CRAIC UV-visible-NIR microscopes and microspectrophotometers are used in many fields for scientific analysis, quality control and defect analysis. Below are titles of just some of the many applications for which CRAIC UV-visible-NIR microspectrophotometers and microscopes are used.

For copies of these papers, please contact CRAIC at sales@microspectra.com  or by telephone at +001-310-573-8180

Geology

• Raman Microspectroscopy of Minerals with Apollo™
• Fluorescence Microspectral Analysis of Petroleum Fluid Inclusions
• Grading Coke and Coal Blends with a CRAIC Technologies Microscope Photometer
• Near Infrared Absorbance Spectroscopy of Microscopic Crystals of Pyrope
• Protocol for Measuring Vitrinite Coal Reflectance per ISO 7404 Standards
• Technique for UV-visible-NIR Microspectral Analysis of Gemstones
• Technique for UV-visible-NIR Microspectral Analysis of Glass Fragments

Flat Panel Displays & Semiconductors

• Applications of Microspectroscopy to Flat Panel Display Quality Control
• Film Thickness by NIR Transmission Microspectroscopy
• Inspection of Bonded Wafer Device Interiors by NIR Microscopy
• Inspection of Patterned Silicon Wafers by Backside Illumination NIR Microscopy
• Metrology and Quality Control of OLED Display by Microscope Spectrophotometer
• Microspectral Analysis of Powered Flat Panel Display Pixels
• Raman Microspectroscopy of Flat Panel Display Color Masks
• Spectroscopy of Individual Pixels on OLED Microdisplays
• Thin Film Thickness Measurements of Microscopic Areas
• Thin Film Thickness Measurements Using Spectrophotometry
• Ultraviolet Microscopy of Flat Panel Display Color Mask
• Ultraviolet Microscopy of Patterned Semiconductors
• Ultraviolet-Visible-NIR Reflectance Microspectroscopy of Semiconductor Wafers

Pharmaceuticals

• Analysis of Biocrystalline Materials by Absorbance Microspectroscopy
• Deep UV Microscopy and Why you need it?
• DNA Purity Determination by Deep UV Microspectroscopy
• Microfluorometry of Nanocrystalline Materials
• Protein Concentration Determination by Deep UV Microspectroscopy
• Quantification of DNA Crystals with Ultraviolet Microspectroscopy
• Quantification of Protein Crystals with Ultraviolet Microspectroscopy
• Raman Microspectroscopy of Pharmaceuticals with Apollo™
• Rapid Location and Identification of DNA Crystals in Solution with UV Microscopy
• Rapid Location and Identification of Protein Crystals in Solution with UV Microscopy
• Ultraviolet Microscopy of Protein Crystals
• Ultraviolet Microspectroscopy of Protein Crystals

Forensics

• Raman Microspectroscopy of Explosives
• Analysis of DNA with UV-visible Microspectroscopy
• Analysis of Electrical Tapes Commonly Used on IED's with Microspectroscopy.
• Deep UV Microspectral Characteristics of Nylon Textile Fibers
• Deep UV Microspectral Characteristics of Textile Fibers
• Deep UV Microscopy and Why you need it?
• Differentiation of Two Visually Identical Samples by Microspectroscopy: Green Wool Fibers
• Determination of Top and Bottom Ink Layers using Microspectrophotometer
• Determining UV-VIS-NIR Spectral Response of Fibers
• DNA Purity Determination by Deep UV Microspectroscopy
• Dye Analysis of Textile Fibers by Colorimetric Microspectroscopy
• Forensic Applications of UV-Visible-NIR Microspectroscopy
• Identification of Trace Amounts of LSD by UV-visible Microspectroscopy
• Measurement of Spectra of Low Concentration Color Solutions using UV-Vis-NIR  Microspectrophotometer
• Microspectral Analysis of Optical Glue as it Undergoes Curing
• Microspectral Characteristics of Acetate Polymers Used in Textile Fibers
• Microspectral Characteristics of Nylon Polymers
• Microspectroscopy of Dyed Human Hair
• NIR Microspectroscopy of Dyed Textile Fibers
• NIR Microspectroscopy of Automotive Paint Fragments
• Technique for UV-visible-NIR Microspectral Analysis of Glass Fragments
• Techniques for Sectioning Paint for UV-visible Microspectroscopy
• Ultraviolet Microscopy of Currency
• Ultraviolet Microscopy of Automotive Clearcoat Paint
• Ultraviolet Microspectral Characteristics of DNA Bases
• Ultraviolet Microspectral Characteristics of Polymers in Textile Fibers
• Ultraviolet-Visible-NIR Microspectra of Automotive Paint Clearcoats and Pigments
• Ultraviolet-Visible-NIR Microspectroscopy of Paint Layers
• Ultraviolet-Visible-NIR Microspectroscopy of Textile Fibers
• UV-Visible Microspectra of Paint Clearcoats and Pigments
• UV-Visible Polarization Microspectroscopy of Textile Fibers

Industrial

• Analysis of Surface Plasmon Resonance Sensors with CRAIC Technologies Microspectrometers
• Applications of Microspectroscopy to Flat Panel Display Quality Control
• Deep UV Microspectral Characteristics of Nylon Textile Fibers
• Deep UV Microspectral Characteristics of Textile Fibers
• Deep UV Microscopy and Why you need it?
• Detection of the Thermal Maturity of Petroleum Source Rocks by Microphotometry
• Determining UV-VIS-NIR Spectral Response of Fibers
• Differentiation of Two Visually Identical Samples by Microspectroscopy: Green Wool Fibers
• Dye Analysis of Textile Fibers by Colorimetric Microspectroscopy
• Film Thickness by NIR Transmission Microspectroscopy
• Fluorescence Microspectroscopy with the 508 PV™ Spectrophotometer for Microscopes
• Inspection of Bonded Wafer Device Interiors by NIR Microscopy
• Inspection of Patterned Silicon Wafers by Backside Illumination NIR Microscopy
• Microspectral Analysis of Gold Nanorods
• Microspectral Characteristics of Acetate Polymers Used in Textile Fibers
• Microspectral Characteristics of Nylon Polymers
• Microspectral Analysis of Powered Flat Panel Display Pixels
• NIR Microspectroscopy of Dyed Textile Fibers
• NIR Microspectroscopy of Automotive Paint Fragments
• Quantification of DNA Crystals with Ultraviolet Microspectroscopy
• Quantification of Protein Crystals with Ultraviolet Microspectroscopy
• Rapid Location and Identification of DNA Crystals in Solution with UV Microscopy
• Rapid Location and Identification of Protein Crystals in Solution with UV Microscopy
• Thin Film Thickness Measurements of Microscopic Areas
• Thin Film Thickness Measurements Using Spectrophotometry
• Ultraviolet Microscopy of Automotive Clearcoat Paint
• Ultraviolet Microscopy of Flat Panel Display Color Mask
• Ultraviolet Microscopy of Protein Crystals
• Ultraviolet Microspectral Characteristics of Polymers in Textile Fibers
• Ultraviolet Microspectroscopy of Protein Crystals
• Ultraviolet-Visible-NIR Microspectroscopy of Textile Fibers
• Ultraviolet-Visible-NIR Microspectroscopy of Paint Layers
• UV-visible-NIR Microspectroscopy of Nanocrystalline Cellulose
• Ultraviolet-Visible-NIR Microspectra of Automotive Paint Clearcoats and Pigments
• Ultraviolet-Visible-NIR Reflectance Microspectroscopy of Semiconductor Wafers
• UV-visible Microscopy and Microspectroscopy of Carbon Nanotubes
• UV-Visible Microspectra of Paint Clearcoats and Pigments
• UV-Visible Polarization Microspectroscopy of Textile Fibers

Biology & Chemistry

• Analysis of Biocrystalline Materials by Absorbance Microspectroscopy
• Analysis of DNA with UV-visible Microspectroscopy
• Analysis of Individual Barbules of Bird Feathers by UV-Visible Microspectroscopy
• Analysis of Red Blood Cells by Ultraviolet Microscopy and Microspectroscopy
• Deep UV Microscopy and Why you need it?
• Detection of Organic Contaminants by Ultraviolet Microscopy and Microspectroscopy
• DNA Purity Determination by Deep UV Microspectroscopy
• High Resolution Visible and UV Imaging of  Biological Samples
• Measurement of Spectra of Low Concentration Color Solutions using UV-Vis-NIR  Microspectrophotometer
• Microfluorometry of Nanocrystalline Materials
• Microspectroscopy of Dyed Human Hair
• Microspectroscopy of Quantum Dots
• Near Infrared Fluorescence Microscopy: Imaging of Nanoparticles in Cancer Tissue 
• NIR Microspectroscopy of Water
• Protein Concentration Determination by Deep UV Microspectroscopy
• Quantification of DNA Crystals with Ultraviolet Microspectroscopy
• Quantification of Protein Crystals with Ultraviolet Microspectroscopy
• Raman Microspectroscopy of Pharmaceuticals
• Rapid Location and Identification of DNA Crystals in Solution with UV Microscopy
• Rapid Location and Identification of Protein Crystals in Solution with UV Microscopy
• Ultraviolet Microscopy of Automotive Clearcoat Paint
• Ultraviolet Microscopy of Protein Crystals
• Ultraviolet Microspectral Characteristics of DNA Bases
• Ultraviolet Microspectroscopy of Protein Crystals
• Ultraviolet Microscopy and Microspectroscopy of Lignin
• UV-visible Microscopy and Microspectroscopy of Carbon Nanotubes
• UV-visible-NIR Microspectroscopy of Nanocrystalline Cellulose

Inks, Papers, Documents

• Applications of UV-Visible-NIR Microspectroscopy to Questioned Document Examination
• Determination of Top and Bottom Ink Layers using Microspectrophotometer
• Examination of Gel Pen Inks by Microspectrometry
• Fluorescence Microspectral Analysis of Water Based Inks
• Measurement of Spectra of Low Concentration Color Solutions using UV-Vis-NIR  Microspectrophotometer
• NIR Microspectroscopy of Blue Inks
• NIR Microspectroscopy of Ink
• Reflectance Microspectral Analysis of Inks on Currency: Peoples Republic of China Yuan
• Reflectance Microspectral Analysis of Inks on Currency: Canadian Dollar
• Reflectance Microspectral Analysis of Inks on Currency: Australian Dollar
• Reflectance Microspectral Analysis of Inks on Currency: Euro
• Reflectance Microspectral Analysis of Inks on Currency: English Pound
• Reflectance Microspectral Analysis of Inks on Currency: South Korean Won
• Ultraviolet Microscopy of Currency
• UV-Visible-NIR Microspectral Characteristics of Black Gel Ink
• UV-Visible-NIR Microspectral Characteristics of Blue Gel Ink
• UV-Visible-NIR Microspectral Characteristics of Red Gel Ink

Technical

• How Microspectrophotometers Work
• Advantages of Cooling Microspectrometer CCDs.
• Advantages of Schwartzchild Optics Over Quartz Objectives
• Calibration of Microspectrophotometer for Fluorescence Intensity Measurements
• Calculations Involved for Absolute Reflectance Microspectroscopy
• Understanding Color and Microspectra
• Comparing CCD and PDA Detectors: Why the CCD is Superior
• Derivative Microspectroscopy
• Differentiation of Two Visually Identical Samples by Microspectroscopy: Green Wool Fibers
• Identification of Trace Amounts of LSD by UV-visible Microspectroscopy
• Protocol for Measuring Vitrinite Coal Reflectance per ISO 7404 Standards
• Sample Preparation Requirements for Microspectroscopy
• Spectral Response of Optical Components Used for Fluorescence Microspectroscopy
• Spectroscopic Discrimination of Metameric Samples
• Technique for UV-visible-NIR Microspectral Analysis of Gemstones
• Technique for UV-visible-NIR Microspectral Analysis of Glass Fragments
• UV-Visible Polarization Microspectroscopy
• Visible Spectra and Color Perception in Microspectroscopy
• UV-Visible Polarization Microspectroscopy
• Why Cool a CCD Detector?

CRAIC Technologies ™ Applications Papers CRAIC UV-visible-NIR microscopes and microspectrophotometers are used in many fields for scientific analysis, quality control and defect analysis. Below are titles of some of the applications for which CRAIC UV-visible-NIR microspectrophotometers and microscopes are used. For copies of these papers, please contact CRAIC at sales@microspectra.com  or by telephone at +001-310-573-8180 Geology Raman Microspectroscopy of Minerals with Apollo™ Fluorescence Microspectral Analysis of Petroleum Fluid Inclusions Grading Coke and Coal Blends with a CRAIC Technologies Microscope Photometer Near Infrared Absorbance Spectroscopy of Microscopic Crystals of Pyrope Protocol for Measuring Vitrinite Coal Reflectance per ISO 7404 Standards Technique for UV-visible-NIR Microspectral Analysis of Gemstones Technique for UV-visible-NIR Microspectral Analysis of Glass Fragments Flat Panel Displays & Semiconductors Applications of Microspectroscopy to Flat Panel Display Quality Control Film Thickness by NIR Transmission Microspectroscopy Inspection of Bonded Wafer Device Interiors by NIR Microscopy Inspection of Patterned Silicon Wafers by Backside Illumination NIR Microscopy Metrology and Quality Control of OLED Display by Microscope Spectrophotometer Microspectral Analysis of Powered Flat Panel Display Pixels Raman Microspectroscopy of Flat Panel Display Color Masks Spectroscopy of Individual Pixels on OLED Microdisplays Thin Film Thickness Measurements of Microscopic Areas Thin Film Thickness Measurements Using Spectrophotometry Ultraviolet Microscopy of Flat Panel Display Color Mask Ultraviolet Microscopy of Patterned Semiconductors Ultraviolet-Visible-NIR Reflectance Microspectroscopy of Semiconductor Wafers Pharmaceuticals Analysis of Biocrystalline Materials by Absorbance Microspectroscopy Deep UV Microscopy and Why you need it? DNA Purity Determination by Deep UV Microspectroscopy Microfluorometry of Nanocrystalline Materials Protein Concentration Determination by Deep UV Microspectroscopy Quantification of DNA Crystals with Ultraviolet Microspectroscopy Quantification of Protein Crystals with Ultraviolet Microspectroscopy Raman Microspectroscopy of Pharmaceuticals with Apollo™ Rapid Location and Identification of DNA Crystals in Solution with UV Microscopy Rapid Location and Identification of Protein Crystals in Solution with UV Microscopy Ultraviolet Microscopy of Protein Crystals Ultraviolet Microspectroscopy of Protein Crystals Forensics Raman Microspectroscopy of Explosives Analysis of DNA with UV-visible Microspectroscopy Analysis of Electrical Tapes Commonly Used on IED's with Microspectroscopy. Deep UV Microspectral Characteristics of Nylon Textile Fibers Deep UV Microspectral Characteristics of Textile Fibers Deep UV Microscopy and Why you need it? Differentiation of Two Visually Identical Samples by Microspectroscopy: Green Wool Fibers Determination of Top and Bottom Ink Layers using Microspectrophotometer Determining UV-VIS-NIR Spectral Response of Fibers DNA Purity Determination by Deep UV Microspectroscopy Dye Analysis of Textile Fibers by Colorimetric Microspectroscopy Forensic Applications of UV-Visible-NIR Microspectroscopy Identification of Trace Amounts of LSD by UV-visible Microspectroscopy Measurement of Spectra of Low Concentration Color Solutions using UV-Vis-NIR  Microspectrophotometer Microspectral Analysis of Optical Glue as it Undergoes Curing Microspectral Characteristics of Acetate Polymers Used in Textile Fibers Microspectral Characteristics of Nylon Polymers Microspectroscopy of Dyed Human Hair NIR Microspectroscopy of Dyed Textile Fibers NIR Microspectroscopy of Automotive Paint Fragments Technique for UV-visible-NIR Microspectral Analysis of Glass Fragments Techniques for Sectioning Paint for UV-visible Microspectroscopy Ultraviolet Microscopy of Currency Ultraviolet Microscopy of Automotive Clearcoat Paint Ultraviolet Microspectral Characteristics of DNA Bases Ultraviolet Microspectral Characteristics of Polymers in Textile Fibers Ultraviolet-Visible-NIR Microspectra of Automotive Paint Clearcoats and Pigments Ultraviolet-Visible-NIR Microspectroscopy of Paint Layers Ultraviolet-Visible-NIR Microspectroscopy of Textile Fibers UV-Visible Microspectra of Paint Clearcoats and Pigments UV-Visible Polarization Microspectroscopy of Textile Fibers Industrial Analysis of Surface Plasmon Resonance Sensors with CRAIC Technologies Microspectrometers Applications of Microspectroscopy to Flat Panel Display Quality Control Deep UV Microspectral Characteristics of Nylon Textile Fibers Deep UV Microspectral Characteristics of Textile Fibers Deep UV Microscopy and Why you need it? Detection of the Thermal Maturity of Petroleum Source Rocks by Microphotometry Determining UV-VIS-NIR Spectral Response of Fibers Differentiation of Two Visually Identical Samples by Microspectroscopy: Green Wool Fibers Dye Analysis of Textile Fibers by Colorimetric Microspectroscopy Film Thickness by NIR Transmission Microspectroscopy Fluorescence Microspectroscopy with the 508 PV™ Spectrophotometer for Microscopes Inspection of Bonded Wafer Device Interiors by NIR Microscopy Inspection of Patterned Silicon Wafers by Backside Illumination NIR Microscopy Microspectral Analysis of Gold Nanorods Microspectral Characteristics of Acetate Polymers Used in Textile Fibers Microspectral Characteristics of Nylon Polymers Microspectral Analysis of Powered Flat Panel Display Pixels NIR Microspectroscopy of Dyed Textile Fibers NIR Microspectroscopy of Automotive Paint Fragments Quantification of DNA Crystals with Ultraviolet Microspectroscopy Quantification of Protein Crystals with Ultraviolet Microspectroscopy Rapid Location and Identification of DNA Crystals in Solution with UV Microscopy Rapid Location and Identification of Protein Crystals in Solution with UV Microscopy Thin Film Thickness Measurements of Microscopic Areas Thin Film Thickness Measurements Using Spectrophotometry Ultraviolet Microscopy of Automotive Clearcoat Paint Ultraviolet Microscopy of Flat Panel Display Color Mask Ultraviolet Microscopy of Protein Crystals Ultraviolet Microspectral Characteristics of Polymers in Textile Fibers Ultraviolet Microspectroscopy of Protein Crystals Ultraviolet-Visible-NIR Microspectroscopy of Textile Fibers Ultraviolet-Visible-NIR Microspectroscopy of Paint Layers UV-visible-NIR Microspectroscopy of Nanocrystalline Cellulose Ultraviolet-Visible-NIR Microspectra of Automotive Paint Clearcoats and Pigments Ultraviolet-Visible-NIR Reflectance Microspectroscopy of Semiconductor Wafers UV-visible Microscopy and Microspectroscopy of Carbon Nanotubes UV-Visible Microspectra of Paint Clearcoats and Pigments UV-Visible Polarization Microspectroscopy of Textile Fibers Biology & Chemistry Analysis of Biocrystalline Materials by Absorbance Microspectroscopy Analysis of DNA with UV-visible Microspectroscopy Analysis of Individual Barbules of Bird Feathers by UV-Visible Microspectroscopy Analysis of Red Blood Cells by Ultraviolet Microscopy and Microspectroscopy Deep UV Microscopy and Why you need it? Detection of Organic Contaminants by Ultraviolet Microscopy and Microspectroscopy DNA Purity Determination by Deep UV Microspectroscopy High Resolution Visible and UV Imaging of  Biological Samples Measurement of Spectra of Low Concentration Color Solutions using UV-Vis-NIR  Microspectrophotometer Microfluorometry of Nanocrystalline Materials Microspectroscopy of Dyed Human Hair Microspectroscopy of Quantum Dots Near Infrared Fluorescence Microscopy: Imaging of Nanoparticles in Cancer Tissue  NIR Microspectroscopy of Water Protein Concentration Determination by Deep UV Microspectroscopy Quantification of DNA Crystals with Ultraviolet Microspectroscopy Quantification of Protein Crystals with Ultraviolet Microspectroscopy Raman Microspectroscopy of Pharmaceuticals Rapid Location and Identification of DNA Crystals in Solution with UV Microscopy Rapid Location and Identification of Protein Crystals in Solution with UV Microscopy Ultraviolet Microscopy of Automotive Clearcoat Paint Ultraviolet Microscopy of Protein Crystals Ultraviolet Microspectral Characteristics of DNA Bases Ultraviolet Microspectroscopy of Protein Crystals Ultraviolet Microscopy and Microspectroscopy of Lignin UV-visible Microscopy and Microspectroscopy of Carbon Nanotubes UV-visible-NIR Microspectroscopy of Nanocrystalline Cellulose Inks, Papers, Documents Applications of UV-Visible-NIR Microspectroscopy to Questioned Document Examination Determination of Top and Bottom Ink Layers using Microspectrophotometer Examination of Gel Pen Inks by Microspectrometry Fluorescence Microspectral Analysis of Water Based Inks Measurement of Spectra of Low Concentration Color Solutions using UV-Vis-NIR  Microspectrophotometer NIR Microspectroscopy of Blue Inks NIR Microspectroscopy of Ink Reflectance Microspectral Analysis of Inks on Currency: Peoples Republic of China Yuan Reflectance Microspectral Analysis of Inks on Currency: Canadian Dollar Reflectance Microspectral Analysis of Inks on Currency: Australian Dollar Reflectance Microspectral Analysis of Inks on Currency: Euro Reflectance Microspectral Analysis of Inks on Currency: English Pound Reflectance Microspectral Analysis of Inks on Currency: South Korean Won Ultraviolet Microscopy of Currency UV-Visible-NIR Microspectral Characteristics of Black Gel Ink UV-Visible-NIR Microspectral Characteristics of Blue Gel Ink UV-Visible-NIR Microspectral Characteristics of Red Gel Ink Technical How Microspectrophotometers Work Advantages of Cooling Microspectrometer CCDs. Advantages of Schwartzchild Optics Over Quartz Objectives Calibration of Microspectrophotometer for Fluorescence Intensity Measurements Calculations Involved for Absolute Reflectance Microspectroscopy Understanding Color and Microspectra Comparing CCD and PDA Detectors: Why the CCD is Superior Derivative Microspectroscopy Differentiation of Two Visually Identical Samples by Microspectroscopy: Green Wool Fibers Identification of Trace Amounts of LSD by UV-visible Microspectroscopy Protocol for Measuring Vitrinite Coal Reflectance per ISO 7404 Standards Sample Preparation Requirements for Microspectroscopy Spectral Response of Optical Components Used for Fluorescence Microspectroscopy Spectroscopic Discrimination of Metameric Samples Technique for UV-visible-NIR Microspectral Analysis of Gemstones Technique for UV-visible-NIR Microspectral Analysis of Glass Fragments UV-Visible Polarization Microspectroscopy Visible Spectra and Color Perception in Microspectroscopy UV-Visible Polarization Microspectroscopy Why Cool a CCD Detector?