Realtime Asbestos detector: A single laser beam combined with internal 45° magnets to characterise the re-orientation of magnetically susceptible fibres.: Single beam system

Paul H. Kaye; Chris Stopford; Warren Stanley; Edwin Hirst; Richard Greenaway

Realtime Asbestos detector: A single laser beam combined with internal 45° magnets to characterise the re-orientation of magnetically susceptible fibres. Single beam system

Paul H. Kaye (Designer)
, Chris Stopford (Designer)
, Warren Stanley (Designer)
, Edwin Hirst (Artist)
, Richard Greenaway (Artist)

Research output: Non-textual form › Artefact

Abstract

The first prototype of a system for determining the effect of an applied magnetic field to the orientation of an individual asbestos fibre. It comprises a laser beam focussed at it's intersection with a sheathed airflow. A series of optics focus the light to both a pair of linear CMOS arrays (for the capture of spatial light scattering patterns), and a photodiode (for triggering) via a beam-splitter.

Original language	English
Publication status	Published - 2011

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title = "Realtime Asbestos detector: A single laser beam combined with internal 45° magnets to characterise the re-orientation of magnetically susceptible fibres.: Single beam system",

abstract = "The first prototype of a system for determining the effect of an applied magnetic field to the orientation of an individual asbestos fibre. It comprises a laser beam focussed at it's intersection with a sheathed airflow. A series of optics focus the light to both a pair of linear CMOS arrays (for the capture of spatial light scattering patterns), and a photodiode (for triggering) via a beam-splitter. ",

author = "Kaye, \{Paul H.\} and Chris Stopford and Warren Stanley and Edwin Hirst and Richard Greenaway",

year = "2011",

language = "English",

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TY - ADVS

T1 - Realtime Asbestos detector: A single laser beam combined with internal 45° magnets to characterise the re-orientation of magnetically susceptible fibres.

T2 - Single beam system

A2 - Kaye, Paul H.

A2 - Stopford, Chris

A2 - Stanley, Warren

A2 - Hirst, Edwin

A2 - Greenaway, Richard

PY - 2011

Y1 - 2011

N2 - The first prototype of a system for determining the effect of an applied magnetic field to the orientation of an individual asbestos fibre. It comprises a laser beam focussed at it's intersection with a sheathed airflow. A series of optics focus the light to both a pair of linear CMOS arrays (for the capture of spatial light scattering patterns), and a photodiode (for triggering) via a beam-splitter.

AB - The first prototype of a system for determining the effect of an applied magnetic field to the orientation of an individual asbestos fibre. It comprises a laser beam focussed at it's intersection with a sheathed airflow. A series of optics focus the light to both a pair of linear CMOS arrays (for the capture of spatial light scattering patterns), and a photodiode (for triggering) via a beam-splitter.

M3 - Artefact

ER -

Realtime Asbestos detector: A single laser beam combined with internal 45° magnets to characterise the re-orientation of magnetically susceptible fibres. Single beam system

Abstract

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