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spectroscopic

Examples

  • Spectroscopic Ellipsometers. More than thin film thickness and optical constants characterization, ellipsometric ***ysis provide rich information on material properties: anisotropy, gradient, morphology, crystallinity, chemical composition, electrical conductivity. — “Spectroscopic Ellipsometers - HORIBA”,
  • Spectroscopic Manufacturers & Spectroscopic Suppliers Directory - Find a Spectroscopic Manufacturer and Supplier. Choose quality Spectroscopic Manufacturers, Suppliers, Exporters at . — “Spectroscopic-Spectroscopic Manufacturers, Suppliers and”,
  • The term spectroscopic parallax is a misnomer as it actually has nothing to do with parallax. Example of Spectroscopic Parallax Calculation: γ Crucis is an M3 III star with a measured value of mV = 1.63. — “Spectroscopic Parallax”, outreach.atnf.csiro.au
  • Definition of spectroscopic in the Medical Dictionary. spectroscopic explanation. Information about spectroscopic in Free online English dictionary. What is spectroscopic? Meaning of spectroscopic medical term. What does spectroscopic mean?. — “spectroscopic - definition of spectroscopic in the Medical”, medical-
  • Spectroscopic ellipsometry frequently asked questions. Spectroscopic ellipsometry technology is used for thin film and bulk materials characterization. Measures thin film thickness and material optical constants. — “J.A. Woollam Co. - Spectroscopic Ellipsometry FAQ”,
  • Spectroscopic : adj : of or relating to or involving spectroscopy; "spectroscospic andreajoycohen: Partial wave Spectroscopic (PWS) microscopy-- may detect lung #cancer. — “Spectroscopic - Define Spectroscopic at WordIQ Online Dictionary”,
  • Spectroscopic Cluster. Bruker Daltronic Microflex. MALDI TOF Mass Available in mid-IR and near-IR configurations, these systems provide ease-of-use enabling you to solve your spectroscopic problems. — “Spectroscopic”, usm.edu
  • Spectroscopic Ellipsometer SE 800. Spectral range: 350 nm- 850 nm The spectroscopic ellipsometer SE 800 is a high performance fast diode array detector based spectroscopic ellipsometer in the UV. — “SVT Associates | Spectroscopic Ellipsometer”,
  • FilmTek™ 2000SE Spectroscopic Ellipsometers. FilmTek™ spectroscopic ellipsometers are based on a rotating compensator design and combine spectroscopic ellipsometry with multi angle reflectometry for accurate film thickness measurement. — “FilmTek™ Spectroscopic Ellipsometers”,
  • There are three main classes of binary systems: visual binary, eclipsing binary, and spectroscopic binary. We detect spectroscopic binary systems by observing Doppler shifts in the spectral lines. — “Orbital Characteristics of Spectroscopic Binaries”, astro.washington.edu
  • Fifty-six pigments have yielded high quality spectra and these have been arranged here, by colour, into a spectroscopic library for reference purposes. Spectroscopic files in SPC format may be downloaded via the spectra pages. — “UCL Chemistry - Chemistry Resources - Raman Spectroscopic Library”,
  • Definition of spectroscopic in the Online Dictionary. Meaning of spectroscopic. Pronunciation of spectroscopic. Translations of spectroscopic. spectroscopic synonyms, spectroscopic antonyms. Information about spectroscopic in the free online. — “spectroscopic - definition of spectroscopic by the Free”,
  • Spectrometry is the spectroscopic technique used to assess the concentration or amount of a given chemical (atomic, molecular, or ionic) species. Most spectroscopic methods are differentiated as either atomic or molecular based on whether or not they apply to atoms or molecules. — “Spectroscopy - Wikipedia, the free encyclopedia”,
  • Spectroscopic methods involve a number of instruments designed for specialized applications. An optical instrument consisting of Both chemical and biological warfare agents are detectable, and potentially identifiable, by spectroscopic imaging. — “spectroscopy: Definition from ”,
  • What are spectroscopic methods? Spectroscopic methods play a vital part in all areas of Spectroscopic methods. use the entire electromagnetic spectrum: from X-rays (with a wavelength of 0.1 nanometers) through to radio. — “Spectroscopic methods”,
  • This mission, the Ramaty High Energy Solar Spectroscopic Imager (RHESSI), was launched on February 5, 2002, from Kennedy Space Center. The RHESSI mission incorporates two important technological advances: the ability to obtain high-resolution. — “Spectroscopic Imager”, hesperia.gsfc.nasa.gov
  • Spectroscopic. Binaries. We have already seen that even if both stars cannot be seen in a binary system we may be able to infer the presence of an unseen companion by its gravitational influence on the motion of the primary star. A Double-Line Spectroscopic Binary. Because of the motion of the two. — “Spectroscopic Binaries”, csep10.phys.utk.edu
  • SDI offers a full spectrum of support including detailed ***ysis, test equipment SDI is the destination for theoretical, ***ytical and practical solutions for scientists,. — “SDI Home”,
  • spectroscopic (not comparable) (***ytical chemistry) Of, or relating to spectroscopy or to a spectroscope. wiki/spectroscopic" Categories: English adjectives | English uncomparable adjectives | ***ytical chemistry. — “spectroscopic - Wiktionary”,
  • Spectroscopic Ellipsometer, Spectroscopic Ellipsometry, Ellipsometer, Ellipsometry, thin film, coating, thickness measurements, thin film measurement, film thickness, n&k, refractive index, extinction coefficient. — “Angstrom Advanced Inc. - Ellipsometers”,
  • Definition of spectroscopic from Webster's New World College Dictionary. Meaning of spectroscopic. Pronunciation of spectroscopic. Definition of the word spectroscopic. Origin of the word spectroscopic. — “spectroscopic - Definition of spectroscopic at ”,
  • Detailed ***ysis of the spectroscopic properties of the YAlO3 crystals doped with manganese ions has been performed. spectroscopic (infrared, optical absorption spectra), magnetic. — “absorption spectroscopic studies: Topics by ”,

Videos

  • MBI Mouse Color Spectroscopy CT material reconstruction of Mouse 2. Spectroscopic x-rays using Medipix 2 chip to measure 4 energy bins, material ***ysis using principle component ***ysis and subsequent reconstruction.
  • Spectroscopic Binary This animation shows how the orbits of two stars in a binary system produces a periodic splitting in a spectral line due to the doppler effect.
  • Spectroscopic Binary Star Download the orginal video from www.astronomy.ohio-state.edu This movie simulates a double-lined spectroscopic binary star system consisting of an F0v primary and M0v secondary in a circular orbit about each other. The orbital plane is oriented along the line of sight in this simulation. The top half of the frame shows the appearance of the two stars seen from above, with the red dot marking the center of mass of the system, and the green dot at left indicating the location of the distant observer. The bottom half of the frame shows the spectrum seen by the distant observer. The absorption lines from the primary star are labeled "A", while those from the secondary star are labeled "B". As the two stars orbit each other, they alternately move towards then away from the observer. This results in their absorption-line spectra getting blue-shifted, then red-shifted, respectively. The pattern of Doppler shifts traces out the orbital motions of each star. A thin "stationary" absorption line appearing between the two lines shows the un-shifted location of each line. Notice that the primary star's absorption lines (labeled "A") only shift a small amount, reflecting its smaller orbital velocity, compared to that of the secondary, which moves much faster. This because the lower mass secondary star must be located farther from the center-of-mass of the system than the primary, and so has to trace out a much bigger circle in its orbit in the same time that the primary does, making ...
  • Process ***ytical Technology from Pfizer UK Research This video discusses Process ***ytical Technology; By making measurements in the way disclosed in the video, reactions may be tracked in real time, with multiple potential benefits including the ability to stop reactions when they reach a specification (rather than waiting to reach an arbitrary time), thus allowing for a good reduction in cycle time.
  • 7_NMR Spectroscopy_1.WMV This is a Video which explains the NMR spectroscopy as to how the spectra appear and what are the features of NMR spectra that makes it distinctly a different spectroscopic tool. The video 8_NMR is an additional video for the same elaboration
  • Astronomy - spectroscopy - 3/3 A good basic introduction to what spectroscopy is and how it's used in astronomy. See and so on for more detailed information.
  • Variable Angle Spectroscopic Ellipsometry An elipsometer is used measure the dielectric properties (including refractive index and dielectric function) of thin films. For more information see the photonics wiki:
  • UV/vis spectroscopy This video gives information on UV/vis spectroscopy.
  • Lec 1 | MIT 5.80 Small-Molecule Spectroscopy and Dynamics, Fall 2008 Lecture 1: Matrices are useful in spectroscopic theory Instructor: Robert Field ocw.mit.edu License: Creative Commons BY-NC-SA More information at ocw.mit.edu More courses at ocw.mit.edu
  • Video from Large Angle Spectroscopic Coronograph (LASCO) 2011-05-27
  • Anze Slosar - Baryon Oscillation Spectroscopic Survey / BCCP New Scientist Series Cosmologist Anze Slosar defines cosmology, deals with data overload, prepares for the Baryon Oscillation Spectroscopic Survey, and considers possibilities for becoming a physicist or banker and more in this 2009 interview at the Berkeley Center for Cosmological Physics. bccp.lbl.gov
  • Chapter 16 Spectroscopic Parallax and Cepheid Varibles
  • Spectroscopic Binary
  • How to catch sunlight: UV-3600/ Solidspec-3700 spectrometers in photovoltaic applications Shimadzu, one of the world leaders in ***ytical instrumentation presents the world's first UV-VIS-NIR spectrophotometer with three detectors. The SolidSpec-3700DUV enables spectroscopic detection down to 165 nm in the deep UV region and is therefore a new milestone for Shimadzu, one of the market leaders in spectroscopy. The optical system has been designed to attain the highest sensitivity and contains three detectors: a photomultiplier (PMT) is used for the ultraviolet and the visible region while InGaAs- and PbS-detectors are used for the near-infrared region. This enables the SolidSpec- 3700DUV to carry out highly sensitive measurements in the entire wavelength range from 165 up to 3300 nm. Highly sensitive measurements To date, all conventional spectrophotometers have been using photomultiplier detectors for the ultraviolet and visible range and PbS detectors for the near infrared region. Because none of these types of detectors possess a high sensitivity in the wavelength vicinity where the detectors are being switched, it is impossible to carry out highly sensitive measurements in this wavelength region using conventional spectrophotometers. The SolidSpec-3700DUV uses an additional InGaAs detector and is therefore able to achieve highly sensitive measurements in the detector switching area. - Double monochromator for ultra low stray light - Extra large sample compartment in UV-3700 for non destructive measurements - Unlimited functionality for photovoltaic application
  • Ultraviolet/Visible Spectroscopy (UV-Vis) An education video on Ultraviolet/Visible Spectrometry from the Royal Society of Chemistry. From the Modern Instrumental Techniques for schools and colleges DVD. For more information on the Chemistry for our Future programme please visit (C) Royal Society of Chemistry
  • NEICSSR_WED2011.wmv This presentation file is for the National Seminar on "ENVIRONMENTAL MANAGEMENT AND DEVELOPMENT OF NORTH EAST INDIA" organized by NEICSSR, Shillong while the World Environemnt Day on 5th June 2011 was nearing. The topic for this paper is "An Advanced Spectroscopic Technique Convenient to Adapt to Enrich Inventory of Medicinal Plant Resources of North East ". The related materials to Plant resources and the effort by Dr. S. Aravamudhan to popularize the Metabolic Fingure printing and Profiling by Nuclear Magnetic Resonance Spectroscopic technique can be found at the URL: aravamudhan-
  • LAMOST - Large sky Area Multi-Object Spectroscopy Telescope The Large Sky Area Multi-Object Fiber Spectroscopic Telescope (LAMOST) project is one of the National Major Scientific Projects undertaken by the Chinese Academy of Science.LAMOST is a quasi-meridian reflecting Schmidt telescope laid down on the ground with its optical axis fixed in the meridian plane.
  • Spectroscopy Intro.mpg An overview of spectroscopic techniques used to identify organic molecules including NMR, IR, and UV.
  • Infra-Red Spectroscopy (IR) An education video on Fourier Transform Infra-Red Spectrometry from the Royal Society of Chemistry. From the Modern Instrumental Techniques for schools and colleges DVD. For more information on the Chemistry for our Future programme please visit (C) Royal Society of Chemistry
  • Defining Spectroscopic Features of Heteroannulenic Antiaromatic Porphyrinoids In this video, Dongho Kim and co-authors from Yonsei University, Inha University, and The University of Texas at Austin discuss their Perspective published in issue 6 of the Journal of Physical Chemistry Letters. DOI: 10.1021/jz100039n
  • Fourier Transform Infrared (FTIR) Spectroscopy This spectroscopic technique uses a Michelson interferometer to create an interferogram. An infrared source with many wavelengths is passed through a sample, which creates interference patterns as different wavelengths are differentially absorbed. The mathematical technique of Fourier transform is used to convert the raw signal into a recognizable absorption spectra, similar to those produced by a UV/VIS spectrometer.
  • Mass Spectroscopy A movie about mass spectroscopy.
  • Spectroscopic Notation, 19 Images by Chris Mansel, Music arranged by Chris Mansel using MixCraft4
  • XPMPro 2.0 Spectroscopy Average spectroscopy curves in real time. This function displays the running average of all curves taken at each point in real time in additional to the display of each individual spectroscopy curve. Real-time processing and display of spectroscopic data: In addition to showing the raw data for each curve, real-time display of calculated derivative and/or second derivative can also be shown. www.rhk-
  • NYXLAB - Spectroscopic NYXLAB is an Italian electro-experimental music project conceived in 2008 by FerDJ and Kate. For better sound quality in this video we recommend listening to 480p.
  • Test of remote spectroscopic sensing system using terahertz waves:NTT group At NTT, research on terahertz wave technology started in 2006 as a contract project for NICT, using optical communication technology, which is one of NTT's core technology. Five years later, in February 2011, NTT have developed remote spectroscopic sensing system using terahertz waves. The system emits terahertz waves towards the site of an emergency, such as a fire scene filled with smoke and flames, where they are again reflected back toward the receiver. The system converts these waves into a spectrum, which is ***yzed. This enables toxic substances, such as dangerous gases, to be detected instantly from a distance. By integrating NTT's terahertz generation technology, AIST's high-sensitivity terahertz detection technology, and Spectrum Technologies' terahertz spectrum database and ***ysis technology, a remote spectroscopic sensing system has finally been achieved.
  • Single nanotube experiment with tunable Ti:Sapphire laser Trestles Finesse Dmitri Tsyboulski performs single nanotube experiment with tunable Ti:Sapphire laser Trestles Finesse. More details on related research can be found on Professor Bruce Weisman website. Dr. R. Bruce Weisman and his group investigate the spectroscopy and photophysics of fullerenes and carbon nanotubes. All of these are closed nanoscopic structures formed from carbon atoms. Fullerenes, such as C60, C70, and their chemical derivatives, have unusual molecular properties that cause interesting behaviors following the absorption of light. Time-resolved absorption and emission methods are used to study radiationless decay, photochemical reactions, and energy transfer in fullerenes. Another major research topic is single-walled carbon nanotube spectroscopy. Following the discovery in Weisman?s lab of near-infrared nanotube fluorescence, the group has measured and unraveled the absorption and emission spectra of more than 30 semiconducting nanotube species. Follow-up projects include detailed elucidation of nanotube electronic structure, as well as applications in non-invasive biomedical imaging and ***ytical nanotechnology. Few publications and abstracts are cited below: Laurent Cognet, Dmitri A. Tsyboulski, John-David R. Rocha, Condell D. Doyle, James M. Tour and R. Bruce Weisman "Stepwise Quenching of Exciton Fluorescence in Carbon Nanotubes by Single Molecule Reactions." Science, 316 (2007): 1465-1468. Dmitry Tsyboulski, Ph.D. "Spectroscopic and Optical Imaging Studies of ...
  • Chemistry 3B - Lecture 03: Electronic Spectroscopy Chemistry 3B: Chemical Structure and Reactivity. Spring 2006. Professor Peter Vollhardt. Chemistry 3B represents the second semester of the standard organic chemistry series at UC Berkeley. It covers conjugation, aromatic chemistry, carbonyl compounds, carbohydrates, amines, carboxylic acids, amino acids, peptides, proteins, and nucleic acid chemistry. Ultraviolet spectroscopy and mass spectrometry will be introduced. Organic chemistry is a specific discipline within the subject of chemistry. It is the scientific study of the structure, properties, composition, reactions, and preparation of chemical compounds of carbon and hydrogen, which may contain any number of other elements, such as nitrogen,...
  • Introduction to Spectroscopy This is a brief introduction on spectroscopic techniques
  • Spectroscopic Notation: Backfill method
  • Co-Localized AFM and Raman Applications Atomic force microscopy and Raman spectroscopy applications are examined in this webinar presentation as part of the groundbreaking AFM Webinar Series from the Nano Surfaces Division, Bruker Corporation (www.bruker-/webinars_afm). High-speed atomic force microscopy via new AFM modes like ScanAsyst (www.bruker-/scanasyst_mode), and atomic force microscopes like the BioScope Catalyst (www.bruker-/bioscope_catalyst_atomic_force_microscope), are combined with the capabilities of the traditional Raman spectroscopic method to create a powerful and useful configuration (www.bruker-/afm-raman_solutions) that can be used in a wide variety of applications. Tip enhanced Raman scattering (TERS), is also covered to illustrate methods for using the AFM tip as a source for Raman spectroscopy imaging. The webinar concludes with an interactive Q&A session with the live audience. If you have any questions about the technologies or applications covered in this presentation, please contact us at: [email protected]
  • Spectral MM automatic surface milling machine for Spectroscopic sample ***ysis Spectral MM automatic surface milling machine for steel and non ferrous materials for Spectroscopic sample ***ysis. Featuring automatic milling height to 0.01mm accuracy
  • Class-room spectroscopic Illustrations This video consists of illustrations pertaining to Spectroscopy for Chemistry Calss rooms. The first topic is the Larmor Precession mode Illustration. Second is the depiction of FT NMR spectrometer working pronciples. The third is an illustration of a Vibrational mode of Water molecule.
  • MIRTHE Prototype Laser Spectroscopy Platform From Photonics Spectra magazine: A new development in wireless sensor networks for monitoring trace gases and chemicals uses an infrared laser operating at 2 µm and can detect atmospheric carbon dioxide with a sensitivity of 113 parts per billion in an average time of 1 second. Gerard Wysocki, an assistant professor of electrical engineering whose Princeton group developed the sensor in collaboration with MIRTHE (Mid-InfraRed Technologies for Health and the Environment), a National Science Foundation Engineering Research Center based at Princeton, describes the sensor with assistance from postdoctoral scientist Stephen So. They demonstrated the tunable diode laser absorption spectroscopic (TDLAS) CO2 sensor at SPIE Photonics West 2010 in San Francisco. The sensor is also the subject of a news article in the March 2010 issue of Photonics Spectra magazine.
  • Dr. George Sawatsky, UBC Celebrate Research Gala Honoree 2009 Dr. George Sawatsky is a newly elected UBC faculty to the Royal Society of London for his major contributions to the understanding of the important transition metal oxides and pioneering new spectroscopic methods to study these materials. The understanding of many widely used methods such as x-ray absorption, magnetic x-ray dichroism, auger spectroscopy and various forms of resonant x-ray scattering, rests largely on the work of Dr. Sawatzky and collaborators.
  • spectroscopic (12 shot) 2" tube 500gram
  • 2. NMR spectroscopy - Integration Visit for notes on this topic. Thanks for watching! This video explains how integration tells you the number of hydrogen atoms each peak corresponds to. Discussion of how this can be useful in determining structure. Part of a set of videos giving an introductory course on proton NMR, aimed at around A-level or International Baccalaureate standard. Includes dicussion of integration, chemical shift and coupling.
  • NIST's Steven Choquette on Building a Common Raman Spectroscopic Library Raman spectroscopy is becoming more widely used in a variety of applications, but spectra from different vendors' equipment can look very different, even for the same material. As a result, the technique can be challenging for nonspectroscopists in the field. NIST has been working on ways to adjust for these differences, to improve method validation and transfer. At the USP science meeting in Toronto recently, Steven Choquette, group leader of NIST's bioassay methods group, described progress so far, and the ultimate goal: a community-supported spectral library and database for Raman. This is a raw video of part of that interview with .
  • Spectroscopic
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