Publication result detail

Progress of the IR measurement in the area of the fine particulate material water content

SVĚRÁK, T.; BAKER, C. G. J.; SIKOROVÁ, K.; KEJÍK, P.; BULEJKO, P.; KRIŠTOF, O.

Original Title

Progress of the IR measurement in the area of the fine particulate material water content

English Title

Progress of the IR measurement in the area of the fine particulate material water content

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

The moisture content of powdered materials is usually measured by evaluating the mass-decrease of samples in drying chambers or using special, nowadays mostly semiautomatic laboratory balances under standardized conditions, usually at temperatures between 110-140 °C. This method, however, involves some noticeable drawbacks due to the necessity of sampling the material periodically. They are especially the following ones:

English abstract

The moisture content of powdered materials is usually measured by evaluating the mass-decrease of samples in drying chambers or using special, nowadays mostly semiautomatic laboratory balances under standardized conditions, usually at temperatures between 110-140 °C. This method, however, involves some noticeable drawbacks due to the necessity of sampling the material periodically. They are especially the following ones:

Keywords

IR measurement, particulate material,moistness

Key words in English

IR measurement, particulate material,moistness

Authors

SVĚRÁK, T.; BAKER, C. G. J.; SIKOROVÁ, K.; KEJÍK, P.; BULEJKO, P.; KRIŠTOF, O.

RIV year

2016

Released

30.04.2015

ISBN

2374-1724

Periodical

International Journal of Environmental Engineering

Volume

2

Number

1

State

United Mexican States

Pages from

146

Pages to

149

Pages count

4

BibTex

@article{BUT114461,
  author="SVĚRÁK, T. and BAKER, C. G. J. and SIKOROVÁ, K. and KEJÍK, P. and BULEJKO, P. and KRIŠTOF, O.",
  title="Progress of the IR measurement in the area of the fine
particulate material water content",
  journal="International Journal of Environmental Engineering",
  year="2015",
  volume="2",
  number="1",
  pages="146--149",
  doi="10.15224/978-1-63248-033-0-05",
  issn="2374-1724"
}