Examples of using Laser diffraction in English and their translations into German
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Basics of laser diffraction ID.
Laser diffraction and image analysis integrated in one instrument.
Image analysis and laser diffraction.
The laser diffraction delivers precise and repeatable particle size analyses from 0.5 Âμm to 3,500 Âμm in just a few seconds.
Grain size distributions(laser diffraction) as product control for gypsum.
LIXELL Dispersion of suspensions and emulsions for image analysis(1 μm-1700 μm) and laser diffraction 0.1 μm- 1750 μm.
Integrates the world's leading laser diffraction and dynamic image analysis technology in one instrument.
Particle size analysis of smallest amounts of dry, active substances with laser diffraction ranging from 0.1 Âμm to 875 Âμm.
Neither laser diffraction nor sieve analysis are suitable methods to reliably detect such minor percentages.
Speak with a technical specialist today about our innovative laser diffraction particle size solutions.
Laser diffraction was developed in the 1970s as a much faster and accurate particle size analysis technique compared to sedimentation.
Cuvettes with different optical path lengths of 0.2 mm, 0.5 mm, 1 mm,2 mm and 4 mm are available laser diffraction only 2 mm and 4 mm are used.
To do so, we rely on innovative technologies such as laser diffraction, dynamic image analysis, ultrasonic extinction, and dynamic light scattering.
Cuvettes with different optical path length of 0.2 mm, 0.5 mm, 1 mm,2 mm and 4 mm are available laser diffraction only 2 mm and 4mm are used.
Applications Particle sizing in real-time with laser diffraction for dry, even cohesive powders ranging from 0.25 Âμm to 3,500 Âμm directly connected to the process.
All our instruments are designed to fulfil or to exceed the requirements of the corresponding ISO standards,such as ISO 13321-1 for Laser Diffraction, ISO 13321.
For laser diffraction this function is used to position the cuvette automatically to the optimum working distance, which is depending on the measuring range.
This helps users of traditionally established particle sizing methods(e.g. sieve analysis) to migrate to laser diffraction while keeping their existing limits of quality control.
For laser diffraction this function is used to position the cuvette automatically to the optimum working distance, which is depending on the measuring range.
The technique is often used in conjunction with laser diffraction particle sizing to gain a deeper understanding of product or process behavior.
Compliant with ISO standards All our instruments are designed to fulfil or to exceed the requirements of the corresponding ISO standards,such as ISO 13321-1 for Laser Diffraction, ISO 13321.
Retsch Technology is the only worldwide supplier of DIA, laser diffraction and sieve analysis equipment with an extensive understanding of the strengths and weaknesses of each method.
The use of more stable inversion procedures in combination with best optical models andthe inclusion of signal statistics brings the laser diffraction even closer to absolute standards.
Our line-up will include: Our new system, an innovative combination of both laser diffraction and dynamic image analysis: Microtrac Sync Enhanced DLS size& zeta: Nanotrac Wave II& Nanotrac Flex Particle size.
Besides light scattering techniques such as Laser Diffraction and Photon Correlation Spectroscopy, also more conventional sizing techniques such as Electrical Sensing Zone, Sedimentation and Sieve analysis are available in our laboratory for particle size measurement.
In our demonstration room we show andoperate the full range of laboratory instruments comprising laser diffraction sensor HELOS, dynamic image analysis with QICPIC and photon cross-correlation with NANOPHOX.
Thanks to our constant quality controls through laser diffraction and image analysis, modern production techniques and over 30 years of specialist expertise, we are able to guarantee flawless and consistently reproducible application results.
For reference materials sampling errors less than 0.1% are achievable S. Röthele, W. Witt:Standards in Laser Diffraction; PARTEC, 5th European Symposium Particle Characterization, NÃ1⁄4rnberg, 1992, pp. 625-642.
In addition to traditional methods such as screening or measuring using the micrometre screw, laser diffraction is used as a particularly efficient and reliable method for determining particle size distribution.
September 26th until Thursday, September 28th we will exhibit our instrumentation for Dynamic Image Analysis, Laser Diffraction as well as Dynamic Light Scattering and demonstrate all advantages of our high-grade solutions in particle characterisation.