Research
Project Title:
The International EMF Dosimetry Project
Start Date:
March 2002
Expected Date of Completion:
February 2006
Cost:
£ 220,000
Principal Investigator:
Dr Philip Chadwick
Contact Details:
MCL
17B Woodford Road
London
E18 2EL
UK
Expertise:
MCL is an internationally-recognised independent scientific research
and consultancy
organisation specialising in the interaction of electromagnetic fields
with people. MCL
undertakes a wide range of work for the European Union, the UK Government,
Local
Authorities, schools and businesses as well as having its own scientific
research programme.
MCL will be co-ordinating this project, and contributions to the Handbook
will be prepared
by the leading EMF dosimetry experts from around the world.
Approach:
The International EMF Dosimetry Project was initiated at a NATO Advanced
Research
Workshop on RF Dosimetry in Slovenia in 1998. The mission of the project
is to promote
and develop high quality EMF dosimetry for the assessment of human exposure
and for in
vitro and in vivo experimental systems. The intention is to create an
internationally-accepted Dosimetry Handbook which will be a living and
substantially on-line document
with
integrated software tools and guides for dosimetry measurement and calculation.
The Handbook will be assembled from the contributions of international
experts in all aspects
of EMF dosimetry. The primary benefactor of this project would be public
health, via
assurance of the quality and transportability of human and experimental
dosimetry; the ability
to acquire robust scientific information depends on accurate and precise
dosimetry.
The Dosimetry Handbook will be a key tool in the international harmonisation
of guidelines
and standards for human exposure to electromagnetic fields. The project
will promote
commonality of dosimetry by making the highest quality dosimetric tools
available
universally. Many of the differences between exposure guidelines reflect
differences in
dosimetry rather than underlying philosophy. Promoting the convergence
of dosimetry
should encourage the convergence of EMF guidelines.
The project addresses the specific IEGMP recommendation for improvements
in dosimetry
and in particular dosimetry for pulsed and ultrawideband communications
sources.
The development of UK dosimetry expertise and the encouragement of the “next
generation” of researchers are specific additional objectives.
Potential Difficulties:
Encouraging timely contributions from project leaders, and producing
a coherent product at
the end of the project.
Importance:
The new Dosimetry Handbook will be a key tool in the international
harmonisation of
guidelines and standards for human exposure to electromagnetic
fields. The project will
promote commonality of dosimetry by making the highest quality
dosimetric tools available
universally. Research quality will be improved and funders will
be able to assess directly the
quality of experimental dosimetry, and in particular the extent
to which the World Health
Organisation research quality guidelines are met.
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