5 research outputs found
Fluorometric and phosphorometric analysis
- Author
- Alman
- An
- An
- Andrushko G. S.
- Biochemical Fluorescence
- Biochemical Fluorescence Concepts Vol
- Biological Analysis Froehllch
- Biological Fluids
- Biological Molecules Birks
- Bronskill P. M.
- Burshteln E. A.
- C. Michael. O'Donnell
- Clinical Chemistry Laboratory and Department of Pathology
- Correction
- Enzymatic
- Excitons
- High Performance Liquid Chromatography Bayer
- Image
- Iuminescence
- Katz S.
- Lasers
- Light Detectors Michael
- Mepacrine
- Modern Fluorescence Spectroscopy Wehry
- Neri A
- New Fluorescent
- Organic Materials No.
- Parker C. A.
- Phosphorescence Spectroscopy
- Phosphorimetry
- Phosphorimetry I
- Phosphorimetry II.
- Photobleaching
- Pulsed
- Review
- Simplified
- Simultaneous
- Special Publication Voi
- T. N. Solie
- The
- The
- The
- Thermoluminescence Cairns
- Ultraviolet Spectrometry Milazzo
- XII.
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
No full textElectrochemical manipulation of fluorescence and chemiluminescence signals at fiber-optic probes
- Author
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
No full textReproducible nuclear magnetic resonance surface coil fabrication by combining computer-aided-design and a photoresist process
- Author
- Angel S. M.
- Barker P.
- Boer G.
- Chang H.
- Coleman J. T.
- Epstein B.
- Epstein B.
- Freeman T. M.
- Gadlan D. G.
- Geology
- Holl W. W.
- Hool K.
- Hyde J. S.
- Karsten U.
- Karsten U.
- Kuwana T.
- Le Pecq J. B.
- Modern Fluorescence Spectroscopy
- Murphy-Boesch J.
- Peterson J. I.
- Richard M. Higashi
- Seitz W. R.
- Teresa W. M. Fan
- Tiffon B.
- VanDyke D. A.
- VanDyke D. A. Ph.D.
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
No full textInfrared spectrometry
- Author
- (A3) Determination of the Phenyl Group in Organosilicon Compounds Kreshkov, A. P., Ponomarev, V. S., Kirichenko, E. A., Damaeva, A. D., Shaplna, T. N„ Plast. Massy, 49-50
- (A39) JR Spectroscopic Method for Determining Nitro Group Impurities in Aromatic Diisocyanates Caraculacu, Adrian, Barba lata, Alla, Grigoriu, George E.
- (A53) Determination of the Hydroxyl Number of Polyurethane Prepolymers with Terminal Hydroxyl Groups
- (A55) Quantitative Determination of Isocyanurate Groups in Polyurethane Foam Putnins, E., Putnina, V., Karlivans, V., Latv. PSR Zinat. Akad. VestÃs, Kim. Ser., 367-8
- (A64) Infrared and Ultraviolet Spectroscopic Determination of the Composition of Groups of Compounds in Lubricating Oils of High Sulfur Content Belafi-Rethy, Katalin
- (A67) Determination of Hydroxyl Group Content in Cottonseed Oil Yunusova, S. G., Kantsepol'skaya, F. M., Kristallovich, E. L, Glushenkova, A. I., Umarov, A. U., Khim. Prir. Soedin., 300-3
- (B19) Atlas of Long-Wave Infrared Absorption Spectra of Complex Group III-V Metal and Uranyl Fluorides Kharitonov, Yu. Ya„ Davidovich, R. L., Kostin, V. I., (Nauka
- (B29) The Coblentz Society Desk Book of Infrared Spectra Graver, Clara D.
- (B30) NATO Advanced Study Institute Series Vol.
- (B37) NATO Advanced Study Institutes Series C
- (B4) Proceedings of the Society of Photo-Optical Instrumentation Engineers Vol.
- (B6) International Center of Information on Antibiotics Inf, Bull. 16, Pt.
- (C37) Separation of the Raman or JR Lines of a Group Constituting Several Superimposed Lines Fahys, B., Rondot, D., Mignot, J
- (L9) Broadly Tunable Pulsed Laser for the Infrared Using Color Centers
- (M17) Infrared Studies of some Analgesic Group Commercial Tablet Samples Lai, B. B„ Varma
- (P80) State of Water in Cellulose Acetate Membranes Toprak, Chris, Agar, John N., Falk, Michael
- (R151) Some Wider Uses of Group Frequencies Bellamy, L. J.
- (R25) Fourier Transform Infrared: Applications to National Technical Problems Ferraro, John R., Basile, Louis J.
- (R28) Characteristic Vibrational Frequencies of Compounds Containing Main-Group Elements Gans, P.
- (T116) High Resolution Study of the Group V Impurities Absorption in Silicon Pajot, B., Kauppinen, J., Anttila, R.
- (T37) Infrared Group
- Absorption Effects Naylor
- Absorption Infrared Spectroscopy Pritchard
- Absorption Scanning Matare
- Absorption Spectra Lin
- Absorption Spectrum Chang
- Absorption System Using Topographic
- Actinides Goffart
- Activation
- Activation Analysis Hoffmann
- Adsorbed Species Dignam
- Air Dispersion Filters Vereshchagin
- Airplane Appel
- Alkali Metal Methacrylates III
- Alkyds Frazee
- Aluminum Single Crystals Mertens
- Ambient Temperature Griffiths
- Amorphous Semiconductors Brodsky
- An Audio-Visual Program Maas
- An Infrared Method Iyer
- An Iterative
- Analysis Dally
- Analytical Chemistry Geick
- Analytical Chemistry Hirschfeld
- Analytical Laboratory Manocha
- Analyzer Lang
- Analyzers Refine Process Control Jones
- Anesthetic Chemicals Zeller
- Anharmonic Vibrations Durig
- Anisotropic Branched Polyethylene
- Answer Box'Approach Obremski
- Application Chaney
- Applications
- Applications Carlsson
- Applied Infrared Spectroscopy
- Aragonite-Calcite Transformation Rao
- Aromatic Chlorocarbons Ballester
- Aromatic Polyamide Fibers King
- Aromatic Polyamides Shablygin
- Artifact Strassburger
- Atactic Polystyrene Enns
- Atactic Polystyrene Jasse
- Atmosphere
- Atmosphere Cappellani
- Atmosphere Lukshin
- Atmosphere Maker
- Atmospheric Formaldehyde Marche
- Atmospheric Halocarbon Monitoring Techniques Rasmussen
- Atmospheric Reactions Niki
- Atmospheric Sensing Restelli
- Atmospheric Trace Constituents I.
- Atmospheric Trace Gases Sebacher
- Attenuated Total Internal Reflection Dorofeev
- Attenuated Total Reflection Crawford
- Attenuated Total Reflection Escolar
- Automated Interpretation Heite
- Avail
- Band Filters Chamberlain
- Band Resolution V.
- Bandpass Mesh Interference Filters Holah
- Barley Allison
- Based File Searching Powell
- Biological Interest Vergoten
- Biological Macromolecules D'Esposito
- Biological Membranes A
- Block Copolymers West
- Blown Polypropylene Films Bottin
- Boehm S.
- Buback Z. Naturforsch.
- Bulk Materials Hass
- Calcium Fluoride Surfaces Palik
- Calculating Molecular Vibrations Dement'ev
- Calibration Curves I.
- Carbon Dioxide Determination Paul
- Carbon Dioxide Huddleston
- Carbon Dioxide Measurements Bischof
- Carbon Dioxide Parkinson
- Carbon Painter
- Carbon Zawadzkl
- Cellulose Vakulyuk
- Cement De Luxan
- Cement Manufacture Ghosh
- Chain Structure Dobos
- Chemical Analysis Butler
- Chemistry Griffiths
- Chenery D. H.
- Chloramphenicol Namigohar
- Chloroform Halothane
- Chromatograms Hanna
- Chromatography
- Chromatography Versaud
- Chrtins Galat
- Coal A Novel
- Coal Bartle
- Coker Gasoline Distillate Hanna
- Column Eluates Vldrlne
- Commercial Dlvlnylbenzene Witt
- Compensational Spectra Baumgarten
- Complex Organic Mixtures Lynch
- Component Metals Mertens
- Composite Matrix Resins May
- Compound Identification System Hanna
- Compounds Von Eijk
- Computer Assisted Vibrational Spectroscopy Coleman
- Computer-Readable Form Penca
- Conservation I. General Principles
- Contaminants Using Grating Spectrometers Obremski
- Conventional Gas Chromatograph Shaps
- Copper Light Pipes Griffiths
- Correlation Functions Lester
- Correlation Infrared Process Analyzer Garfunkel
- Correlation Spectroscopy Wiens
- Cost Infrared Data Systems Coates
- Counter Imaging System Krasutsky
- Cryogenic Solutions Freund
- Crystalline Polymers Tadakoro
- Crystals Hexter
- Crystals Vakulenko
- Cyclic Loading Leksovskll
- Dairy Laboratory Hoffer
- Danielsson Bengt
- Data Collections A. Condensed Phases
- Defect Polymer Solids Loginov
- der Tensile Loads Gudim
- Desiccant Samish
- Detailed Intensity Information Rasmussen
- Detection Claspy
- Detection Kreuzer
- Detection Pao
- Detector Talmi
- Deuterated Lipids Smith
- Diameter Tungsten Wire Mok
- Diamond Anvil Cell Klaeboe
- Differential Infrared Spectrophotometry Naqvi
- Differential Infrared Spectroscopy Rousseaux
- Diketones Valiere
- Dimov N.
- Dioxide Hirano
- Dispersive Fourier Transform Spectrometry Birch
- Dispersive Fourier Transform Spectroscopy Birch
- Dye Laser Hartig
- Dynamic Infrared Studies I.
- Effects In Difference Spectra Aliara
- Effluents Curbelo
- Effluents Mattson
- Electric Field Courtois
- Electrical Insulating Materials Blahnlk
- Electrolytic Extraction-Infrared Spectrometry Yoshida
- Electron Energy Loss Spectroscopy Froitzheim
- Elevated Temperatures Terlemezyan
- Ellipsometric Method Batavin
- Emission Measurements Baumgarten
- Enamel C
- Environmental Analysis Griffiths
- Environmental Protection Schunck
- Epoxy Resin Formulations Hagnauer
- Ethylene Fukumi
- External Calibration Koenig
- Far Infrared Absorption Spectra Tateyama
- Far Infrared Astronomical Observations Houck
- Far Infrared Fourier Spectroscopy Kitade
- Far Infrared Kilp
- Far Infrared Radostitz
- Far Infrared Spectroscopy K'rtade
- Far Infrared Spectroscopy Otsuka
- Far-Infrared Interferometry Durig
- Farhat Shamim
- Fat Protein
- Fiber-Forming Polymers Marupov
- Fibers
- Fibrous Materials Aronson
- Films Stas'kov
- Filter Correlation Methods Gryvnak
- Flame-Retardant Fabrics McCall
- Fleming John
- Flip Raman Laser Smith
- Fluorescence Spectroscopy Gottardi
- Forensic Analysis Griffiths
- Forensic Science Grieve
- Formulation Quality Control Obremski
- Fourier Air Monitor Smith
- Fourier Spectroscopy Fonck
- Fourier Transform Infrared
- Fourier Transform Infrared Green
- Fourier Transform Infrared Griffiths
- Fourier Transform Infrared Spectra Antoon
- Fourier Transform Infrared Spectrometer Baumgarten
- Fourier Transform Infrared Spectrometer Kuehl
- Fourier Transform Infrared Spectrometer Kuehl
- Fourier Transform Infrared Spectrometer Mattson
- Fourier Transform Infrared Spectrometers Anderson
- Fourier Transform Infrared Spectrometry
- Fourier Transform Infrared Spectrometry Grieble
- Fourier Transform Infrared Spectrometry Hembree
- Fourier Transform Infrared Spectrometry Hirschfeld
- Fourier Transform Infrared Spectrometry Hirschfeld
- Fourier Transform Infrared Spectrometry Hirschfeld
- Fourier Transform Infrared Spectrometry Lowry
- Fourier Transform Infrared Spectrometry Matsul
- Fourier Transform Infrared Spectrometry Taylor
- Fourier Transform Infrared Spectroscopy
- Fourier Transform Infrared Spectroscopy
- Fourier Transform Infrared Spectroscopy D'Esposito
- Fourier Transform Infrared Spectroscopy Genzel
- Fourier Transform Infrared Spectroscopy Ishida
- Fourier Transform Infrared Spectroscopy Sprouse
- Fourier Transform Infrared Spectroscopy Wehry
- Fourier Transform Infrared System Krishnan
- Fourier Transform Spectrometer Scanlon
- Fourier Transform Spectroscopy Cooper
- Fourier Transform Spectroscopy Larson
- Fourier Transform Spectroscopy Ñafie
- Fractionated Coal Liquids Painter
- Free Carrier Infrared Absorption Schwartz
- Free Radicals Hester
- Fuels Spectroscopic
- Gain Ranging Hirschfeld
- Gas Chromatographic Peaks Delaney
- Gas Chromatographic Peaks Wall
- Gas Chromatography Delaney
- Gas Chromatography Delaney
- Gas Chromatography Effluents Clark
- Gas-Chromatographic Methods Sklyar
- Gaseous Pollutants Laurent
- Gel Permeation Chromatography Birley
- General Concepts Buechi
- Germanium Compounds Nauka
- Glass Fiber Ishida
- Glass Surfaces Fink
- Glycerides Using Infrared Detection Parris
- Gravimetric Study Careri
- Harmonic Generator Zuidberg
- Hemiellipsoidal Mirror Infrared Reflectometer Wood
- Hemocyanins Carbon
- Hemoglobin Alben
- Hemoglobin Alben
- Heterodyne Interferometer Kristal
- Heterodyne Spectrometers Betz
- High Grade Quartz Lipson
- High Magnetic Fields Kotthaus
- High Pressure Obriot
- High Pressures Ferraro
- High Sensitivity Huber-Waelchll
- High Spectral Resolution Spaenkuch
- High Temperatures Hattori
- High-Power CW
- High-Pressure Polyethylene Stas'kov
- Highest Possible Performance Seeley
- Hot Teflon Coating A
- Hydrated Films Heathman
- Hydrogen Bonding A Semi-Quantitative
- Important Pesticides Giang
- In Loaded Composite Material Regel
- In Melt Crystallized Polyethylene Rueda
- In Polyethylene Rueda
- Inclusion Compounds Davies
- Induced Cholesteric Solutions Korte
- Industrial Analysis Peitscher
- Industrial Aqueous Effluents Kotarski
- Industrial Carbonylation Reactions Hagen
- Industrial Infrared Analysis Grasselli
- Information Bulletin No.
- Information Theory Dupuis
- Infrared
- Infrared Absorption
- Infrared Absorption A Review
- Infrared Absorption Band Shapes II.
- Infrared Absorption Band Shapes Methods
- Infrared Absorption Gauge Edgar
- Infrared Absorption Photometry Terashima
- Infrared Analysis White
- Infrared Applications Reich
- Infrared Astronomy Beckman
- Infrared Data Bases Fisk
- Infrared Data Files Penca
- Infrared Detection Hwang
- Infrared Detectors Levinstein
- Infrared Diffuse Reflectance Spectrometer Niwa
- Infrared Emission
- Infrared Emission Spectroscopy Bates
- Infrared Emission Spectroscopy Lauer
- Infrared Emission Spectroscopy Maulhardt
- Infrared Emission Spectroscopy Pham Van
- Infrared Extinction Using Lidar Murray
- Infrared Fourier Transform Spectrometry
- Infrared Fourier Transform• Spectrometry Fuller
- Infrared Heavy-Water Instruments
- Infrared Heterodyne Radiometer Davies
- Infrared Heterodyne Spectrometer Abbas
- Infrared Heterodyne Spectroscopy Abbas
- Infrared Heterodyne Spectroscopy Abbas
- Infrared Intensities Steele
- Infrared Interference Morosanu
- Infrared Lees
- Infrared Matrix Isolation Spectrometry Reedy
- Infrared Measurements Greve
- Infrared Methods Black
- Infrared Methods Taleb-Bendiab
- Infrared Moorwood
- Infrared Photography Using Semiconductors Pinson
- Infrared Polarization Measurements Krishnan
- Infrared Raman Sources De Martino
- Infrared Reflectance Shenk
- Infrared Region Vol
- Infrared Schaber
- Infrared Schroeder
- Infrared Spectra Clark
- Infrared Spectra De Biasi
- Infrared Spectra Eckert
- Infrared Spectra Schaarschmidt
- Infrared Spectra Simons
- Infrared Spectra Veszpremi
- Infrared Spectra Zupan
- Infrared Spectral Data Clerc
- Infrared Spectral Region Kossova
- Infrared Spectral Studies Balllntine
- Infrared Spectrometry Adam
- Infrared Spectrometry Bessler
- Infrared Spectrometry Cyr
- Infrared Spectrometry Paxson
- Infrared Spectrometry Rethy
- Infrared Spectrometry Vance
- Infrared Spectrophotometry AM B
- Infrared Spectrophotometry Bondoli
- Infrared Spectrophotometry Carbon Monoxide
- Infrared Spectrophotometry Hirayama
- Infrared Spectrophotometry Namigohar
- Infrared Spectrophotometry Ohmacht
- Infrared Spectrophotometry Trinler
- Infrared Spectroscopic
- Infrared Spectroscopy A Monograph
- Infrared Spectroscopy Andrews
- Infrared Spectroscopy Ataman
- Infrared Spectroscopy Casy
- Infrared Spectroscopy Cleverley
- Infrared Spectroscopy Cook
- Infrared Spectroscopy Endrle
- Infrared Spectroscopy Estep-Barnes
- Infrared Spectroscopy Fultz
- Infrared Spectroscopy Goldfarb
- Infrared Spectroscopy Golfier
- Infrared Spectroscopy Hlavay
- Infrared Spectroscopy Krejcar
- Infrared Spectroscopy Liquier
- Infrared Spectroscopy McRae
- Infrared Spectroscopy Mizrahi
- Infrared Spectroscopy Mori
- Infrared Spectroscopy Reed
- Infrared Spectroscopy Rollins
- Infrared Spectroscopy Rudnaya
- Infrared Spectroscopy Schnepel
- Infrared Spectroscopy Using Preconcentration Separation
- Infrared Spectroscopy Zuzi
- Infrared Studies Schneider
- Infrared Transmission PÃnnow
- Infrared Truett
- Infrared Vibrational Circular Dichroism Ñafie
- Inorganic Chemistry Farmer
- Instrumental Methods Sachdev
- Instrumentation Measurement Techniques
- Insulating Film Thickness Measurement Hlnze
- Intensity Data Tanabe
- Interatomic Bonds In Polymers Voroboyev
- Interfering Gases Perlmutter
- Interferograms Small
- Interferometric Spectroscopy Chamberlain
- Internal Reflection Spectroscopy Sung
- Internal-Reflection Spectroscopy Holm
- Internal-Reflection Spectroscopy Palik
- Interpretation Sheppard
- Intrinsic Semiconductors Longo
- Inversion
- Ion Clustering In Ionomers Rouse
- Ionic Crystals De Wette
- Ionomer Clustering Rouse
- Iqbal Z.
- Isotactlc Polystyrene Painter
- Janicka K.
- Kuiper Airborne Observatory Harvey
- Kupecek P.
- Laboratory Industry
- Landa Isaac
- Lapse Infrared Spectroscopy Hartshorn
- Laser Double-Beam Spectrometer Dubs
- Laser Raman Spectroscopy Srivastava
- Lasers Jones
- Layered Materials Wieting
- Lead Alloys Pujade-Renaud
- Leg Wire Identification Kopec
- Ligands Davidson
- Ligands Gases
- Light-Pipe Type Hansen
- Liquid Argon Solution Jeannotte
- Liquid Crystals I. Surface-Induced
- Liquid Ionization Chamber Media Gruhn
- Liquid Substances Shevchuk
- Liquids Clarke
- Liquids Kanstad
- Long-Path Automatic
- Low Carbon Dioxide Concentrations Bingham
- Low Temperature Infrared Spectrometry Carreau
- Lung Surfactant Krishnan
- Macromolecules Coleman
- Magic Brown
- Matrix Isolation Spectroscopy Mamantov
- Measuring Infrared Emissivity Emilsson
- Meat Products I. Plotting
- Mechanical Measurements I. The
- Mechanical Measurements The
- Mechanical Treatment Terlemezyan
- Medium Rings Rounds
- Melt Extrusion Penwell
- Metal Carbonyls Kettle
- Metal Carbonyls Mauro
- Metal Nucleic Acid Systems Theophanides
- Metal Substrates Aliara
- Metal Surfaces Kanstad
- Metal-Ligand Bond Cheremisina
- Metals Boerio
- Meteor Satellites Pakamov
- Methane Baumgartner
- Methane Sebacher
- Methanol Choppin
- Methods Gribov
- Micro Paint Analysis Audette
- Microcrystalline Cellulose III
- Micrometeorologlcal Studies Daoo
- Middle Infrared Spectroscopic Observations Larson
- Milk Industry Laboratories Hoffer
- Millimeter Waves Vol
- Mineralogist Dietrich
- Minerals Rossman
- Mixtures Lin
- Mixtures Namigohar
- Mixtures Rasmussen
- Modern Infrared Technology Schwickardi
- Molecular Air Pollutants Mooradian
- Molecular Crystals Schrader
- Molecular Fragments Dement'ev
- Molecular Motions Perrot
- Molecular Spectra Gribov
- Molecular Spectra Melkozerova
- Molecular Spectra Serov
- Molecular Spectroscopy
- Molecular Structure
- Molecular Vibrations Koptev
- Molten Sulfur Startsev
- Molybdenum Gratton
- Monitoring Acrylonitrile Jacobs
- Monitoring Chemical Processes Jones
- Monodisperse Aerosols Schroeder
- Monomolecular Layers Chollet
- Multi-Component Multi-Point
- Multicomponent Acrylic Polymers Tomescu
- Mycobacterium Paraffinicum Cells Gusev
- Natural Membranes Cameron
- Natural Quartz Crystals Komov
- Near Infrared Landa
- Near Infrared Procedures Miller
- Near Infrared Reflectance Instrumentation Rotolo
- Near Infrared Region Vechkasov
- Near-Infrared Reflectance Rubenthaler
- Near-Infrared Region Adams
- New Analytical Methods Optoacoustical
- New Technique Bethune
- Nickel Faces Bertolini
- Nitrogen Dioxide Measurements Drummond
- Nitrous
- Nobbs J. H.
- Noninvasive Infrared
- Number Optics Kauppinen
- O'Keefe David H
- Oblique Phonons Freeh
- Oil Identification Adinoff
- Oils Verges
- Ointments Danielak
- Operating Junction Devices White
- Optical Method Malyutenko
- Opto-Acoustic Spectroscopy
- Optoacoustic Spectroscopy Kelley
- Organic
- Organic Compounds Clerc
- Organic Compounds Sasaki
- Organophosphorus Compounds Shagidullin
- Oriented Chemical Information System Zupan
- Oxygen Chance
- Oyster Shells Ramaswamy
- Ozone High Resolution
- Partially-Known Composition Zyat'kov
- Particulate Compounds
- Pectic Substances Filippov
- Performance Liquid Chromatography Sebenik
- Performance Potential Bourne
- Petroleum
- Pharmaceuticals Brlckell
- Phenol Alkylation Products Perov
- Photomechanical Processes Saidov
- Pitch Ruede
- Planetary Atmospheres Fink
- Plastics Analysis Vol
- Plastics Infrared Spectrophotometric
- Pollution Patel
- Polyacrylonitrile Coleman
- Polyamlc Acids A. N.
- Polyatomic Molecules Blanke
- Polyatomic Molecules Gribov
- Polybutadiene Gemmer
- Polychloroprenes Accentuation
- Polychloropropenes Structural
- Polycrystalline Silver Halides Garfunkel
- Polydimethylsiloxane Membranes Kennedy
- Polyesterimlde Resins Singh
- Polyethylene Barnes
- Polyethylene Hart
- Polyethylene Melkumov
- Polyethylene Painter
- Polyethylene The
- Polymer Blends I.
- Polymer Blends II
- Polymer Spectroscopy Brames
- Polymer Systems Antoon
- Polymer Systems Koenig
- Polymeric Materials Coleman
- Polymers A Review
- Polymers Containing Benzene Rings
- Polymers Gribov
- Polymers Loginov
- Polymers Panov
- Polymers Using Vibrational Spectroscopy Jasse
- Polymers Wool
- Polymethylene Chain Snyder
- Polypeptides Peticolas
- Polypropylene Blackwell
- Polypropylene Painter
- Polystyrene Film Polystyrene
- Polystyrene Film Polystyrene
- Polyurethane Block Polymers Srichatraplmuk
- Porous Silica Interface Ishida
- Porphyrins Alben
- Predictions Ackerman
- Pressure
- Pressure Infrared Interferometry Lauer
- Prism Kaiser
- Problems Involved Hirschfeld
- Propantheline Bromide Brannon
- Propylene Copolymers Toader
- Proteins Painter
- Pulse Breeding Programs Williams
- Quality
- Quality
- Quality Assurance McAllister
- Quartz Kaolin
- Quartz Production Kurashige
- Quartz Surfaces Ershova
- Radiation Using Harmonic Generation Huyben
- Raman Lasers Grasyuk
- Raman Optical Activity Ñafie
- Raman Spectroscopy Vol
- Raman Spectroscopy Vol
- Raman Spectroscopy Whalley
- Rapid Scan Fourier Spectroscopy Busse
- Ray Diffractometry Raina
- Ray Scattering Kuepper
- Ray Structure Analysis Steger
- Red Gas Analysis Hauck
- Reference Data Dupuis
- Reflection Spectroscopy
- Reinforced Plastics Chmel
- Related Species Burdett
- Remote
- Resolved Infrared Spectral Photography Bethune
- Resonance Absorption Gerlach
- Respirable Dust Heidermanns
- Retrieval Purposes Dupuis
- Robert S. McDonald
- Rubber Osland
- Rubidium Vapor Nlay
- Saferstein Richard
- Sapphire Cell Infrared Spectrophotometry Read
- Sea Water Kantin
- Sedimented Substances Mineral Oil
- Seeley J. S.
- Segmented Polyurethanes Fourier Transform JR
- Selected Organic Solvents Barbetta
- Semiconductors Gopal
- Semiconductors Stradling
- Semiconductors Weisbuch
- Semiconductors White
- Silicon Containing Oxygen Sari
- Silicon Jastrzebski
- Silicon Schroder
- Silicone Localization
- Single Beam Infrared Spectrometer Syrjala
- Single Crystals Adams
- Small Molecules Lehmann
- Small Ring Molecules Carreira
- Small Strains Jansson
- Soda-Treated Cotton Ferrus
- Sodium Nitrite Solutions Loginov
- Sodium Vapors Solomatin
- Soils Hlavay
- Solid Adsorption Studies Ramamoorthy
- Solid State Analysis Steger
- Solids Baraldl
- Solids Durig
- Solution Coates
- Solution Vincent-Geisse
- Some Practical Considerations Smith
- Source Emissions Herget
- Space Science Library Vol
- Spacelab Bonetti
- Spacelab Witt
- Specialist Periodical Reports
- Specialist Periodical Reports
- Specialist Periodical Reports
- Specialist Periodical Reports
- Spectra
- Spectra Using Pattern Recognition Comerford
- Spectral Data Goehner
- Spectral Infrared Experiment Nadile
- Spectral Range Balashov
- Spectrally Varying Experiments Anderson
- Spectrofluorimetric Methods Ovsepyan
- Spectrometric Method Kempe
- Spectrophotometry Weitkamp
- Spectroscopic Method Lopatkina
- Spectroscopic Method Saidov
- Spectroscopic Method Slukin
- Spectroscopic Surface Studies Foerster
- Spectroscopic Techniques Ward
- Spectroscopy Agibalova
- Spectroscopy Bartlck
- Spectroscopy Benedetti
- Spectroscopy Falzi
- Spectroscopy Grigorovich
- Spectroscopy Hellmann
- Spectroscopy Hellmann
- Spectroscopy Ishida
- Spectroscopy Kellner
- Spectroscopy Kofman
- Spectroscopy Ockman
- Spectroscopy Sackett
- Spectroscopy Siesler
- Spectroscopy Wagner
- Spin-Flip Laser Smith
- Spots Heavy Water Leaks Anon
- Sprays MachÃn
- Stable Isotopes Carbon
- Stainless Steel Wletlng
- Stambaugh B.
- Standard Addition Selective Subtraction
- State Physical Infrared Imaging Walther
- Stratosphere Girard
- Stratospheric Composition I. The Balloon
- Stress Gafurov
- Stressed Polymer Compounds Gabaraeva
- Structure Vol
- Studying Complex Biological Systems Gendreau
- Styrene-Vinylacetate Copolymers Ebdon
- Submillimeter Region Sakai
- Submillimeter Wavelength Pradere
- Subway Air Trattner
- Sulfadimethoxine Using Infrared Spectroscopy Sukhomlinov
- Sulfur Trioxide Majkowski
- Supposed Longwave Limit Seeley
- Surface Analysis I.
- Surface Chemistry Ibach
- Surface Damaged Crystals Nichols
- Surface Electromagnetic Wave Spectroscopy Chabal
- Surface Studies Fedyk
- Surface Studies Jakobsen
- Surface Vibrations Andersson
- Surface-Related Effects Nordal
- Surfaces Palik
- Surfactants Kunkel
- Synchrotron Radiation Lagarde
- Synthetic Atmospheres Tuazon
- Synthetic Fibers Klyushnik
- System Coffey
- System Using Heterodyne Detection Koh
- System Using Heterodyne Detection Pandey
- Tablets Infrared Spectroscopy
- Technical-Grade Dimethyl
- Technique Adrian
- Temperature Thermal Detection Scheme Bailey
- Tetrachloride Extraction-Infrared Spectrophotometry Yamaguchi
- Tetrachloride In Chlorendic Anhydride Fatkullina
- The Experimental Viewpoint Stephens
- The Suspension Procedure Supplementary Sample
- Thionyl Chloride Cells Geronov
- Three Membered Ring Compounds Wurrey
- Three Phase Model Melamies
- Total Body Water Using Infrared
- Total Ozone Prior
- Toxic Dusts Collected
- Trace Gas Analysis Hanst
- Trace Organic Gases Sweger
- Transform Infrared Spectroscopy Applications Erickson
- Transient Systems Durana
- Transients Mantz
- Transition-Element Compounds Goldstein
- Transmission Spectroscopy Penninger
- Trout Ascoll
- Tunable Acousto-Optic Filter Chang
- Tunable Diode Lasers Butler
- Tunable Infrared Lasers Pidgeon
- Tunable Lasers McDowell
- Twisted Infrared Metal Waveguides Garmlre
- Ultrahigh Vacuum Systems Wierenga
- Ultraviolet Horlick
- Undergraduate Curriculum Polyethylene Chain
- Unlaxially Oriented Atactic Polystyrene Jasse
- Unsaturated Hydrocarbons Rang
- Unusual Dextrans Part IX
- Upper Atmosphere Mankin
- Urinary Calculi Ohmacht
- Urinary Stones Klee
- Urinary Stones Sagebiel
- Using Far-Infrared Spectroscopy Rebours
- Using Infrared Absorption Brice
- Using Infrared Frequency Shifts Clark
- Using Infrared Laser Spectroscopy Davies
- Using Nonlinear Optical Upconversion Krishnan
- Using Nonlinear Optical Upconversion Krishnan
- Using Tunable Diode Lasers
- Using Tunable Semiconductor Diodes Kim
- Vacuum Kydd
- Vapor Phase Infrared Spectrophotometry Uden
- ver Long Atmospheric Paths Cuiten
- Very High Pressures IR
- Via Difference-Frequency Generation Pine
- Vibrational Spectra Horak
- Vidrine D. Warren
- Vinyipyrldlne Thin Films Bieg
- Vinyl Acetate Copolymer Kostkova
- Vinylpyrldine Thin Films Bieg
- Voigt-Shaped Lines Lin
- Waste Waters Hellmann
- Water Ershova
- Water Gomez-Taylor
- Water Kaschube
- Water Ranchet
- Water Solution Fabian
- Water Using Heavy Water Basset
- Wavelength Rocketborne Infrared Spectrometer Wyatt
- Wool Fibers Weideman
- Zanzucchi P. J.
- Zeolite Catalysis Naccache
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
No full textSignaling Recognition Events with Fluorescent Sensors and Switches
- Author
- Abdel-Mottaleb M. S. A.
- Abu-Saleh A.
- Acquavella M. F.
- Acree W. E.
- Acree W. E.
- Adachi G. Y.
- Adams S. R.
- Agbaria R. A.
- Agbaria R. A.
- Ahmad A. R.
- Akkaya E. U.
- Alfimov M. V.
- Alihodzic S.
- Alonso M. T.
- Alpha B.
- Anderson S.
- Anstead G. M.
- Aoki I.
- Aoki I.
- Aoki I.
- Aoki I.
- Aoki I.
- Aoyama Y.
- Arimura T.
- Armaroli N.
- Avouris P.
- Ayadim M.
- Bacon J. R.
- Baldes R.
- Ballardini R.
- Ballardini R.
- Balzani V.
- Balzani V.
- Balzani V.
- Balzani V.
- Bandy J. A.
- Barcellona M. L.
- Bardez E.
- Barigelletti F.
- Barigelletti F.
- Barltrop J. A.
- Barrero J. M.
- Basu G.
- Beddard G. S.
- Beeby A.
- Beecroft R. A.
- Beer P. D.
- Beer P. D.
- Beer P. D.
- Beer P. D.
- Beeson J. C.
- Belser P.
- Belser P.
- Bender C.
- Benniston A. C.
- Benson D. R.
- Berberan-Santos M. N.
- Bernardo M. A.
- Berthon R. A.
- Bignozzi C. A.
- Biochemical Applications
- Biochemical Fluorescence
- Biophysical
- Biosensors
- Birks J. B.
- Bissell R. A.
- Bissell R. A.
- Bissell R. A.
- Bissell R. A.
- Bissell R. A.
- Biwersi J.
- Blackburn C.
- Blacker A. J.
- Blacker A. J.
- Blough N. V.
- Bodenant B.
- Bohne C.
- Bolger J.
- Bolt J. D.
- Bonfantini E. E.
- Bortolus P.
- Bouas-Laurent H.
- Bourson J.
- Bourson J.
- Bourson J.
- Bourson J.
- Brimage D. R. G.
- Broan C.
- Brun A. M.
- Bryan A. J.
- Bunzli J.-C.
- Bystryak I. M.
- Cain C. C.
- Canfi A.
- Canfi A.
- Cao H.
- Chae M. Y.
- Chae M. Y.
- Chae M. Y.
- Chambron J.-C.
- Chand D. K.
- Chang C.-H.
- Chang S. K.
- Chapman C. F.
- Chardon-Noblat S.
- Charles R. G.
- Claude S.
- Cline Love L. J.
- Closs G. L.
- Coates J.
- Coates J.
- Cole K. L.
- Compare
- Constable E. C.
- Cornelius G.
- Costa S. M.
- Coudret C.
- Cowley D.
- Cowley D. J.
- Cowley D. J.
- Cox G. S.
- Cox G. S.
- Coyle P.
- Crosby G. A.
- Crossley R.
- Crossley R.
- Czarnik
- Czarnik A. W.
- Czarnik A. W.
- D'Sousa F.
- Das S.
- Daub J.
- Davidson R. S.
- Davidson R. S.
- De Cola L.
- de Costa M. D. P.
- de Rege P. J. F.
- de Santis G.
- De Santis G.
- De Santis G.
- De Schryver F. C.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- de Silva A. P.
- Debreczeny M. P.
- DeCola L.
- Delgado M.
- Delmond S.
- Demas J. N.
- Deschenaux R.
- Desvergne J.-P.
- Desvergne J.-P.
- Desvergne J.-P.
- Dewar M. J. S.
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- Dickins R. S.
- Dickinson T. A.
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- Dougherty D. A.
- Draxler S.
- Draxler S.
- Dressick W. J.
- Dumon P.
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- Dürr H.
- Early
- Ebata H.
- El Baraka M.
- Electron
- Emert J.
- Etter E. F.
- Fabbrizzi L.
- Fabbrizzi L.
- Fabbrizzi L.
- Fabbrizzi L.
- Fabbrizzi L.
- Fabian R. H.
- Fages F.
- Fages F.
- Fages F.
- Fages F.
- Fages F.
- Fees J.
- Femia R. A.
- Fendler E. J.
- Fendler J. H.
- Fernandez M. S.
- Fernandez-Gutierrez A.
- Fernando S. R. L.
- Fernando S. R. L.
- Fery-Forgues R.
- Fery-Forgues R.
- Fery-Forgues S.
- Fibre Optic Chemical Sensors
- Filipescu
- Fluorescence Spectroscopy
- Fluorescent Chemosensors
- Fluorescent Probes
- For
- Forst H.
- Frey S. T.
- Fujii I.
- Fujita E.
- Fyles T. M.
- Gallery J.
- Galoppini E.
- Gaugain B.
- Ghosh P.
- Gocmen A.
- Godwin H. A.
- Golchini K.
- Goldenberg M.
- Gonzalez M. C.
- Goodwin P. M.
- Gordon M.
- Goulle V.
- Grabowski Z. R.
- Grabowski Z. R.
- Grabowski Z. R.
- Grady T.
- Grampp G.
- Gravett D. M.
- Greenfield S. R.
- Grigg R.
- Grigg R.
- Grigg R.
- Grosshenny V.
- Grynkiewicz G.
- Gubelmann M.
- Guilbault G. G.
- Gust D.
- Gust G.
- Gutman M.
- Haga M.
- Hahn K. M.
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- Hamai S.
- Hamasaki K.
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- Hamilton A. D.
- Hancock R. D.
- Harada A.
- Harootunian A. T.
- Harriman A.
- Harriman A.
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- Harriman A.
- Hartmann P.
- Hartmann W. K.
- Hassner A.
- Hatfield J. V.
- Hauenstein B. L.
- Haugland R. P.
- Hayashi T.
- Hayashi T.
- He G. X.
- He G. X.
- Heinselmann K. S.
- Hemmila I.
- Hemmila I.
- Hemmila I.
- Hermant R. M.
- Hiratani K.
- Hiratani K.
- Hoffman D. A.
- Holmlin R. E.
- Homsi A.
- Hong S. Y.
- Horrocks W.
- Horvath O.
- Hoshino H.
- Hosseini M. W.
- Hubbard B. K.
- Hungerford G.
- Hunter C. A.
- Hunter C. A.
- Hunter C. A.
- Hurtubise R. J.
- Huston M. E.
- Huston M. E.
- Ide R.
- Illner H.
- Indelli M. T.
- Indicators
- Inouye M.
- Ireland J. F.
- Irie M.
- Itoh M.
- Iwamoto K.
- Iwata S.
- Iyoda T.
- Jacobsen A.
- Jacques P.
- James T. D.
- James T. D.
- James T. D.
- James T. D.
- James T. D.
- James T. D.
- Janout V.
- Jenkins Y.
- Jenneskens L. W.
- Jiang J.-B.
- Jin T.
- Jones G.
- Jones G. R.
- Jonker S. A.
- Jonker S. A.
- Jonker S. A.
- Jordan D. M.
- Jullien L.
- Juris A.
- Kakizawa Y.
- Kalyanasundaram K.
- Kalyanasundaram K.
- Kalyanasundaram K.
- Kalyanasundaram K.
- Kamlet M. J.
- Kaneda T.
- Kano K.
- Kano K.
- Kano K.
- Kasha M.
- Kastenholz F.
- Kavarnos G.
- Kavarnos G. J.
- Kavarnos G. J.
- Kawakami J.
- Kessler M. A.
- Kimura E.
- Kimura E.
- Kimura K.
- Kimura K.
- Klessinger M.
- Klok H.-A.
- Kloppfer W.
- Konopelski J. P.
- Kopecky J.
- Kosower E. M.
- Kosower E. M.
- Kosower E. M.
- Kowalczyk A.
- Krapf R.
- Krasovitskii B. M.
- Kratochvil B.
- Kumar C. V.
- Kumar C. V.
- Kumar C. V.
- Kuroda Y.
- Kutsyna L. M.
- Lakowicz J. R.
- Langhals H.
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- Larson J. M.
- Lay P. A.
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- Lee L. G.
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- Lehn J.-M.
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- Leo A.
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- Lieu V. T.
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- Lis S.
- Liu H. Q.
- Liu H. Q.
- Loew L. M.
- Loew L. M.
- London R. E.
- Lorand J. P.
- Loutfy R. O.
- Luminescence Techniques
- Lytton S. D.
- Lytton S. D.
- Létard J.-F.
- Létard J.-F.
- Macanita A. L.
- MacQueen D. B.
- Marcus R. A.
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- Marquis D.
- Marquis D.
- Martensson J.
- Martin M. M.
- Martin M. M.
- Martin M. M.
- Matayoshi E. D.
- Mathevet R.
- Matsumoto H.
- Matsumoto H.
- Matsumoto T.
- Mayer A.
- McDermott G.
- McGlynn S. P.
- McLachlan B. G.
- Meares C. F.
- Meech S. R.
- Mes G. F.
- Mets U.
- Meuwis K.
- Michl J.
- Milbradt R.
- Minami T.
- Minta A.
- Minta A.
- Modern Fluorescence Spectroscopy
- Moerner W. E.
- Montalti M.
- Monti S.
- Morawetz H.
- Morimoto M.
- Morrison H.
- Motesharei K.
- Mukkala V.-M.
- Mukkala V.-M.
- Mullins S. T.
- Munoz de la Pena A.
- Murakami H.
- Murakami H.
- Murphy C. J.
- Murray T. J.
- Murru M.
- Nag A.
- Nag A.
- Nagai Y.
- Nagasaki T.
- Nakamura A.
- Nakamura M.
- Nakashima K.
- Nakashima K.
- Nakaya T.
- Nango M.
- Nishida H.
- Nocera D. G.
- Nowick J. S.
- Nowick J. S.
- Nowick J. S.
- Nozaki K.
- Ogawa S.
- Ogawa S.
- Ogoshi H.
- Okahata Y.
- Okamura T.
- Orrit M.
- Oster G.
- Paddon-Row M. N.
- Pardo A.
- Parker C. A.
- Parker D.
- Parker D.
- Parker D.
- Parola A. J.
- Pasman P.
- Paul-Roth C. O.
- Perez-Jimenez C.
- Perez-Jimenez C.
- Petrov J. G.
- Photochromism
- Photoinduced
- Photoinduced
- Pietraszkiewicz
- Pietraszkiewicz M.
- Pikramenou Z.
- Pikramenou Z.
- Pina F.
- Pines E.
- Plenio H.
- Ponce A.
- Probe Design
- Quanten E.
- Quesada M. A.
- Raju B.
- Rampi M. A.
- Rawle S. C.
- Rehm D.
- Reichardt C.
- Remuinan M. J.
- Rettig W.
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- Richardson F. H.
- Roberts J. A.
- Roman Ceba M.
- Rotman B.
- Roundhill D. M.
- Rurack K.
- Ryder J. D.
- Saavedra S. S.
- Sabbatini N.
- Sabbatini N.
- Sabbatini N.
- Sabbatini N.
- Saeva F.
- Saha A. K.
- Saika T.
- Saltiel J.
- Sammes P. G.
- Sammes P. G.
- Sandanayake K. R. A. S.
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- Sandanayake K. R. A. S.
- Sandanayake K. R. A. S.
- Sandros K.
- Sasaki D. Y.
- Sato N.
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- Scandola F.
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- Scholes G. D.
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- Scypinski S.
- Scypinski S.
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- Shizuka H.
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- Spreitzer H.
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- Tan W.
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- Tanasugarn L.
- Tanimoto Y.
- Tazuke S.
- Tecilla P.
- Teulade-Fichou M.
- The Photosynthetic Reaction Center
- Thomas J.
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- Thorp H. H.
- Thummel R. P.
- Toner J.
- Toner J. L. U.S.
- Tsien R.
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- Ueno
- Ueno A.
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- Ueno A.
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- Valeur B.
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- Zhou Q.
- Zweig A.
- Publication venue
- 'American Chemical Society (ACS)'
- Publication date
- Field of study
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