Sitemap
- Home
- About HORIBA
- Investor Relations
- Message from the CEO
- Mid-Long Term Management Plan
- Financial Information
- IR News
- IR Library
- Financial Statements
- Fiscal Year 2021
- Fiscal Year 2020
- Fiscal Year 2019
- Fiscal Year 2018
- Fiscal Year 2017
- Fiscal Year 2016
- Fiscal Year 2015
- Fiscal Year 2014
- Fiscal Year 2013
- Fiscal Year 2012
- Fiscal Year 2011
- Fiscal Year 2010
- Fiscal Year 2009
- Fiscal Year 2008
- Fiscal Year 2007
- Fiscal Year 12/2006
- Fiscal Year 3/2006
- Fiscal Year 2005
- Fiscal Year 2004
- Fiscal Year 2003
- Fiscal Year 2002
- Fiscal Year 2001
- Fiscal Year 2000
- Fiscal Year 1999
- Fiscal Year 1998
- Fiscal Year 1997
- HORIBA Report
- Financial Statements
- IR Calendar
- Stock Information
- Corporate Governance
- IR Contact
- Disclaimer
- Corporate News
- Publications
- CSR
- Careers
- Automotive Test Systems
- Process & Environmental
- Products
- News & Events
- About Us
- Contacts & Request information
- Download Center
- Medical
- Semiconductor
- Products
- Product Lines
- Processes
- Measuring Object
- SC-1
- SC-2
- BHF
- SPM
- FPM
- HF/HNO3
- TMAH/H2O2
- Components of various chemicals
- pH
- TMAH
- HF
- HF/HCl
- HF/HCl/NH3
- Resistivity
- Conductivity
- Silica
- Reticle/Mask Particle
- Various kinds of process gases
- Film thickness
- Etching end-point
- Residual gas
- Gas flow rate
- Liquid source flow rate
- Liquid source vaporization flow rate
- Gas pressure
- Measurement Method
- Absorption spectroscopic method
- Glass electrode method
- Conductivity measurement and concentration conversion
- Electromagnetic induction method
- Fluoride ion electrode method
- 2-electrode method
- 4-electrode method
- Laser scattering method
- Molybdenum blue method and absorptiometric method
- Blowing method
- CRDS
- NDIR
- Spectroscopic ellipsometry
- Optical interferometric method
- Plasma emission analysis method
- Quadrupole mass spectrometry
- Mass flow measurement Differential pressure detection method
- Mass flow measurement Thermal sensor method
- Soap film detection method
- Product Name
- Real Time Interferometric Film Thickness Monitor
- Plasma Diagnosis Endpoint Monitor
- SC-1 Monitor
- SC-2 Monitor
- BHF Monitor
- SPM Monitor
- FPM Monitor
- HF.HNO3 Monitor
- TMAH/H2O2 Monitor
- Fiber Optic Type Chemical Solution Concentration Monitor
- Hydrofluoric Acid Monitor
- Reticle/Mask Particle Detection System
- FPD Mask Particle Detection System
- Automatic Particle Blower
- Full Automatic Ultra Thin Film Analyzer
- Spectroscopic Ellipsometer
- UV Visible Spectroscopic Ellipsometer
- Full Automatic Film Analyzer
- Trace HF Concentration Monitor
- HF Concentration Monitor
- Low Concentration HF/HCl/NH3 Monitor
- TMAH Conductivity Monitor
- Carcon Sensor Conductivity Meter (High Concentration Type)
- Conductivity Meter (High Concentration Type)
- Carbon Sensor Resistivity Meter
- 2-channel Carbon Sensor Resistivity Meter
- High Sensitivity Silica Monitor
- Industrial pH Meter
- Mass Flow Module
- Digital Mass Flow Controller
- Digital Mass Flow Controller (for High Temperature Application)
- Analog Mass Flow Controller
- Analog Mass Flow Controller (for High Temperature Application)
- Mass Flow Controller (Low Cost Type)
- Digital Mass Flow Meter
- Digital Mass Flow Meter (for High Temperature Application)
- Analog Mass Flow Meter (for High Temperature Application)
- Analog Mass Flow Meter
- Liquid Mass Flow Controller
- Liquid Mass Flow Meter
- High-precision Flow Rate Meter for Precision Film
- Direct Injection System
- Compact Baking System
- Liquid Auto Refill System
- Digital Automatic Pressure Regulator
- Automatic Pressure Regulator
- Piezo Actuator Valves
- Exhaust Pressure Controller
- Wafer back side cooling system
- Residual Gas Analyzer
- Capacitance Manometer
- New Product Lines
- Mass Flow Controller & Meter
- Pressure Controller
- Liquid Source Vaporization System
- Plasma Emission Controller
- Vacuum/Gas Monitor
- Gas Generators
- Chemical Concentration Monitor
- In-line pH Monitor
- Ultra-pure Water Monitor
- Particle Detection System
- Plasma Process Monitor
- Liquid Source Vaporization System
- Applications
- Technical Resource Center
- Process Control
- News & Events
- Global Support Network
- About Us
- Contact Us
- Products
- Scientific
- Products
- Atomic Emission Spectroscopy
- Detectors
- Diffraction Gratings
- Elemental Analyzers
- Ellipsometers
- Spectroscopic Ellipsometers
- In-Situ, In-Line and Large Area Ellipsometers
- Software
- Accessories
- Ellipsometry Academy
- Articles
- Ellipsometry tutorial
- Spectroscopic Ellipsometry Principles
- Thin film application fields
- Thin film properties
- Phase modulation spectroscopic ellipsometer
- Overview of Phase Modulation Technology
- What are the advantages of the photoelastic modulator over others forms of polarization modulation?
- What are the advantages of the photoelastic modulator over others forms of polarization modulation? (Part2)
- UVISEL Phase Modulated Ellipsometer Performance Qualified
- Overview of Phase Modulation Technology Page - Performance
- FAQs
- Videos and Webinars
- Application Notes
- Support & Training
- Downloads
- Request Information
- News
- Fluorescence Spectroscopy
- Steady State
- Lifetime
- Nanotechnology
- Microscopy & Mapping
- Accessories
- Software
- Tutorials/Webinars
- PTI EasyRatioPro Software Tutorials
- Setting up the PCO.EDGE Camera
- Offline Analysis Method
- MetaFluor Import
- Export to MetaFluor
- Setting up USB interface and instaCal
- Fader Mapping and Adjustments
- Export Color Images from ImageJ
- Dynamic Background Subtraction
- PTI DeltaRAM Setup in Micromanager
- Authoring AVI Movies
- Adjustment Mapping
- ROI Editor
- Zoom and Pan Tools
- PTI EasyRatioPro Software Tutorials
- Training
- Application Notes
- Downloads
- Request Information
- Forensics
- Glow Discharge
- Materials Characterization
- OEM Mini CCD Spectrometers
- Optical Building Blocks
- Optical Spectroscopy
- Particle Characterization
- Particle Size Analysis
- Particle Shape Analysis
- Zeta Potential Analysis
- Surface Area Analysis
- Applications
- Abrasives
- Battery
- Carbon Nanotubes
- Cement
- Ceramics
- CMP
- Colloids
- Cosmetics
- Drug Delivery
- Flavoring and Flavorants
- Food & Beverage
- Frac Sand
- Isoelectric Point with Autotitrator
- Metal Powders
- Milk Homogenization
- Mining and Minerals
- Nanoparticles
- Nutraceuticals
- Paper
- Pharmaceutical Aerosols
- Pharmaceuticals
- Pharmaceutical Sugar Spheres
- Pigments & Inks
- Polyelectrolytes
- Polymers & Plastics
- Power Plants
- Proteins
- Protein Aggregation
- Road Materials
- Particle Size Reduction
- Soils & Sediments
- Snow, Ice and Particle Size
- Titanium Dioxide
- Wastewater Treatment and Coagulants
- Education
- Technology
- Bibliography
- Request Information
- Download Center
- Application Notes
- Brochures
- NIST Particle Analysis Publications
- Webinars
- Future Webinar Schedule
- AP046
- TE029v2
- TE030
- AP045v2
- AP044v2
- AP045
- AP044
- TE028
- TE026
- AP043
- AP042
- AP041
- AP040
- AP039
- TE027
- TE025
- TE023
- AP037
- TE022
- TE021
- AP035
- TR022
- AP034
- AP033
- AP032
- TE020
- TR021
- TR020
- TR019
- TR018
- AP031
- AP030
- TR017
- AP029
- TR016
- TR015
- AP028
- TR014
- TR013
- TR012
- TR011
- TE007
- AP027
- AP026
- AP025
- AP024
- AP023
- AP022
- TE019
- AP021
- TE018
- AP020
- TE017
- AP019
- TE016
- AP018
- AP017
- AP016
- TR010
- AP015
- TR009
- AP014
- TE015
- TE014
- TE013
- TE012
- AP012
- AP011
- AP013
- TE011
- TE009
- TE010
- AP008
- TR008
- Webinars
- Petroleum Analyzer
- Photoluminescence
- Plasma Profiling TOFMS
- Process Equipment
- Raman Spectroscopy
- Raman Spectrometers
- Raman-AFM
- Raman Imaging
- SWIFT
- 3D Confocal Volume Imaging
- Image Gallery
- Expanded beads
- Nano-indented Silicon
- Rock section
- Fluid inclusion 2
- Layered MoS2
- Whole tablet
- Poly-silicon
- Synthetic diamond
- Fluid Inclusion
- Graphene
- Mineral section
- Single Bacteria
- BaSO4 beads in polymer
- SWCNT
- Bovine Embryo
- Holographic Gratings Inscribed on Polymer Thin Films
- Polystyrene Beads on Si plate
- Thin section of wood cells
- Rare Earth Doped LiNb03 based 3D Photonic Crystal
- CNT
- Femtosecond laser written waveguide on a Nd: YAG ceramic sample
- Applications
- Raman Academy
- Introduction to Raman Spectroscopy
- How-to Raman
- FAQs
- What is Raman spectroscopy?
- What information does Raman spectroscopy give?
- What samples can be analysed with Raman?
- Can Raman spectra be obtained from solids, liquids and gases?
- Can Raman spectra be obtained from a mixture of materials?
- Can Raman spectra be obtained from aqueous materials?
- How long does it take to acquire a Raman spectrum?
- Is Raman spectroscopy qualitative or quantitative?
- Can Raman be used for microscopic analysis?
- Can Raman be used for macro/bulk analysis?
- Can Raman be used for automated assays and high throughput screening?
- Can Raman be used for remote in situ analysis?
- Can Raman be used for in vivo analysis?
- What are the most common applications of Raman spectroscopy?
- When should I use Raman spectroscopy?
- Can Raman be used to distinguish different phases and polymorphs of a material?
- Can Raman be used to analyse crystallinity of a material?
- Can Raman be applied at high/low temperatures, pressures or humidities?
- What is confocal Raman microscopy?
- What is remote in situ Raman analysis?
- What is transmission Raman spectroscopy, or TRS?
- What is polarised Raman spectroscopy?
- What is resonance Raman spectroscopy?
- What is surface enhanced Raman scattering, or SERS?
- What is tip enhanced Raman scattering, or TERS?
- What is a combined / hybrid / hyphenated Raman system?
- What is a confocal Raman microscope?
- Are all Raman microscopes confocal?
- What analysis spot (or laser spot) size is used for a Raman microscope?
- Is it possible to work with large laser spot sizes on a Raman microscope?
- What is the spatial resolution of a Raman microscope?
- Can a Raman microscope record Raman spectral images and profiles?
- Can a Raman microscope be used for depth profiling and analysis of features below the surface?
- Can a Raman microscope be used for analysis of liquids?
- Can a Raman microscope be used for analysis of bulk samples?
- What is Raman spectral imaging or Raman mapping?
- What information can Raman spectral images provide?
- How long does it take to acquire a Raman spectral image?
- What is “ultra-fast Raman spectral imaging”?
- Can Raman and PL (photoluminescence) measurements be made on the same instrument?
- Can Raman and epifluorescence measurements be made on the same instrument?
- Can Raman and AFM measurements be made on the same instrument?
- What is low frequency analysis, and when is it needed?
- What factors affect spectral resolution in a Raman spectrometer?
- What is spectral resolution, and when is it needed?
- What is an EMCCD detector?
- What is a CCD detector?
- What types of laser (Rayleigh) filtering are used?
- What are the advantages and disadvantages of near infra-red (NIR) lasers for Raman?
- What are the advantages and disadvantages of ultra-violet (UV) lasers for Raman?
- What laser wavelengths are used for Raman spectroscopy?
- Macro-Bulk Analysis
- Micro Analysis
- Remote Industrial Process Monitoring
- Low Frequency Analysis
- Difference between Dispersive Raman and FT-Raman
- Spectral Resolution
- Raman Spectroscopy
- Hybrid
- NIR Raman
- UV Raman
- What are the advantages of Raman for remote industrial process monitoring?
- Applications for Raman Analysis
- Hardware Required
- Raman Spectroscopy
- Raman Scattering
- What is Spectral Resolution?
- Confocal Raman Microscope
- Dispersive Raman and FT-Raman
- Webinars
- Raman Channel
- Software
- Functionality
- ProtectionPlus
- Batch processing
- Validated performance
- Templates and Methods
- Video overlay
- Customized reporting
- Epifluorescence
- MultiWell
- Instant Processing
- OneClick
- OneCheck
- FLAT Correction
- Image Analysis and Display
- User Accounts
- Spectral Database Searching
- ParticleFinder
- Multivariate Analysis
- Scripting
- NavMap™
- NavSharp™
- ViewSharp™
- Collaborations
- Upgrades
- Interactive Brochure
- Functionality
- Accessories
- News & Events
- Service, Support & Trainings
- Downloads
- Request Information
- Sample Preparation
- Sulfur-in-Oil
- Surface Plasmon Resonance imaging (SPRi)
- Vacuum UV Spectroscopy
- Water Quality
- X-Ray Fluorescence Analysis
- Markets & Industries
- Art, Museum & Conservation
- Battery
- Biology / Life Science
- Biosecurity
- Carbon Nanotubes
- Display Technologies
- Environmental
- Food & Beverages
- Forensic
- Industrial Process
- Mineralogy / Geology
- Nanotechnology
- OEM
- Pharmaceuticals & Cosmetics
- Photoluminescence
- Photovoltaic / Solar Cell
- Polymers
- Semiconductors
- Surface Science
- Service & Support
- News & Events
- Newsletter
- About Us
- Employment
- Feedback
- Products
- All Segment Product Browser
- HORIBA Advanced Techno
- HORIBA STEC
- HORIBA TECHNO SERVICE
- Terms & Conditions
- Privacy Notice
- Accessibility
- Sitemap
- Search