Choose your TelePresence Electronic Laboratory (eLab) Site: These sites allow you to view operations in the microscope room, status screens, and/or data being recorded by the various detector systems in operation. TPM Laboratory #1: AAEM Room Open to the Public [This Lab is the most active] TPM Laboratory #2: ASEM Room Open to the Public Nestor's Office at ANL [Try Email, he's almost never here anymore!] Nestor's Office at Home [Try Email, he's almost never here anymore!] Library/Archives [Under Construction] FTP Access to Files and Images Provided TPM TeleConference Room Note #1: Note #2: Each eLab Site will contain a short General Information Message near the top of the page. Please read it to find out any special details concerning experiments or operations for the current week. General Description of TPM Project live video imaging and remote control of unique scientific instrumentation for collaborative research and teaching. Standard WWW browsing tools, such as NCSA Mosaic and it's derivitives, do not provide the capabilities of presenting live video rate images from this site, nor the ability to operate instruments by remote control over the Internet. This WWW site will provide you with STILL video images which are automatically updated at preset intervals. You can envision how TPM would act on your workstation if you imagine each of the following images to be a TV rate image which is constantly updating with out your intervention, rather than one which is updated every few minutes.

90. Principle And Applications Of Practical Shear Wave Lens At Low Frequencies For S Chiaki MIYASAKA, and Bernhard R. TITTMANN Department of Engineering Science Mechanics The Pennsylvania State University http://www.ndt.net/article/wcndt00/papers/idn649/idn649.htm

·Home Table of Contents Methods and Instrumentation Principle and Applications of Practical Shear Wave Lens at Low frequencies for Scanning Acoustic Microscopy Chiaki MIYASAKA, and Bernhard R. TITTMANN The Pennsylvania State University 212 Earth and Engineering Science Building, University Park, PA 16802, USA Contact Abstract Ever since the invention of the scanning acoustic microscope, a key objective has been the enhancement of the resolution in the acoustic images. This objective has generally been pursued with two approaches; one approach was to raise the acoustic frequency. The second approach was to use low velocity coupling media. These approaches are excellent for increasing resolution on the surface of a specimen, but not necessarily in its interior. Hence, the most important and unique feature of scanning acoustic microscopy, namely interior information acquisition, may not be realized by these two approaches. The third approach is to design a new acoustic lens. This paper presents the principles and applications of a new acoustic lens designed for scanning acoustic microscopy at low frequencies (less than 100MHz). Whereas designs of most current lenses emphasize the use of longitudinal waves, designs of the practical shear wave lens focus on the use of shear, and surface waves as well. The lens provides a factor-of-2 higher resolution than conventional lenses, and

91. Homepage Of Focus On Microscopy Conference Series http://www.focusonmicroscopy.org/

92.   Nanoscale Physics Research Laboratory Nanoscale Physics Research Laboratory surface modification, cluster physics, sensors, scanning probe microscopy, nanooptics, and thin films. http://nprl.bham.ac.uk

Nanoscale Physics Research Laboratory University Fast Find Site Index Schools / Departments Telephone Directory Email Directory Useful Contacts Frequently Asked Questions Directions / Maps Acronym Directory Vacancies NANOSCALE PHYSICS RESEARCH LABORATORY Local Links NPRL Home page Postdoctoral Vacancies Intranet Other Links School of Physics and Astronomy Advanced Machining Facility NPRL SITE SEARCH SITE SEARCH Welcome to the Nanoscale Physics Research Laboratory The Nanoscale Physics Research Laboratory which forms forms part of the School of Physics and Astronomy , was opened in the Physics East building at the University of Birmingham on 8th of May 1996 by Professor Sir John Cadogan FRS. An interdisciplinary and international approach is central to the ethos of the Laboratory; collaborations with other Schools (Chemistry, Materials, Electrical Engineering etc) are enhanced by their proximity on the University campus and the Laboratory sustains international collaborations with approximately 20 laboratories in Europe, Japan and worldwide. The Laboratory is committed to establishing and consolidating strong links with industrial partners, in order to optimise the transfer of new concepts and technology from the research laboratory into opportunities for wealth creation and improvements to the environment.

93. The European Microscopy Society (EMS) Home Page http://www.eurmicsoc.org/

EMS Home Page without Frames Home Executive Constitution EMC 2004 ... Email EMS Here should be the contents of the EMS Home Page without frame(s). Email EMS: ems@eurmicsoc.org

94. ProSciTech Instruments + Supplies For Microscopy & Science: Online - Is Best Offers a range of accessories used in both light and electron microscopy. http://www.proscitech.com.au/

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95. SpringerLink - Publication National Center for Electron microscopy NCEM Fellowship. Gallery. Seminars. Image Analysis Facility. Assistance and Collaboration. microscopy Links. Contact Information. TEAM Project. Second Announcement. http://link.springer-ny.com/link/service/journals/00795/

Articles Publications Publishers Home Publication Medical Electron Microscopy Publisher: Springer-Verlag Tokyo ISSN: 0918-4287 (Paper) 1437-773X (Online) Subject: Medicine Issues in bold contain article full text that you are entitled to view. Volume 37 Number 1 Volume 36 Number 4 Number 3 Number 2 Number 1 ... Request a sample Volume 35 Number 4 Number 3 Number 2 Number 1 Volume 34 Number 4 Number 3 Number 2 Number 1 Volume 33 Number 4 Number 3 Number 2 Number 1 Volume 32 Number 4 Number 3 Number 2 Number 1 Publication 1 of 1 Previous Publication Next Publication Linking Options About This Journal Editorial Board Manuscript Submission Quick Search Search within this publication... For: Table Of Contents Alerting Click the button below to enable Table Of Contents Alerting for this publication. For assistance inside the Americas: springerlink@springer-ny.com , For assistance outside the Americas: springerlink@springer.de HTTP User Agent: SecretBrowser/007

96. 3D Surface Visualization Software From MS MacroSystem Offers 3dimensional visualization software for laser beam topography, optical interferometry, and atomic force microscopy. http://www.msmacrosystem.nl/

MS MacroSystem 3D engine enhancement AFM data beam analisys GIS digital CCD 4D stack 3D computer graphics from MS MacroSystem MS MacroSystem offers professional 3D and 4D graphics software for science and technology that allows you to analyze data quickly and accurately. Our unique set of interactive 3D measurement tools was specifically developed to meet requirements of nanotechnology, nanometrology and nanomanipulation. MS MacroSystem provides custom software solutions and components for scientific research in the field of scanning microscopy (SPM, AFM, STM, SNOM, NSOM, etc.) We have developed set of graphical 3D measurement tools that allows you accurate data analysis in most natural and interactive way. Our software scientific visualization package is designed for quick creation of the professional images and animations from various 3D and 4D datasets such as GIS, MRI, CT scan, computer simulation, etc.

97. The MicroScape Virtual Laboratory View samples from one of these categories nature, word around your house, and the world of science and technology. http://www.msa.microscopy.com/MicroScape/MicroScapeVL.html

From Ants to Atoms A Virtual Laboratory Welcome to The MicroScape Virtual Microscope Laboratory Please Select the MicroScopic World You Want to Visit Virtual Laboratory: Preview Number of Specimen's Available for Study World of Nature World Around Your House World of Science ... and Technology Earth/Geological Science Life Sciences Physical Sciences Notice Permission is granted for Non-Profit/Educational use of these Images, however, the author(s) should be given appropriate credit/recognition. It would be appropriate to inform the author(s) of how, where and for what purposes these images are being used for when they are copied for other than personal use, a simple Email message is generally sufficient. Zaluzec@Microscopy.Com MicroScape was created and is maintained by Dr. Nestor J. Zaluzec and is hosted by The Microscopy Society of America Error. Count file "/home/msaaccnt/public_html//MicroScape/MicroScapeVL.count" not writable or non-existant.

98. ScienceDirect - Electron Microscopy Reviews - List Of Issues microscopy Society of Southern AfricaLists conferences, activities and links to local microscopy facilities in and around University of http://www.sciencedirect.com/science/journal/08920354

This Feature requires JavaScript Register or Login: Password: Athens Login Electron Microscopy Reviews Bookmark this page as: http://www.sciencedirect.com/science/journal/08920354 Incorporated into Micron Volume 5 Volume 5, Issue 2 , Pages 193-419 (1992) Volume 5, Issue 1 , Pages 1-192 (1992) Volume 4 Volume 3 Volume 2 Volume 1 Alert me when new Journal Issues are available Add this journal to My Favorite Journals More Publication Info Feedback Elsevier B.V.

99. Heidelberg 2000: Scanning Probe Microscopy, Cantilever Sensors And Nanostructure Scanning Probe microscopy, Cantilever Sensors and Nanostructures. Heidelberg, Germany. http://spm.phy.bris.ac.uk/conferences/Heidelberg2000/

This conference is now over, but please feel free to browse the content of this Web Site. The next meeting on Scanning Probe Microscopy, Cantilever Sensors and Nanostructures will be held next year in Las Vegas , from 26th May - 29st May 2001. Scanning Probe Microscopy, Cantilever Sensors and Nanostructures (following on from the Seattle '99 Meeting) Sunday 28th May - Wednesday 31st May 2000 A 4-day meeting including applications and developments in Scanning Probe Microscopy, sensors based on cantilever technology and structures at the microscopic scale. Download the full programme in PDF format (The programme also contains information about the shuttle bus, public transport, hotel, conference venue and catering.) Download the advertising flier as a PDF file Visit the Tokyo conference Web Site for May 2001 Main page Introduction History ... Announcements Web Site hosted by the University of Bristol SPM Group Last updated on 18 October 2001 If you have any comments about this Web Site, please contact andy.baker@bristol.ac.uk

100. Olympus Microscopy Resource Center Welcome to the Olympus microscopy Resource Center, designed to provide an Internetbased educational forum on all aspects of optical microscopy http://www.olympusmicro.com/

Java Tutorials Virtual Microscopy Movie Gallery Downloads ... Resource Center Optical Microscopy for Biomedical Applications W elcome to the Olympus Microscopy Resource Center, designed to provide an Internet-based educational forum on all aspects of optical microscopy, photomicrography, and digital imaging. Current advances in microscopy are being propelled by new techniques such as laser scanning confocal, multi-photon fluorescence, and wide-field deconvolution microscopy. Although these techniques were once considered exotic methods, available only to a few research microscopists, they are now frequently utilized in laboratories around the world for analysis of cellular structure and molecular dynamics. We invite you to explore the exciting world of optical microscopy with our extensive microscopy essays that are supported by interactive Java and Flash tutorials. Together with scientists and programmers at Molecular Expressions , Olympus microscopists and optical engineers have constructed a web-based instructional format that starts with the basics and proceeds through the most current research techniques in microscopy. NEW! -

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