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Fluorometer Equipment Supplied In Austria
20 equipment items found
Premium
Manufactured by:KISTERS AG based inAachen, GERMANY
nanoFlu fluorometers are low-priced, submersible miniaturized fluorometers for highly precise and selective measurement of CDOM (colored dissolved organic matter, yellow substances), chlorophyll a or phycocyanin in cyanobacteria. Long-term stability of measurements is achieved by the combination of low power consumption and innovative coating of the optical ...
Manufactured by:HORIBA Europe GmbH based inLeichlingen, GERMANY
Two years after the acquisition of PTI, HORIBA is proud to introduce the new PTI QuantaMaster™ 8000 series of fluorometers. The new PTI QuantaMaster 8000 series modular research fluorometers from HORIBA Scientific offer the world’s highest guaranteed sensitivity specification, plus many unique benefits. Only the HORIBA Fluorolog 3, also from HORIBA ...
Manufactured by:HORIBA Europe GmbH based inLeichlingen, GERMANY
The xenon source that supplies prime UV performance is focused onto the entrance slit of the excitation monochromator with an elliptical mirror. Besides ensuring efficient collection, the reflective surface keeps all wavelengths focused on the slit. As an option an additional, software-selectable, xenon flash lamp can be fitted to enable phosphorescence ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Dye tracing studies can provide useful information for modeling surface and groundwater systems in addition to tracing contaminants. Fluorometers allow researchers to measure ultra-low concentrations of dye. With extreme sensitivity and instrument flexibility, researchers can glean powerful data that could potentially be missed when using less sensitive methods. ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
The measurement and distribution of living microscopic plant matter, commonly referred to as phytoplankton or algae, has been of interest to scientists, researchers, and aquatic resource managers for decades. An understanding of phytoplankton populations and their distribution enables researchers to draw conclusions about an aquatic system's health, composition, and ecological status. ...
Manufactured by:LI-COR, Inc. based inLincoln, NEBRASKA (USA)
The LI-600 is the only handheld instrument that measures both stomatal conductance and chlorophyll fluorescence over the same leaf ...
Manufactured by:LI-COR, Inc. based inLincoln, NEBRASKA (USA)
The LI-600N Porometer/ Fluorometer is the only instrument specifically optimized to measure the stomatal conductance and chlorophyll fluorescence of a single needle, narrow leaf, or blade of grass. Measure stomatal conductance and chlorophyll fluorescence simultaneously from single needles, narrow leaves, and ...
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Manufactured by:KISTERS AG based inAachen, GERMANY
Our high-end matrixFlu VIS fluorometer combines multiple excitation and detection wavelengths for fluorescence meas urements in a single device with a highly compact design. The special optical arrangement of excitation and detection channels enables not only single values to be determined, but also a 4x4 matrix of wavelength combinations. ...
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Manufactured by:General Oceanics Inc. based inMiami, FLORIDA (USA)
Optional four port interface to allow for the interface of external sensors such as the Optode oxygen sensor, SeaBird TSG or Turnar Designs ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Both come standard with turbidity, temperature, pH, conductivity, and dissolved oxygen sensors, with the option to add ORP and depth sensors. In addition to these standard sensors, the M+35A model will also accommodate 2 fluorometers, plus 2 ISE sensors; the M+35B, 3 fluorometers. The M+ 35 models feature our optical DO sensor with long-life (5+ years) ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
The Manta+40 comes standard with turbidity, temperature, pH, conductivity, and dissolved oxygen sensors, with the option to add ORP and depth sensors. In addition to these standard sensors, the M+40 will accommodate 3 fluorometers, plus 3 ISE sensors. The M+40 model features our optical DO sensor with long-life (5+ years) replaceable cap, and refillable pH reference. ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Dye tracing studies can provide useful information for modeling surface and groundwater systems in addition to tracing contaminants. Fluorometers allow researchers to measure ultra-low concentrations of dye. The sensors extreme sensitivity and instrument flexibility allows researchers to glean powerful data that could potentially be missed when using less sensitive methods. ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Dye tracing studies can provide useful information for modeling surface and groundwater systems in addition to tracing contaminants. Fluorometers allow researchers to measure ultra-low concentrations of dye. With this extreme sensitivity and instrument flexibility, researchers can glean powerful data that could potentially be missed when using less sensitive methods. ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Refined fuels such as benzene, toluene, ethylbenzene, and xylenes (BTEX) are volatile organic compounds (VOC’s) found in petroleum derivatives. These compounds are harmful to humans and animals if absorbed through the skin, ingested, or inhaled. There are many pathways that lead to environmental contamination by refined oils or fuels, primarily through leakage from broken or degraded ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
“Crude oil” is a catch-all term for unprocessed, natural petroleum. There are many classes of crude oil, and the chemical composition of each source is slightly different. Not all crude oil in water is the result of a man-made oil spill; many water bodies have small amounts of oil seepage. One source estimates that each year, 500,000 barrels of oil seep into the Gulf of Mexico from ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Optical Brighteners (OBAs) or Fluorescent Whitening Agents (FWAs) are added to products, such as laundry soaps, detergents, or cleaning agents. Fabrics or materials absorb OBAs during the washing or cleaning process. When illuminated by ultraviolet light, they fluoresce and make products and fabrics appear brighter. ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Blue-green algae is not algae, it is bacteria called cyanobacteria (phycobiliproteins). It is called algae because it is, like algae, photosynthetic. In fact, blue-green algae is responsible for over 20% of the earth’s total photosynthesis. And, like algae, cyanobacteria can be found as individual cells in filamentous colonies. Cyanobacteria have been found to be a numerically abundant ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Tryptophan is an amino acid dissolved in water that has a specific excitation and emission. It is classified as protein-like organic matter and sources may include water systems with high biological activity and wastewater or industrial discharge. Tryptophan is yet another parameter researchers can measure to track wastewater effluent, which may greatly impact habitats and wildlife ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Dissolved Organic Material (DOM) exists in many forms ranging from naturally occurring humic acids, to by-products or secretions excreted from organisms. DOM is a highly abundant form of organic matter and represents a major reservoir of reactive carbon. It is also a dynamic substrate which can undergo reactions to become accessible to bacteria, plants, and animals as an energy source, or it ...
Manufactured by:Solinst Eureka LLC based inAustin, TEXAS (USA)
Conductivity is the ability of water to conduct electricity. This conduction requires ions in the water to be charge carriers. Pure water contains no ions (aside from the occasional rogue water molecule), and so is a very poor conductor of electricity. But as water picks up chemical salts, those salts add ions to the water when they dissolve. So as the ionic strength of the water rises, so ...