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EMF Measurements Database
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Внешние ссылки главной страницы ( 1 ) | |
niehs.nih.gov/emfrapid/ | EMF RAPID |
Внутренние ссылки главной страницы ( 13 ) | |
overview.html | Overview |
components.html | Data Set Components |
contributing.html | Data Set Contributing |
#006 | Survey of Personal Magnetic Field Exposure, Phase II: 1000-Person Survey Data Now Online |
related-projects.html | Related Projects |
symposium98.html | Proceedings of EMF Engineering Review Symposium, April 28-29, 1998 |
datasets/001/epa.html | 001 |
datasets/002/iitri.html | 002 |
datasets/003/dot.html | 003 |
emf-data.org/data/datasets/004/rapid3.pdf | 004 |
emf-data.org/data/datasets/005/uwash.pdf | 005 |
emf-data.org/data/datasets/006/rapid6.pdf | 006 |
emf-data.org/rapid6-report.html | here |
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EMF Measurements Database
Contents:
Overview
Data Set Components
Data Set Contributing
Data Set Catalog
Related Projects
The EMF Measurements Database is a project sponsored by
the U.S. Department of Energy through the EMF Research
and Public Information Dissemination (EMF RAPID)
Program. The purpose of the project is to make
measurements of electric and magnetic fields publicly
available.
Accessed times since December 4, 1996
Last updated: September 15, 2000
Survey of Personal
Magnetic Field Exposure, Phase II: 1000-Person Survey Data Now
Online! (see data set 006 in the catalog below).
Proceedings of EMF Engineering Review Symposium, April
28-29, 1998
Data Set Catalog
Each numbered link will take you to the data set's metadata,
describing the data set in more detail. The data sets are
numbered in the order that the data are made available. From
the metadata, you can reach the associated data products.
Please read and understand the conditions and lack of warranty
associated with each data set.
001
Personal 24 Hour Emdex Pilot Project: Lynne
Gillette and Doreen Hill, EPA, 1992.
This project involved twenty volunteers who wore EMDEX C
meters for 24 hours (including a typical work/school day)
and logged information about their activities and possible
sources of magnetic fields they encountered. Most of the
subjects (18) were federal office workers, one was a
middle school student, another was a horse stable
operator. Magnetic fields in the ELF range were collected
at 10 second intervals.
002
Household Appliance Magnetic Field Data: James
R. Gauger, IITRI, 1983.
Status:
Updated on March 3, 1998 (Correction)
The results of a non-comprehensive survey of the 60-Hz
magnetic fields produced by common household appliances
and tools are reported. Maximum magnetic field levels as
a function of distance for 95 appliances of 27 basic types
are characterized by measurement. The measurements
represent the highest magnetic fields generated by the
appliances in any normally accessible direction from them.
All sets of measurements but two were made at the
fundamental powerline frequency of 60 Hz and all represent
narrowband rms levels of magnetic flux density.
Measurements at powerline harmonic and other frequencies
were not made. The data presented should be useful in
understanding the levels of magnetic field produced by
household appliances and also in estimating magnetic field
exposures in homes and workplaces.
003
DOT Conventional Vehicle Study: Electric Research
and Management, Inc., 1997.
Status: Updated on March 17, 1998 (Correction)
Five vehicles were measured using the MultiWave wave
capture device over 9 road types in multiple positions
within each vehicle, in 57 sessions. Up to 12 3-axis
magnetic field probes were deployed simultaneously.
Additionally, external measurements were performed around
the perimeter of each vehicle. The purpose of the study
was to help characterize the magnetic field environment in
conventional transportation environments. The data
collected are intended to serve as a baseline against
which other existing and emerging transportation
technologies, such as electric vehicles, can be compared.
004
DOE EMF RAPID Engineering Project 3: "Environmental
Surveys" Luciano Zaffanella, Enertech Consultants,
Inc., 1996.
Status: Data available (metadata is currently only
in PDF format, html to follow).
Magnetic field surveys were performed at four sites for
each of five environments: schools, hospitals, office
buildings, machine shops, and grocery stores. Of the
twenty sites surveyed, 11 were located in the San
Francisco Bay Area and 9 in Massachusetts. The surveys
used a protocol based on magnetic field measurements and
observation of activity patterns, designed to provide
estimates of magnetic field exposure by type of people and
by type of sources.
005
DOE Office Worker Study: Patricia Hogue and Michael
Yost, DoEH, University of Washington, 1995.
Status: Data available (metadata is currently only in PDF format, html to follow).
70 office worker subjects from 12 office buildings from a
large employer in Seattle were measured on 3
non-consecutive 24-hour days using EMDEX-II and EMDEX-Lite
data loggers. Associated areas were measured using a
LINDA wheel system. The purpose of the study was to
characterize work magnetic fields in a population of
office workers, to compare residential and occupational
magnetic field exposures, and to assess different
measurement protocols (spot, personal and area
measurements).
006
Survey of Personal Magnetic Field Exposure, Phase II:
1000-Person Survey Luciano Zaffanella, Enertech
Consultants, Inc, 1998.
Status: Data available (metadata is currently only in PDF format, html to follow).
1012 randomly selected persons residing in the United
States were measured with EMDEX PAL data loggers for 24
hours. Households were identified using random listed
telephone numbers and a member of the household was
selected to be measured. All measured persons agreed to
participate. Measurements are summarized by person and by
activity status for each person. Activity stata
summarized are: at home; in bed; school; work; travel and
other. Weights are provided for each participant to allow
computation of unbiased estimators.
The final project report for the study is also available
here.
It is in PDF format and in 12 pieces totalling about 8
megabytes.
Contributing
If you've got a data set and don't see it in this list, please
contact us to see
about contributing. Your contribution can lead to the
enrichment of the scientific community and to greater scientific
enlightenment.
There is also an option to maintain control of the data and
contribute only metadata about your data set. That way, users
of the EMF Measurements Database can be made aware of your data
even though it isn't available directly from us.
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