Visible Light Optical Microscopy Visible Light Optical Microscopy is the basic characterization methods. During this thesis work Olympus GX-57 visible light microscope was used for morphological studies. Optical images were taken at magnifications of 100X‚ 200X‚ 500X‚ and 1000X. The average grain size of the samples was determined by linear intercept method. 3.4.3. Scanning Electron Microscope (SEM) Scanning Electron Microscope (SEM) is considered as an important characterization
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the German industry association‚ Spectaris‚ the second largest market for optical technologies in Germany is the medical technology segment. In 2005‚ 2.9 billion Euros of annual turnover was generated in Germany‚ which includes eyeglass lenses‚ microscopes and laser as well as diagnostic scanner for the laboratory. Estimates for the area endoscopes and supplies state that the turnover regarding the international market will double within ten years. Endoscopes are going to play an ever more important
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Stream- Line imaging‚ available on inVia Raman microscopes‚ was applied to scan several areas on the painted surface in few minutes. Spectral acquisition was performed by (WiRETM‚ version 3.0) software. StreamLine Plus uses optics within the InVia Raman microscope to illuminate a line on the sample. The In- Via’s motorized microscope stage moves the sample be- neath the objective lens so that the line is rastered across the region of interest
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components under a microscope. By using different stains‚ one can preferentially stain certain cell components‚ such as a nucleus or a cell wall‚ or the entire cell. Most stains can be used on fixed‚ or non-living cells‚ while only some can be used on living cells; some stains can be used on either living is or non-living What Cellularcells. Staining? The most basic reason that cells are stained is to enhance visualization of the cell or certain cellular components under a microscope. Cells may also
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MICROSCOPY Objective: 1. To learn how to use both a dissecting and a compound microscope effectively and efficiently (lighting‚ focus‚ magnification‚ resolution)‚ and to practice manipulating small organisms Principals: 1. The smallest object viewable under a compound light microscope is limited by resolution or resolving power (ability to distinguish between two nearby points) and not magnification. 2. Mircoscope resolution is limited by the wavelength of the source of illumination (visible
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SCANNING HALL PROBE MICROSCOPY OF MAGNETIC VORTICES IN VERY UNDERDOPED YTTRIUM-BARIUM-COPPER-OXIDE a dissertation submitted to the department of physics and the committee on graduate studies of stanford university in partial fulfillment of the requirements for the degree of doctor of philosophy Janice Wynn Guikema March 2004 c Copyright by Janice Wynn Guikema 2004 All Rights Reserved ii iv Abstract Since their discovery by Bednorz and M¨ller (1986)‚ high-temperature cuprate
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tissues and then the cells. Microscopy also played a key role in the development of bacteriology. Physicians started to use stethoscope as an aid in diagnosing certain diseases and conditions. New ways of diagnosing disease were developed‚ and surgery emerged as an important branch of medicine. Above all‚ a combination of science and technology underpinned medical knowledge and practice in a pattern of successful discoveries involving medical instruments such as microscope‚ staining‚ stethoscope and
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Introduction to Microscope Circa 1000 AD. = the first vision aid was invented (inventor unknown) called a reading stone. Circa 1284= Italian‚ Salvino D’ Armante is credited inventing the first bearable eye glass. 1590= two dutch eye glass makers‚ Zaccharias Janssen and Hans Janssen experimented with multiple lenses. 1665= English Physicist‚ Robert Hooke looked at a silver of cork through a microscope lens and noticed some “pores” or “cells”. 1674= Anton Van Leeuwenhoek built a simple microscope with
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Lab 1: Microscopy and the Metric System Part A: 1. List the components of the compound microscope and their function. 2. determine the total magnification given that you are using a compound microscope with the following objectives: 4x‚ 10x‚ 40x‚ and 100x 3. what is meant by the depth of field? 4. what is meant by the field of view? 5. describe the process of making a wet mount. ________________________________________________________________________________ 1. -Focal adjustment; used
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are used in all criminal investigations. He later wrote a journal‚ which would show experts of criminal investigation‚ how all different fields that with combined expertise would improve the detection of crime. These different fields would include Microscopy‚ fingerprinting‚ anthropometry‚ botany‚ zoology‚ mineralogy‚ physics‚ and chemistry. Dr. Karl Landsteiner and Dr. Leone Lattes were in the blood detection. By putting efforts of ones work with the other‚ Dr. Lattes put his technique‚ and Dr. Landsteiner’s
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