Alert asbestos detector Mk 2: Dual Laser system

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

Alert asbestos detector Mk 2: Dual Laser system

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

Research output: Non-textual form › Artefact

Abstract

The first dual beam prototype for the ALERT project, comprising two laser beams separated by ~3mm in the direction of the sample airflow. Fibre orientations are measured between the beams, to ascertain their response to an applied magnetic field

Original language	English
Publication status	Published - 2011

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title = "Alert asbestos detector Mk 2: Dual Laser system",

abstract = "The first dual beam prototype for the ALERT project, comprising two laser beams separated by ~3mm in the direction of the sample airflow. Fibre orientations are measured between the beams, to ascertain their response to an applied magnetic field",

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

year = "2011",

language = "English",

}

TY - ADVS

T1 - Alert asbestos detector Mk 2: Dual Laser system

A2 - Kaye, Paul H.

A2 - Stopford, Chris

A2 - Hirst, Edwin

A2 - Stanley, Warren

A2 - Greenaway, Richard

PY - 2011

Y1 - 2011

N2 - The first dual beam prototype for the ALERT project, comprising two laser beams separated by ~3mm in the direction of the sample airflow. Fibre orientations are measured between the beams, to ascertain their response to an applied magnetic field

AB - The first dual beam prototype for the ALERT project, comprising two laser beams separated by ~3mm in the direction of the sample airflow. Fibre orientations are measured between the beams, to ascertain their response to an applied magnetic field

M3 - Artefact

ER -

Alert asbestos detector Mk 2: Dual Laser system

Abstract

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