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Supplier: Accuris
Description: Survey of methods of measuring temperature by laser spectroscopy
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Supplier: Electro Optical Components, Inc.
Description: modes in the system. Infrared spectroscopy yields similar, but complementary, information. Electro Optical Components has a variety of laser diode modules specifically for Raman Spectroscopy. The 785, 830 and 1064 nm lasers are narrow bandwidth for precision in the Raman
- Wavelength Range: 784 to 1,064 nm
- Laser Power: 500 to 600 milliwatts
- Laser Wavelength: Infrared
- Laser Type: Laser Diode Modules
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Supplier: Electro Optical Components, Inc.
Description: modes in the system. Infrared spectroscopy yields similar, but complementary, information. Electro Optical Components has a variety of laser diode modules specifically for Raman Spectroscopy. The 785, 830 and 1064 nm lasers are narrow bandwidth for precision in the Raman
- Wavelength Range: 785 to 1,064 nm
- Laser Power: 500 to 600 milliwatts
- Laser Wavelength: Infrared
- Laser Type: Laser Diode Modules
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Supplier: Accuris
Description: Natural gas - Upstream area - Determination of composition by Laser Raman spectroscopy
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Supplier: Accuris
Description: Natural gas \x97 Upstream area \x97 Determination of composition by Laser Raman spectroscopy
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Description: humans with a tunable, highly monochromatic irradiation source and with an instrumental measurement of skin reactions. The irradiation system consisted of an excimer laser pumped dye laser and an ultraviolet fiber optic system. The skin colour after irradiation was determined with a
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Supplier: Accuris
Description: Standard Test Method for Determination of Water Vapor (Moisture Concentration) in Natural Gas by Tunable Diode Laser Spectroscopy (TDLAS)
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Supplier: Electro Optical Components, Inc.
Description: spectroscopy, Mass spectrograph, LIBS – Atmospheric detection / Air Monitoring, LIDAR / Laser Ranging, LIPS – Seed Laser, LIMS – Optical Metrology and Non-linear optical measurement. The pump diode module is integrated in the power supply. These lasers can be operated
- Wavelength Range: 532 to 1,032 nm
- Laser Power: 40 to 200 milliwatts
- Laser Wavelength: Green, Infrared
- Laser Output: Pulsed, Q-Switched
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Supplier: ASTM International
Description: 1.1 This test method covers online determination of vapor phase moisture concentration in natural gas using a tunable diode laser absorption spectroscopy (TDLAS) analyzer also known as a “TDL analyzer.” The particular wavelength for moisture measurement varies by manufacturer;
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Supplier: AMS Technologies Ltd.
Description: Ultrafast Fiber lasers, including picosecond lasers, femtosecond lasers and Supercontinuum sources are the focus of AMS Technologies. These ultrafast fiber lasers provide incredibly high peak power and ultrashort pulse duration, which combine to provide access to new
- Wavelength Range: 400 to 2,000 nm
- Laser Power: 25 to 50,000 milliwatts
- Laser Wavelength: Blue, Green, Infrared, Orange, Red, Violet, Yellow
- Laser Type: Fiber Lasers
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Supplier: SAE International
Description: temperatures can also be resolved. Laser Induced Grating Spectroscopy (LIGS) provides point temperature measurements with a pressure dependent precision in the range 0.1 to 1.0 % when the gas composition is well characterized and homogeneous; as the pressure increases the precision
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Supplier: ASTM International
Description: 1.1 This test method is for the online determination of hydrogen sulfide (H2S) in natural gas using tunable diode laser absorption spectroscopy (TDLAS) analyzers also known as a "TDL analyzers." The particular wavelength for H2S measurement varies by manufacturer, typically between
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Supplier: World Star Tech
Description: World Star Tech offers laser systems combining single-mode laser diodes with Polarization Maintaining (PM), Non-PM, or Multi-Mode fibers. These COMPACT Series fiber coupled lasers have applications in the fields of biomedical instrumentation, flow cytometry, cell sorting,
- Laser Type: Laser Diodes
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Supplier: Soliton Laser und Messtechnik GmbH
Description: excited. Even with an average power of up to 20 mW and a high spectral power density these lasers are still eyesafe. See a selection of lasers below. LaserTune is controlled by a PC via USB port. It comes with its own software and can also be operated remotely with a lab automation
- Wavelength Range: 7,300 to 6,250 nm
- Laser Power: 1 to 20 milliwatts
- Features: Other
- Laser Output: Pulsed, Tunable Laser
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Description: All solid state Q-switched laser at 1064nm has the features of high peak power and short pulse duration, which is widely used in scientific research, laser micromaching, laser radar ranging, environment monitoring, laser ultrasonic monitoring and LIBS (Laser
- Wavelength Range: 1,064 nm
- Pulse Energy: 0.001 to 0.008 mJ
- Operating Temperature Range: 0 to 35 C
- Beam Divergence: 1.4999999999999991 millirad
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Description: Picosecond pulsed diode laser features with integrated electronics,It features integrated electronics, repetition rate 100kHz to 80MHz, synchronized signal output. Fast ON/ OFF/ multiplexing capability. Suitable for fluorescence excitation, time resolve spectrum, highly sensitive absorption
- Wavelength Range: 405 nm
- Operating Temperature Range: 10 to 35 C
- Beam Divergence: 1 millirad
- Laser Type: Laser Diodes
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Supplier: ASTM International
Description: 1.1 This test method covers the quantitative analysis of in-service lubricants using an automatic testing device that integrates these varied technologies: atomic emission spectroscopy, infrared spectroscopy, viscosity, and particle counting. 1.2 This is suited for in-service
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Supplier: ASTM International
Description: 1.1 This test method covers the determination of total petroleum hydrocarbons (TPH) in water, and waste water, that are extractable from an acidified sample with a cyclic aliphatic hydrocarbon (for example cyclohexane), and measured by IR absorption in the region of 1370 -1380 cm-1 (7.25 -7.30
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Supplier: ProPhotonix, Ltd.
Description: The 300-0600-00 series of thermo-electrically cooled, (TEC), blue-violet, red and infrared wavelength laser diode modules offers exceptional wavelength and power stability, (better than 1%), good pointing accuracy and significantly increased laser diode lifetime. Designed for
- Wavelength Range: 635 to 830 nm
- Laser Power: 0.9 to 32 milliwatts
- Operating Voltage: 5 volts
- Operating Current Range: 500 milliamps
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Supplier: Soliton Laser und Messtechnik GmbH
Description: Line tunable CO2 lasers are used for spectroscopy, interferometry and far IR laser pumping. In order to provide discreet lines ACCES LASER COMPANY uses different laser models. The simplest version is line stabilized by changing the resonator length. Depending on
- Wavelength Range: 9,200 to 10,800 nm
- Laser Power: 200 to 40,000 milliwatts
- Beam Area: 4.524 mm²
- Operating Voltage: 12 to 48 volts
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Supplier: Midwest Laser Products, LLC
Description: beam unless otherwise noted.¢ Power supplies and ballast resistors also available.¢ Quantities are limited! ¢ Typical lifespan of a Melles Griot He-Ne laser tube is20,000 hours of operation. ¢ We provide a six month limited warranty. HeNe laser tubes are ideal for:¢ Holography ¢ Raman
- Wavelength Range: 543.5 to 632.8 nm
- Laser Power: 0.3 to 7 milliwatts
- Beam Area: 0.1735 to 2.27 mm²
- Operating Voltage: 1,150 to 2,340 volts
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Supplier: Electro Optical Components, Inc.
Description: spectroscopy, Mass spectrograph, LIBS – Atmospheric detection / Air Monitoring, LIDAR / Laser Ranging, LIPS – Seed Laser, LIMS – Optical Metrology and Non-linear optical measurement. The pump diode module is integrated in the power supply. These lasers can be operated
- Wavelength Range: 1,535 nm
- Pulse Energy: 0.1 to 0.3 mJ
- Operating Temperature Range: -40 to 50 C
- Beam Divergence: 6 millirad
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Description: MDL-E series lasers, with the characteristic of ultra narrow spectral linewidth< 0.03nm, are ideal for application in DNA sequencing, flow cytometry, digital imaging, analytical chemistry, particle measurement, confocal microscopy, Raman spectroscopy and many other fields. Housed in
- Wavelength Range: 375 nm
- Laser Power: 1 to 20 milliwatts
- Operating Voltage: 100 to 240 volts
- Operating Temperature Range: 20 to 30 C
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Description: High power CW, 360nm DPSS UV lasers, are the good choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development. This series laser can be widely used in DNA sequencing, flow cytometry, cell sorting, optical
- Laser Power: 1 to 100 milliwatts
- Operating Temperature Range: 10 to 35 C
- Beam Divergence: 1 millirad
- Laser Output: Continuous Wave
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Supplier: OSI Optoelectronics
Description: OSI Laser Diode, Inc’s (LDI) MCW Combiner Series fiber couples lasers are designed to meet the performance demands of the optical test equipment marketplace. These high peak optical power lasers serve 850 nm through 1650 nm wavelengths and are available in a compact duplex
- Wavelength Range: 850 to 1,625 nm
- Laser Power: 50 to 250 milliwatts
- Operating Temperature Range: -20 to 50 C
- CDRH Classification: Class IIIb
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Supplier: OSI Optoelectronics
Description: OSI Laser Diode, Inc’s (LDI) TCW Tribiner Series fiber coupled lasers are designed to meet the performance demands of the optical test marketplace. These high peak optical power lasers serve 850 nm through 1550 nm wavelengths and are available in a compact triplex package. The
- Wavelength Range: 650 to 1,550 nm
- Laser Power: 0.5 to 225 milliwatts
- Operating Temperature Range: -20 to 50 C
- CDRH Classification: Class IIIb
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Supplier: World Star Tech
Description: utilizing laser light Life Science Research: Applications such as Raman spectroscopy and confocal microscopy Medical and Healthcare Devices: Instruments requiring precise and powerful red light sources Laser Modules: Integration into various laser systems for industrial
- Wavelength Range: 675 nm
- Laser Power: 1,300 milliwatts
- Operating Temperature Range: -10 to 75 C
- Laser Type: Laser Diode Modules, Laser Diodes
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Supplier: Laserglow Technologies
Description: The laser system is currently the highest priced component of Raman Spectroscopy setups. 785 nm diode lasers are ideal when both reliability and low cost of ownership cannot be compromised. Recent advancements make this laser form factor suitable for an even greater
- Wavelength Range: 785 nm
- Laser Power: 200 to 700 milliwatts
- Operating Temperature Range: 10 to 35 C
- CDRH Classification: Class IIIb, Class IV
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Supplier: Laserglow Technologies
Description: The LRS-0607 Series of Diode-Pumped Solid-State (DPSS) Lasers are ideal for applications requiring 10 mW to >200 mW of 607 nm laser light with long-term output power stability of <10%, <5% or <3% as well as a long operating lifetime at an aggressively competitive cost. These
- Wavelength Range: 607 nm
- Laser Power: 10 to 200 milliwatts
- Operating Temperature Range: 10 to 35 C
- Beam Divergence: 1 millirad
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Supplier: Laserglow Technologies
Description: The LRS-0604 Series of Diode-Pumped Solid-State (DPSS) Lasers are ideal for applications requiring 10 mW to >100 mW of 604 nm laser light with long-term output power stability of <10%, <5% or <3% as well as a long operating lifetime at an aggressively competitive cost. These
- Wavelength Range: 604 nm
- Laser Power: 10 to 100 milliwatts
- Operating Temperature Range: 10 to 45 C
- Beam Divergence: 1 millirad
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Supplier: Laserglow Technologies
Description: The LRS-0473 Series of Diode-Pumped Solid-State (DPSS) Lasers are ideal for applications requiring 1 mW to 1500 mW of 473 nm laser light with a high level of long-term output power stability and long operating lifetime at an aggressively competitive cost. These lasers are
- Wavelength Range: 473 nm
- Laser Power: 5 to 1,500 milliwatts
- Operating Temperature Range: 10 to 35 C
- Beam Divergence: 1.4999999999999991 millirad
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Supplier: OSI Optoelectronics
Description: OSI Laser Diode, Inc.’s High Power SMF coupled laser modules are designed to meet the performance demands of the optical test equipment marketplace. The high peak optical power SCW Series lasers serve 1310nm through 1650nm wavelengths and are available in fully hermetic
- Wavelength Range: 1,310 to 1,650 nm
- Laser Power: 180 milliwatts
- Operating Temperature Range: -30 to 70 C
- CDRH Classification: Class IIIb
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Supplier: OptoSigma Corp.
Description: This mirror has low wavelength dispersion and can be used with ultra-short pulse laser with 100 femtosecond or less. —¦We have designed a special thin film coating that optimizes wavelength dispersion, range and the strength of lasers. —¦It has the effect of suppressing the spread of
- Wavelength Range: 700 to 940 nm
- Diameter/Width: 12.700000000000001 to 30 mm
- Thickness: 5.000000000000001 mm
- Surface Flatness: λ/10
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Supplier: Qioptiq
Description: The compact and powerful NANO 250 RAMAN laser modules have been developed specially for scattered light activation in RAMAN spectroscopy. Distinguishing features include narrow band, stability and excellent beam quality. Excellent beam quality Wavelength locked Stable output power High
- Wavelength Range: 785 nm
- Laser Power: 80 milliwatts
- Operating Temperature Range: 10 to 45 C
- CDRH Classification: Class IIIb
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Supplier: Shanghai Optics
Description: and ambient light. Our laser line filters have applications in laser-based fluorescence instrumentation, as well as in Raman spectroscopy and in analytical and medical laser systems. Although laser light is usually considered in terms of a single, monochromatic
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LIBS - Laser Induced Breakdown, Laser Induced Fluorescence Seed Laser - 1064 sub ns speed Raman spectroscopy Photodynamic therapy (read more)
Browse Lasers Datasheets for Electro Optical Components, Inc. -
them an ideal source for industrial and scientific applications such as Raman spectroscopy, Mass spectrograph, LIBS – Atmospheric detection / Air Monitoring, LIDAR / Laser Ranging, LIPS – Seed Laser, LIMS – Optical Metrology and Non-linear optical measurement. (read more)
Browse Diode Lasers Datasheets for Electro Optical Components, Inc. -
Raman spectroscopy. New 532 and 561nm fiber coupled laser with output powers of 10mW are now available. PM pigtailed laser diodes are available as standard at wavelengths of 405, 450, 488, 505, 520, 532, 561, 594 635, 642, 658, 785, 830 and 850nm. Output power depends on wavelength selected (read more)
Browse Lasers Datasheets for World Star Tech -
efficiency up to ≥85%, making it suitable for high-precision spectroscopy, hyperspectral imaging, laser diagnostics, and biomedical optical applications. Key Features (read more)
Browse Laser Optics, Heads, and Beam Delivery Components Datasheets for CASTECH, Inc. -
diodes for Raman spectroscopy, LiDAR, optical sensing, and fiber laser pumping. In addition to standard laser diodes, World Star Tech provides wavelength-characterized and wavelength-binned devices, fiber-coupled laser diodes, custom laser modules, laser diode (read more)
Browse Diode Lasers Datasheets for World Star Tech -
instability, which hinder high-speed spectral analysis and precise laser applications. CASTECH Acousto-Optic Tunable Filters overcome these challenges with solid-state TeO2 and LiNbO3 crystals, (read more)
Browse Laser Optics, Heads, and Beam Delivery Components Datasheets for CASTECH, Inc. -
sensing and spectroscopy setups, leading to measurement errors and reduced system performance. These photoelastic modulators are built for demanding optical applications. • High (read more)
Browse Laser Processing Equipment Datasheets for CASTECH, Inc. -
Quantum sensing and research Spectroscopy and optical analysis Scientific instrumentation (read more)
Browse Laser Processing Equipment Datasheets for CASTECH, Inc. -
. High-Speed Beam Steering Without Mechanical Motion Acousto-optic deflectors (AODs) use sound waves to control laser beam direction (read more)
Browse Laser Optics, Heads, and Beam Delivery Components Datasheets for CASTECH, Inc. -
Quantum sensing systems Optical spectroscopy (read more)
Browse Laser Optics, Heads, and Beam Delivery Components Datasheets for CASTECH, Inc.
Conduct Research Top
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How Laser Spectroscopy Advances Biotech
Spectroscopy may be broadly defined as the study of the interaction between matter and radiation. What makes spectroscopy truly interesting is that it's arguably the most widely applied study method in modern science. Experimental spectroscopic studies have been central to the development
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How Laser Spectroscopy Advances Biotech Applications
Since atoms and molecules have their own unique spectra response, spectroscopy can be used in Applied Chemistry to detect, identify and quantify information about particles and hence distinguish one type of matter from another. This fundamental benefit of spectroscopy has made it invaluable
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Getting the highest performance from liquid water isotope analyzers
Accounting for sample memory effects in isotopic water measurements by laser spectroscopy.
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Trace HCl Measurements in Coal-fired Power Plant Emissions Using Cavity Enhanced Laser Absorption Spectroscopy
New EPA regulations are requiring hydrogen chloride (HCI) emissions to be monitored in concentrations below 1 ppm for power plants and 3 ppm for cement plants. The properties of HCI, its reaction to other elements and sensitivity to temperature make meeting the measurement requirements challenging.
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Teaching Analog New Tricks
, and auto-ranging must be disabled for the results to make sense. These limitations have made optical metrology a perennial bottleneck in applications as diverse as scanned-probe microscopy, fiber alignment, device characterization, laser cavity optimization, fluorescence studies and laser spectroscopy.
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CASE STUDY: DR-RINS: Digital Real-time Relative Intensity Noise Suppressor for Pump-probe Spectroscopy and Microscopy
Transient absorption and stimulated Raman scattering microscopy are techniques that sense tiny perturbations to a probe laser beam, induced by a pump beam, to create their images, which makes them extremely sensitive to laser relative intensity noise (RIN), especially in fiber lasers.
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Research shows the capability of cavity-enhanced laser
How LGR's patented analyzing technique, Off-Axis Integrated Cavity Output Spectroscopy (OA-ICOS), is used to quantify 18O and ethanol content in. wines.
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Liquid Crystals: Frontiers In Biomedical Applications
Liquid Crystals: Frontiers In Biomedical Applications. Providing a review of the interdisciplinary research already performed, this text reviews the advances being made in displays, spectroscopy, sensors and diagnostics, biomimicking, actuators and lasers with regards to liquid crystalline
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Laser-Induced Breakdown Spectroscopy
L.J. Radziemski, R.W. Solarz, J.A. Paisner (eds.), Laser Spectroscopy and Its Applications, Optical Engineering, vol 11 (Marcel Dekker, New York, 1987), p. 685 17.
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Springer Handbook of Lasers and Optics
The polarization of a light wave is widely used as a marker and diagnostic in various spectroscopic tech- niques, [1.41] especially in laser spectroscopy , [1.43] and is conventionally described by three formalisms: the Mueller calculus, the Jones calculus, and the …
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Laser-Induced Breakdown Spectroscopy
In an increasing degree laser spectroscopy enters into new application fields.
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Three decades of research using IGISOL technique at the University of Jyväskylä
… Elomaa, D. Gorelov, U. Hager, J. Hakala, A. Jokinen, A. Kankainen, P. Karvonen, S. Kopecky, I.D. Moore, H. Penttilä, S. Rahaman, S. Rinta-Antila, J. Rissanen, A. Saastamoinen, J. Szerypo, C. Weber, and J. Äystö Collinear laser spectroscopy techniques at JYFL ............................................................
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Mid-Infrared Coherent Sources and Applications
Online Monitoring of Exhaled Breath Using Mid-Infrared Laser Spectroscopy .
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Springer Handbook of Lasers and Optics
The polarization of a light wave is widely used as a marker and diagnostic in various spectroscopic tech- niques, [1.40] especially in laser spectroscopy , [1.41] and is conventionally described by three formalisms: the Mueller calculus, the Jones calculus, and the …
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LASER 2006
HOLZWARTH,G.HUBER, S.KARPUK,H.-J.KLUGE, T KOHL, W. NORTERSHAUSER, S. REINHARD~ G. SAATHOF~ D. SCHWALM, T UDEM and A. WOLF / Experimental test of special relativity by laser spectroscopy .
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http://research-repository.st-andrews.ac.uk/bitstream/10023/142/1/AnjaliSHAH_PhD_Thesis.pdf
The advent of the laser provided spectroscopy with a fundamental tool and the field of laser spectroscopy has grown rapidly, with the laser being used routinely to identify information about trace elements [1, 2].