Zastosowanie laserowego miernika cząstek do pomiaru rozkładu wielkości uziarnienia pyłów, zatrzymanych na filtrach powietrza generatorów prądu

Derbiszewski, Bogdan; Herbik, M.; Prałat, Karol

doi:10.15199/9.2017.9.6

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2018

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“…When we use Fraunhofer's theory, there is no need for specific knowledge of physical properties of the materials such as density. The measuring time for the sample grains was between 2 and 3 minutes [10]. During the measurement, the beam absorption should be within the range of 10-15% -this indicates the optimal amount of added sample required for proper dispersion.…”

Section: Experimental Set-upmentioning

confidence: 99%

A particle size distribution measurements of selected building materials using laser diffraction method

2018

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This article presents the results of experimental research to determine the size of powder graining in building materials, specifically, gypsums (Dolina Nidy, Pinczow) and adhesives (Atlas Sp. z o.o., Lodz, and Weber Saint-Gobain, Warsaw). A modern laser diffraction method for measuring the distribution of particle sizes with respect to their diameters was applied. During the experiment, three series of measurements were conducted for each material. Data relating to the graining of building materials is crucial because it is one of many aspects that directly affects the binding time and defines its potential applications in the construction industry.

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Section: Experimental Set-upmentioning

confidence: 99%

A particle size distribution measurements of selected building materials using laser diffraction method

2018

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show abstract

Zastosowanie laserowego miernika cząstek do pomiaru rozkładu wielkości uziarnienia pyłów, zatrzymanych na filtrach powietrza generatorów prądu

Cited by 1 publication

References 3 publications

A particle size distribution measurements of selected building materials using laser diffraction method

A particle size distribution measurements of selected building materials using laser diffraction method

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