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Dive into the research topics where Ehsan Majd Faghihi is active.

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Institute of Health and Biomedical Innovation; Science & Engineering Faculty | 2015

Occupational Release of Engineered Nanoparticles: A Review

Ehsan Majd Faghihi; Lidia Morawska

Characterising the release of different types of engineered nanoparticles (ENPs) from various processes is of critical importance for the assessment of human exposure, as well as understanding the possible health effects of these particles. Therefore, the main aim of this chapter is to present a comprehensive review of studies which report on the release of airborne ENPs in different nanotechnology workplaces. The chapter will cover topics of relevance to the occupational characterisation of ENP emissions, ranging from the identification of different particle release sources and scenarios to measurement methods and working towards a more uniform approach to characterisation. Furthermore, a brief review of ENP exposure control strategies, together with the application of mathematical modelling as an effective tool for the characterisation of emissions at nanotechnology workplaces, is included.


Journal of Nanoparticle Research | 2013

Size characterization of airborne SiO2 nanoparticles with on-line and off-line measurement techniques: an interlaboratory comparison study

C. Motzkus; T. Macé; F. Gaie-Levrel; S. Ducourtieux; A. Delvallee; K. Dirscherl; Vasile-Dan Hodoroaba; I. Popov; O. Popov; I. Kuselman; K. Takahata; K. Ehara; Patrick Ausset; M. Maille; N. Michielsen; S. Bondiguel; F. Gensdarmes; Lidia Morawska; Graham R. Johnson; Ehsan Majd Faghihi; C.S. Kim; Y.H. Kim; M.C. Chu; J.A. Guardado; A. Salas; G. Capannelli; C. Costa; Thor E. Bostrom; Åsa K. Jämting; M. A. Lawn


Aerosol and Air Quality Research | 2015

Are There Generalizable Trends in the Release of Airborne Synthetic Clay Nanoparticles from a Jet Milling Process

Ehsan Majd Faghihi; Darren J. Martin; Sam Clifford; Grant Edwards; Congrong He; Christof Asbach; Lidia Morawska


Environmental Pollution | 2017

A mechanism for the production of ultrafine particles from concrete fracture

Nassib Jabbour; E. Rohan Jayaratne; Graham R. Johnson; Joel Alroe; Erik Uhde; Tunga Salthammer; Luke T. Cravigan; Ehsan Majd Faghihi; Prashant Kumar; Lidia Morawska


Science & Engineering Faculty | 2017

A Mechanism for the Production of Ultrafine Particles from Concrete Fracture

Nassib Jabbour; E.R. Jayaratne; Graham R. Johnson; Joel Alroe; Erik Uhde; Tunga Salthammer; Luke T. Cravigan; Ehsan Majd Faghihi; Prashant Kumar; Lidia Morawska


Aerosol and Air Quality Research | 2017

What are the driving factors influencing the size distribution of airborne synthetic clay particles emitted from a jet milling process

Ehsan Majd Faghihi; Darren J. Martin; Farhad Salimi; Grant Edwards; Congrong He; Lidia Morawska


Institute of Health and Biomedical Innovation; Science & Engineering Faculty | 2016

Production of ultrafine particles during concrete fracture

Lidia Morawska; Prashant Kumar; Nassib Jabbour; Rohan Jayaratne; Graham R. Johnson; Joel Alroe; Erik Uhde; Tunga Salthammer; Luke T. Cravigan; Ehsan Majd Faghihi


Institute of Health and Biomedical Innovation; Science & Engineering Faculty | 2015

Are there generalizable trends in the release of airborne synthetic clay nanoparticles from a jet milling process

Ehsan Majd Faghihi; Darren J. Martin; Sam Clifford; Grant Edwards; Congrong He; Christof Asbach; Lidia Morawska


School of Chemistry, Physics & Mechanical Engineering; Science & Engineering Faculty | 2014

Size characterization of airborne SiO2 nanoparticles with on-line and off-line measurement techniques: Results of an interlaboratory comparison

C. Motzkus; T. Macé; F. Gaie-Levrel; S. Ducourtieux; A. Delvallee; K. Dirscherl; Vasile-Dan Hodoroaba; I. Popov; O. Popov; I. Kuselman; K. Takahata; K. Ehara; Patrick Ausset; M. Maille; N. Michielsen; S. Bondiguel; F. Gensdarmes; Lidia Morawska; Graham R. Johnson; Ehsan Majd Faghihi; C.S. Kim; Y.H. Kim; M.C. Chu; J.A. Guardado; A. Salas; G. Capannelli; C. Costa; Thor E. Bostrom; Åsa K. Jämting; L. Adlem


Institute of Health and Biomedical Innovation; Science & Engineering Faculty | 2013

An effort towards understanding the sources of impurities in generating nanoparticles via liquid-phase methods

Ehsan Majd Faghihi; Lidia Morawska; Congrong He

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Lidia Morawska

Queensland University of Technology

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Graham R. Johnson

Queensland University of Technology

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Congrong He

Queensland University of Technology

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Grant Edwards

University of Queensland

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Joel Alroe

Queensland University of Technology

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Luke T. Cravigan

Queensland University of Technology

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Nassib Jabbour

Queensland University of Technology

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Thor E. Bostrom

Queensland University of Technology

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Tunga Salthammer

Queensland University of Technology

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