Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS

S. Mitsche; P. Poelt; M. Schmied; T. Brunner; M. Joeller; I. Obernberger

Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS

S. Mitsche, P. Poelt, M. Schmied, T. Brunner, M. Joeller, I. Obernberger

Research output: Chapter in Book/Report/Conference proceeding › Chapter › Academic

Abstract

Computer controlled SEMlEDXS enables the measurement of both the geometrical parameters and the chemical composition of thousands of individual particles. Thus it is an ideal tool to study the process of aerosol fonnation, e.g. in biomass combustion units, and how it can be influenced by the process parameters. The accuracy of both the measured geometrical parameters and the quantitative results of the x-ray analysis decreases with decreasing particle size. Nevertheless, an automated analysis of particles down to a size of 50 - 100 nm is possible.

Original language	English
Title of host publication	Aerosols in biomass combustion : formation, characterization, behaviour, analysis, emissions, health effects
Editors	I. Obernberger, T. Brunner
Place of Publication	Graz
Publisher	BIOS Bioenergy Systeme
Pages	133-144
ISBN (Print)	3-9501980-4
Publication status	Published - 2005

Publication series

Name	Thermal biomass utilization
Volume	6

Cite this

Mitsche, S., Poelt, P., Schmied, M., Brunner, T., Joeller, M., & Obernberger, I. (2005). Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS. In I. Obernberger, & T. Brunner (Eds.), Aerosols in biomass combustion : formation, characterization, behaviour, analysis, emissions, health effects (pp. 133-144). (Thermal biomass utilization; Vol. 6). BIOS Bioenergy Systeme.

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title = "Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS",

abstract = "Computer controlled SEMlEDXS enables the measurement of both the geometrical parameters and the chemical composition of thousands of individual particles. Thus it is an ideal tool to study the process of aerosol fonnation, e.g. in biomass combustion units, and how it can be influenced by the process parameters. The accuracy of both the measured geometrical parameters and the quantitative results of the x-ray analysis decreases with decreasing particle size. Nevertheless, an automated analysis of particles down to a size of 50 - 100 nm is possible.",

author = "S. Mitsche and P. Poelt and M. Schmied and T. Brunner and M. Joeller and I. Obernberger",

year = "2005",

language = "English",

isbn = "3-9501980-4",

series = "Thermal biomass utilization",

publisher = "BIOS Bioenergy Systeme",

pages = "133--144",

editor = "I. Obernberger and T. Brunner",

booktitle = "Aerosols in biomass combustion : formation, characterization, behaviour, analysis, emissions, health effects",

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Mitsche, S, Poelt, P, Schmied, M, Brunner, T, Joeller, M & Obernberger, I 2005, Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS. in I Obernberger & T Brunner (eds), Aerosols in biomass combustion : formation, characterization, behaviour, analysis, emissions, health effects. Thermal biomass utilization, vol. 6, BIOS Bioenergy Systeme, Graz, pp. 133-144.

Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS. / Mitsche, S.; Poelt, P.; Schmied, M. et al.

Aerosols in biomass combustion : formation, characterization, behaviour, analysis, emissions, health effects. ed. / I. Obernberger; T. Brunner. Graz : BIOS Bioenergy Systeme, 2005. p. 133-144 (Thermal biomass utilization; Vol. 6).

Research output: Chapter in Book/Report/Conference proceeding › Chapter › Academic

TY - CHAP

T1 - Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS

AU - Mitsche, S.

AU - Poelt, P.

AU - Schmied, M.

AU - Brunner, T.

AU - Joeller, M.

AU - Obernberger, I.

PY - 2005

Y1 - 2005

N2 - Computer controlled SEMlEDXS enables the measurement of both the geometrical parameters and the chemical composition of thousands of individual particles. Thus it is an ideal tool to study the process of aerosol fonnation, e.g. in biomass combustion units, and how it can be influenced by the process parameters. The accuracy of both the measured geometrical parameters and the quantitative results of the x-ray analysis decreases with decreasing particle size. Nevertheless, an automated analysis of particles down to a size of 50 - 100 nm is possible.

AB - Computer controlled SEMlEDXS enables the measurement of both the geometrical parameters and the chemical composition of thousands of individual particles. Thus it is an ideal tool to study the process of aerosol fonnation, e.g. in biomass combustion units, and how it can be influenced by the process parameters. The accuracy of both the measured geometrical parameters and the quantitative results of the x-ray analysis decreases with decreasing particle size. Nevertheless, an automated analysis of particles down to a size of 50 - 100 nm is possible.

M3 - Chapter

SN - 3-9501980-4

T3 - Thermal biomass utilization

SP - 133

EP - 144

BT - Aerosols in biomass combustion : formation, characterization, behaviour, analysis, emissions, health effects

A2 - Obernberger, I.

A2 - Brunner, T.

PB - BIOS Bioenergy Systeme

CY - Graz

ER -

Mitsche S, Poelt P, Schmied M, Brunner T, Joeller M, Obernberger I. Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS. In Obernberger I, Brunner T, editors, Aerosols in biomass combustion : formation, characterization, behaviour, analysis, emissions, health effects. Graz: BIOS Bioenergy Systeme. 2005. p. 133-144. (Thermal biomass utilization).

Automated particle analysis of aerosols formed during biomass combustion by SEM/EDXS

Abstract

Publication series

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