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TITLE: |
ESH&Q Division |
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DOCUMENT ID: |
Glossary
of Terms |
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Abnormal Situation |
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AC utilization equipment |
Equipment that utilizes
electrical energy for electronic, electromechanical, chemical, heating,
lighting, or similar purposes. For
further information on this equipment, refer to ES&H
Manual Chapter 6230 Electronic Equipment Safe Work Policy. |
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acceleration system/component |
Devices capable of accelerating particles to
energies of > 10 keV. This includes
ac, dc, or RF voltages in excess of 10 kV applied in or near a low pressure
vessel. (Prompt radiation controls are
recommended for equipment capable of generating a final particle energy ≥
25 keV.) |
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Accelerator Operations Directives (AOD) |
details the approach utilized by Accelerator
operators to comply with Jefferson Lab policy, procedures, and documentation
requirements. |
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Accelerator Safety Order |
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Access Control System (ACS) |
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Access Restricted Construction Site |
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Acclimatization |
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Action Level |
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action limit |
The evaluation of thermal
stress, action limits may be used, such as temperature cutoffs or temperature
index cutoffs. When an action limit is
reached, the supervisor shall initiate action to prevent thermal illness or
injury. (See Appendix
6670-T3 Assessment of Thermal Hazards.) |
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Action Owner |
The individual assigned responsibility for
completion of a corrective
action. |
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activate |
Cause to become radioactive. |
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active controls |
Controls that require some
action to prevent or mitigate the hazard. |
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Administrative control level |
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Administrative Controls |
Provisions related to organization and management i.e. procedures,
recordkeeping, assessment, and reporting; to ensure safe operation of a
facility. These depend
upon employee awareness and compliance for their effectiveness; and are used
to limit personnel exposure whenever a hazard cannot be reduced to safe
levels through engineering controls.
(Administrative controls are the least preferred mitigation method since
they require the action of people in order to be effective.) |
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administrative laws and regulations (AL&R) |
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administrative lockout/tagout |
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administrative procedures |
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affected employee |
A person who relies on equipment on
which LO/TO is applied during maintenance or service. The affected employee is not necessarily
the one performing the maintenance. It
is anyone whose work requires entry into an area where that person might be
injured by an uncontrolled release of energy as a result of maintenance and
service or whose work may be interrupted by the maintenance. |
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affirmative procurement (AP) |
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Agreement Parties |
The parties authorized to sign the contract, and
modifications thereof, between the DOE and the Jefferson Science Associates,
LLC (JSA) on behalf of their respective institutions. These parties are the Contracting Officer
and the President of JSA. |
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Airborne radioactive material or
airborne radioactivity |
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Airborne radioactivity area |
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alert level |
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Alternative Design Rules |
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alternative duty |
A temporary assignment to other-than-customary
work operation to allow productive work during an injury recuperation
period. This may include an assignment
outside the employee’s normal work group. |
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American Conference of Governmental Industrial
Hygienists (ACGIH) |
A professional society whose
members consist of government employees and academia. The Threshold Limit Value developed by this
group is the wet bulb globe temperature (WBGT) index, which is used to
establish guidelines when working under non-solar, heat stress
conditions. To evaluate cold stress,
the ACGIH wind-chill index is used.
Jefferson Lab uses the TLVs to help determine appropriate action
limits. Issues threshold limit values
for chemical substances and physical agents – including noise. http://www.acgih.org/home.htm |
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American National Standards Institute (ANSI) |
Provides guidelines on safety
procedures, hazard analysis, and related technical specifications on a wide
variety of activities. Many of the
equipment and procedural safety standards at Jefferson Lab are based upon
ANSI standards. http://www.ansi.org/ |
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American National Standards Institute and the
Institute of Electrical and Electronic Engineers (ANSI/IEEE) |
These two organizations have
collaborated to produce two standards, “Recommended Practice for the
Measurement of Potentially Hazardous Electromagnetic Fields — RF and
Microwave.” Its reference number is
C95.3–1991. (Also the “IEEE Standard
for Safety Levels with respect to Human Exposure to Radio Frequency
Electromagnetic Fields” C95.1 3 kHz to 300 GHz.) http://www.ansi.org/
/ http://www.ieee.org/portal/site |
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American Society of Mechanical Engineers (ASME) |
The professional engineering organization
whose Boiler and Pressure Vessel Code is the standard for pressure vessel
engineering at Jefferson Lab. This
code can also be adapted for certain cases of vacuum vessel engineering
design. The most frequently used
sections of the Code as applied to pressure vessels used at Jefferson Lab
are: Section II: Materials; Section
VIII: Rules for Construction of Pressure Vessels; Section IX: Welding and
Brazing Qualifications. http://www.asme.org/ |
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ANSI Z-136.1 “American National Standard for Safe
Use of Lasers” |
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apparent temperature |
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Appendix B |
An appendix to the contract between DOE and JSA
which defines performance measures used for determining the quality of
Jefferson Lab’s performance. |
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Appendix E |
An appendix to the Contract which defines specific
operational and ES&H-related requirements which the laboratory must fulfill. |
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Approved Equipment |
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Arc Flash Boundary |
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Archives |
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As Low As Reasonably Achievable (ALARA) |
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Asbestos-Containing Building Material (ACBM) |
Components,
systems, surfaces in a building that were manufactured with asbestos, or to
which asbestos coatings have been applied. |
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ASME – Boiler and Pressure Vessel
(BPV) Code |
·
Section II:
Materials, Parts A, B, C, and D · Section V: Nondestructive Examination · Section VIII: Rules for Construction of Pressure Vessels,
Divisions I & II · Section IX: Welding and Brazing Qualifications |
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ASME – Code for Pressure Piping B31 |
· B31.1 Power Piping · B31.3 Process Piping* · B31.5 Refrigeration Piping · B31.9 Building Services Piping *ASME B31.3 Process Piping shall be used as the primary standard for Jefferson Lab piping systems. Other sections shall be applied as appropriate based on sound judgment of the Design Authority and proven practices in the respective field. |
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Aspect |
A particular status or phase in
which something appears or may be regarded. |
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Aspect category |
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Aspect, environmental |
Element of an organization’s activities or
products or services that can interact with the environment. |
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Aspect, significant |
A significant environmental aspect has or can have
a significant environmental impact. |
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Aspen LMS (Learning Management System) |
A completely web-based system that maintains all ITPs and
synchronizes data with CIS daily. |
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Asset |
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Assigned Radiation Monitor (ARM) |
Staff members who
have completed special radiation survey training and assists the Radiation
Control Group in performing radiation survey measurements of the facility and
equipment. |
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Attendant |
An
individual who is stationed outside the PRCS and monitors
the authorized entrants and performs other attendant’s duties as indicated on
the entry permit. |
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Audiometric testing |
A procedure which measures hearing ability. The perception threshold is established at
representative frequencies from 500 Hz to 8 kHz. The unit of measure is decibels on the
A-weighted sound scale, dBA, which measures the slow response sound pressure
level relative to 0.2 newton/cm2, frequency-normalized for typical human ear
sound response. |
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Authority Having Jurisdiction (AHJ) |
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authorized employee |
A person who locks out and/or tags out
equipment in order to perform servicing or maintenance on that equipment or a
person who implements a lockout/ and/or tagout system procedural element on
equipment in order to permit servicing or maintenance. An individual must be lock and tag
qualified (a “tagger”) in order to be considered an authorized employee. |
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Authorized Entrant |
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Authorized Inspector |
A person regularly employed by an ASME-accredited
Authorized Inspection Agency (see BPV Code, ¶ UG-91(a)(1)) to inspect ASME code-stamped pressure
vessels. |
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Authorizer Modifier |
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Aversion response |
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Backflow preventer |
A mechanical device used to prevent foreign
materials from entering and contaminating the drinking water supply. |
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Backup protection |
A secondary, redundant, protective system designed
to de-energize a device, system, or facility so as to permit safe physical
contact by maintenance personnel. A
backup protective system must be totally independent of the first-line
protection and capable of functioning in the event of total failure of the
first-line protective system. |
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Beam dump |
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Beam power absorber |
Device
designed to safely absorb an electron beam and transfer the power to another
medium. |
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Becquerel (Bq) |
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Below-the-Hook Lifting Device |
Any device, such as a spreader
bar, as described in ASME B30.20-1993 Section 20-0.1. |
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beryllium article |
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Bioassay |
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Bio-based product |
A commercial or industrial product (other than food
or feed) that utilizes biological products or renewable domestic agricultural
(plant, animal, or marine) or forestry materials. |
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Bioelectronic device |
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Blind Penetration |
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Blood |
Human blood, human blood components, and products
made from human blood. |
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Bloodborne pathogens |
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Body of the contract |
The main part of the contract between the DOE and
JSA. The current contract is effective
since 1999. |
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Brake |
A device, other than a motor, used for retarding
or stopping motion by friction or powered means. |
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Brazement |
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Brazing |
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Brazing Procedure Specification (BPS) |
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Building Service Electrical Equipment |
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Business Continue Plan (or Program) (BCP) |
An ongoing process supported by senior management
to ensure that the necessary steps are taken to identify the impact of
potential losses, maintain viable recovery plans and strategies, and ensure
continuity of operations through personnel training, plan testing and
maintenance. |
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Calibration |
To adjust and/or determine either: (i) The response
or reading of an instrument relative to a standard (e.g., primary, secondary,
or tertiary) or to a series of conventionally true values or (ii) The
strength of a radiation source relative to a standard (e.g., primary,
secondary, or tertiary) or conventionally true value. |
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Cardiopulmonary resuscitation (CPR) |
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Central Information System (CIS) |
Jefferson Lab’s information database that
contains, among other applications, ES&H course completion. CIS and the Aspen LMS synchronize daily. |
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change driver |
The reason for considering and/or making a change
to an existing obligatory procedure. |
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Class |
An offering of a course that has a specific time
and date; usually instructor-led.
Completion of a class provides credit for completing its parent
course. |
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Clean Air Act and Amendments (CAAA) |
The 1990 Clean Air Act is the most recent version of a law first passed
in 1970 to clean up air pollution. It
covers some important provisions and how they may affect you. If you would like to learn more about the
1990 Clean Air Act, visit www.epa.gov/air/caa/. |
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Clevis |
A U-shaped fitting with pins used for lifting. |
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closed-loop recycling |
The process by which products are purchased and
used then collected and reused, avoiding the cost and environmental damage
associated with waste disposal. This
reuse may include the product itself (book exchange) or the products material
(old newspaper to cellulose). |
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Collecting optics |
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Collective dose |
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Combustible |
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Common |
a procedure or program applying to a large fraction
of JSA’s employees, and adopted by the JSA as applicable to the entire
laboratory. |
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Competent Person |
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Compressed (or pressurized) gas |
Any gas enclosed in a container
at a pressure higher than 40 psia at 68°F (20°C); also any flammable liquid
enclosed in a container with a vapor pressure of 40 psia or higher at 100°F
(37.8°C). See ES& H Manual Chapter 6150
Compressed Gases |
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configuration control |
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Confined space |
An area that meets all of the
following three criteria: ·
There
is sufficient space for a person to enter and perform work; ·
There
are limited/restricted means for entering/exiting the space; ·
The
space was not designed for continuous occupancy. |
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Confined Space Entry |
occurs
when any part of the body breaks the plane of the confined space opening. See ES&H Manual Chapter
6160 Confined Space Entry |
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Consequence Level |
(See ES&H
Manual Chapter 3210 Appendix T3 Risk Code Assignment.) |
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construction |
An all
inclusive term comprising materials, design, fabrication, examination,
inspection, testing, certification, and pressure relief. |
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Contaminant |
Any objectionable or hazardous physical, chemical,
biological, or radiological substance or matter in water. |
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Contaminated surface |
The presence or the reasonably anticipated
presence of blood or other potentially infectious materials on an item or
surface. |
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Contamination area |
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Continual improvement |
A process to enhance the EMS in order to achieve
improvements in overall environmental performance in line with the
organization’s environmental policy. |
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Continuity of Operations Plan (COOP) |
An internal effort within an organization to
assure that the capability exists to continue essential business functions
across a wide range of potential emergencies, including localized acts of
nature, accidents and technological and/or attack/terrorist-related
emergencies. Essentially equivalent to
Business Continuity Plan. |
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Contracting Technical Representative (CTR) (See SOTR) |
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Contractual requirement |
An obligation which Jefferson Lab has as a result
of a provision in the contract. |
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Contributing factor |
A situation, condition, or practice that made the
accident more likely to occur or that worsened the outcome. |
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Control of the Site |
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Controlled area |
An area where access is
controlled to protect individuals from radiation exposure. |
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Controlled area radiation monitor (CARM) |
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Controlled Document |
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Controls |
Provisions related to organization and management i.e. procedures,
recordkeeping, assessment, and reporting; necessary to ensure safe operation
of a facility. Practices
or devices designed to manage or reduce hazards. Controls may consist of engineering and/or
administrative devices, warnings, or procedures designed to control hazards. |
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Corrective Action (Synonym: Preventive Action) |
An activity
that restores a service, item, component, or process to a state of acceptable
compliance with specifications, procedures, or regulatory requirements.
(Corrective Actions are designated in CATS within the “Issue Type” pull-down
menu.) |
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Corrective Action Tracking System (CATS) |
The Jefferson Lab online
database used to document, track, and trend;
findings, observations, and proposed corrective actions to completion. https://mis.jlab.org/ehs/ |
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Corrosive |
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Course |
A training program or “learning activity” that is
designed to teach or impart the information necessary to acquire a skill. |
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Crane |
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Crane/Hoist Owner/Supervisor |
The
individual listed on Jefferson Lab property documentation as the custodian of
the MHE. |
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Criteria and Review Approach Document (CRAD) |
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Critical device |
Specific accelerator or beamline components that
are used to ensure the electron beam is either inhibited or cannot be transported
into areas where people are present. A
critical device can be an individual component or a collection of
components. Examples include power
supplies, power switches, beam stoppers, beam current monitors, and electron
guns. |
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Critical Lift |
1. The load item, if damaged or
upset would result in a release into the environment of radioactive or
hazardous material exceeding the established permissible environmental
limits. 2. The load item is unique and, if
damaged, would be irreplaceable or not repairable and is vital to a system,
facility or project operation. 3. The cost to replace or repair
the load item, or the delay in operations of having the load item damaged
would have a negative impact on facility, organizational, or DOE budgets to
the extent that it would affect program commitments. 4. A lift not meeting the above
criteria shall also be designated critical if mishandling or dropping of the
load would cause any of the above noted consequences to nearby installations
or facilities.” |
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Critique |
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Cryogen |
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Curie (Ci) |
Unit of radioactivity
equivalent to 37 billion disintegrations per second. |
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Customer |
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Cutting |
The
act of shearing, slicing, or shaping metal, usually using
cutting torches or powered tools that produce hot edges or fragments. The act of shearing, slicing, or shaping metal,
usually using powered tools that produce hot edge or fragments, or cutting
torches. |
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Daisy Chain |
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danger tag |
A specific type of tag (and the only authorized
tag) used as the official warning tag for maintenance/repair LO/TO at
Jefferson Lab. It is used to warn
people not to tamper with equipment which has the potential for the hazardous
release of energy. Each tag must carry
the printed name of the person who placed the tag. Below is a typical tag. |
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Declared pregnant worker |
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Decontamination |
Process of removing radioactive
contamination and materials from personnel, equipment or areas. |
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Deep dose equivalent |
The dose equivalent derived from
external radiation at a depth of 1 cm in tissue. |
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Deliverable |
A product or service. |
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Deluge system |
Special-purpose extinguishing system for a limited-size,
high-hazard area, and limited in quantity of extinguishing agent. |
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Derived air concentration (DAC) |
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Design Authority |
Engineer designated by a Division to be
responsible for pressure system design, fabrication and testing. |
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Design review |
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Designated inspector |
A person who, on the basis of training, experience
and qualifications, has been designated to perform inspection duties in
his/her area of expertise. |
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Designated static magnetic field area |
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Dewar |
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Direct cause |
The action or event that led directly to the
incident. |
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Direct electrical hazard |
A potential source of injury resulting from the
flow of electrical energy through a person (electrical shocks and burns). |
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Directive |
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Directives Review Process |
A process agreed to and executed by the DOE Site
Office and by JSA to review the ES&H requirements associated with the
directives in Appendix E of the contract.
The initial directive review resulted in the removal of existing
requirements which were redundant with law or regulation, which did not add
value commensurate with their cost of implementation, or which did not
require any action on the part of contractors. |
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Director’s Command Staff (DCS) |
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Disposition |
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Disposition standard |
The retention period or length of time that
records are kept. |
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Diversity |
Using different technologies to implement each
beam shutdown method. |
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Document |
Information and its supporting
medium, which can be paper, magnetic, electronic or optical computer disc,
photograph or master sample, or combination thereof. Jefferson Lab utilizes three
separate categories of controlled documents: · Class I – Reviewed and approved by the DOE/Jefferson Lab Site Office (TJSO) under contractual or regulatory requirements. · Class II – Approved by the Laboratory Director and his designees. · Class III – Address Risk Codes of > 2, or determine the actions of more than one work group, and are approved by affected management and, if applicable, Subject Matter Experts. |
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Document Hierarchy |
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Documentation(1) |
The act or process of
substantiating by recording actions and/or decisions. |
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DOE Contracting Officer (CO) |
The person designated by the DOE as having DOE
approval authority for matters pertaining to the Jefferson Lab contract. |
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DOE ES&H Program Manager (PM) |
person designated by the DOE to have approval
authority with the CO for matters pertaining to the WSS (Work Smart
Standards) if there is a potential change in the level of protection in
environment, safety, or health. |
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DOE Reportable Occurrence |
Any
unusual or unplanned event that has or could adversely affect public health,
the performance, reliability, or safety of a facility, or the environment, as
described in ES&H Manual Chapter 5300 Appendix T1
Occurrence Reporting to Department of Energy (DOE) and Notification
Procedures. Reportable occurrences are classified by
their potential for personal injury, environmental damage, and/or equipment
loss. Additional information on the
occurrence categorization process is available in DOE Manual 231.1-2. |
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Dose |
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Dose equivalent |
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Dose equivalent rate |
Dose equivalent divided by the time period. |
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Dosimeter |
An instrument used to determine
the radiation dose a person has received. |
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Effective dose equivalent (HE) |
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effluent |
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Electrical Authority Having Jurisdiction (EAHJ) |
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Electrical power distribution |
The arrangement of feeders, transformer
substations, electrical panelboards and circuit breakers that supply
electrical power to end user connection point. |
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Electrical System |
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Electrically safe work condition |
An equipment condition where sources of energy are
removed, the disconnecting means is under one of the lock/tag/try methods,
the absence of voltage is verified by an approved voltage testing device,
and, where applicable, temporarily grounded.
NFPA 70E Article 120 provides details. |
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Electronic |
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embedded laser |
An enclosed laser with an assigned class number
higher than the inherent capability of the laser system in which it is
incorporated. When hazard ranking the
laser, the system’s lower classification is appropriate due to the
engineering features limiting accessible emission |
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Embryo/fetus |
Developing human organism from conception until birth. Same as unborn child. |
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Emergency Management (EM) |
Organized analysis, planning,
decision-making, and assignment of available resources to mitigate (lessen the
effect of or prevent), prepare for, respond to, and recover from the effects
of all hazards. The goal of emergency
management is to save lives, prevent injuries, and protect property and the
environment if an emergency occurs. See ES&H Manual Chapter
3510 Emergency Management or the Emergency Management
website |
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Emergency responder |
Trained,
professional, emergency medical and fire-fighter personnel. |
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Emergency(1) |
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Employee (Synonym: Staff) |
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Employee exposure record |
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Employee medical record |
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Enclosed laser |
A laser contained within a protective housing of
itself or of the laser system in which it is incorporated so that access to
laser radiation above the MPE (maximum permissible exposure) limit is
precluded. Opening, damaging, or
removing the protective housing provides additional access than is possible
with the protective housing in place and could expose workers to laser
radiation above the applicable MPE.
(An embedded laser is an example of one type of enclosed laser.) |
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Energized Electrical Work Permit
(EEWP) |
A document, approved by the Lab Director, that addresses the
justification for doing Mode 3 manipulative work with the equipment
energized. A Work Control Document must be developed and approved by the cognizant AD which
includes a formal Task Hazard Analysis, hazard control boundaries, PPE, and specific steps to accomplish the task. Worker qualifications and any unusual
aspects of the work must also be included. |
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energy-draining device |
A physical device that channels the
transmission or release of energy. (e.g.: grounding rods and vent valves ). |
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energy-isolating device |
A mechanical device that prevents the
transmission or release of energy.
Circuit breakers, disconnect switches, and line valves are some
examples of energy-isolating devices.
Push buttons, selector switches and other control circuit type devices
are not energy isolating devices. |
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Engineering controls |
Measures designed to eliminate or reduce exposure to a physical hazard through
the use of engineered machinery or equipment without active involvement of
personnel. Use of components and systems to reduce airborne
radioactivity and the spread of contamination by using piping, containments,
ventilation, filtration or shielding. |
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Entry |
Occurs when any part of the body
breaks the plane of a confined space opening. |
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Entry Supervisor |
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Environment |
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Environmental Aspect |
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Environmental baseline |
The approved delineation of chemical, biological,
physical, and radiological characteristics (that have been determined
primarily through groundwater monitoring) that will represent the starting
level to evaluate Jefferson Lab’s effect on the environment. |
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Environmental Impact |
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Environmental Management Procedure (EMP) |
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Environmental Management System (EMS) |
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Environmental monitoring |
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Environmental performance measure |
Measurable results of the EMS, related to an
organization’s control of its environmental aspects, based on its
environmental policy, objectives, and goals. |
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Environmental Protection Agency (EPA) |
The federal agency that
represents the executive department in protecting the nation’s
environment. Their realm includes
surface water, groundwater, land, geological resources and air resources. The EPA is involved in research and
development, developing regulations, enforcing regulations, providing
information, educating the nation, and investigating issues. (40 CFR series) http://www.epa.gov/ |
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Environmental
Surveillance |
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environmentally harmful material (EHM) |
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equipment |
A general term used throughout this
chapter to describe a mechanical or electrical machine or system that may
require maintenance or repair. |
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ESH&Q Reporting Officer |
The person with direct responsibility
for categorizing and communicating all DOE reportable occurrences. This person is responsible for determining
if incidents meet the ORPS reportability threshold, as well as the specific
codes for severity and classification.
(See ES&H Manual Chapter 2210 Appendix R1 Staff
Assigned to ES&H Activities) |
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Essential Personnel |
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Event (see also: Incident) |
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Examination |
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Examiner |
A person qualified and
certified to perform examination duties. |
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Excavation |
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Excluded Vessels |
Pressurized vessels which do not fall within the
scope of the ASME Pressure Vessel Code.
The ASME Code specifically excludes:
Vessels having an internal or external operating pressure not exceeding
15 psi; Vessels having an inside diameter, width, height, or cross section
diagonal not exceeding 6 inches; Machinery such as pumps, compressors,
turbines, generators, and engines; Most piping systems or structures whose
primary function is the transport of fluids from one location to another
within a system of which they are an integral part; Vessels with a nominal
water-containing capacity of 120 gal or less for containing water under
pressure, including those containing air that is compressed to serve as a
cushion; Hot water supply storage tanks heated by steam or any other indirect
means, limited to 120 gallons, 210°F,
and a heat input of 200,000 BTU/hr; Department of Transportation (DOT)
regulated cylinders and dewars. |
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Exclusion area |
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Exempt Vessel |
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Experiment Operations Envelope (EOE) |
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Experiment Safety Approval Form (ESAF) |
Document prepared by the Lead
Scientist of a User Group, it details all non-standard safety hazards associated
with a User experiment. It is
submitted after scientific approval of the experiment by the FEL Technical
Advisory Committee (TAC) and assignment of beam time
by the FEL Program Manager. |
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Experimental Safety Assessment Document (ESAD) |
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Exposure |
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Exposure incident |
Any contact with blood or other potentially
infectious material that results from the performance of an employee’s
duties, for example, a specific exposure involving eye, mouth, other mucous
membrane, parenteral, or non-intact skin contact. |
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Exposure rate |
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External dose or exposure |
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External standard invoked by law |
A standard, generated by an organization other
than JSA, where at least some of the provisions in the standard are required
by a law or regulation. |
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External standard not invoked by law |
A standard, generated by an organization other than
JSA, where none of the provisions in the standard are required by a law or
regulation. JSA may elect to use such
a standard to further improve work processes or control hazards. |
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Extinguishing agent |
Water, carbon dioxide, any of a number of dry powder
chemicals, or other materials specifically approved for use in fire
extinguishing systems. |
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Extremely Hazardous Substance (EHS) |
Any of 406 chemicals identified
by the EPA to be potentially hazardous to
life and health if released. If
present on-site in quantities exceeding the regulated threshold planning
quantity (TPQ)the facility shall notify local EPGs under EPCRA. EHSs are listed in 40 CFR 355 (Appendices A
and B). |
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eyewash |
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facility |
a building, portable structure, its immediate site,
and/or the characteristic operations and apparatus within it. |
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Facility Manager |
The person with direct line responsibility for operation of
Jefferson Lab, including authority to direct physical changes to a
facility. The Facility Manager and his
alternates are listed in ES&H Manual Chapter 5200 Event Investigation
and Causal Analysis Process (See ES&H Manual Chapter
2210 Appendix R1 Staff Assigned to ES&H Activities) |
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Fail-safe interlock |
A mechanism through which the failure of a single
mechanical or electrical component of the interlock causes the laser system
to go into, or remain in, a safe mode. |
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FEL Accelerator Physics Manager |
responsible for design and operation of the
accelerator for the FEL. The Manager
plans and coordinates accelerator physics measurements and serves as the
primary interface for any modifications, upgrades, etc., to the accelerator
system. |
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FEL Operations Directives Supplement (FEL
ODS) |
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FEL Physics Advisory Committee (FEL PAC) |
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FEL Technical Advisory Committee (FEL TAC) |
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Ferromagnetic |
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Files custodian |
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The metal or alloy to be added in making a welded,
brazed, or soldered joint. |
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Final control element |
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Fire Alarm Control Panel (FACP) |
An electronic console that provides a visual
indication of the system status and serves as a diagnostic point for
connected circuits. |
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Fire classifications |
Letter designations given to each of the major
types of fires. |
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Fire detection system |
An engineered system of devices that automatically
detects heat, smoke, or other products of combustion and which actuates an alarm. |
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Fire extinguisher rating |
An indication of which class or classes of fires a
given extinguisher may be used against. |
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Fire suppression system |
A mechanical system to detect a fire, actuate an
alarm, and suppress the fire. |
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Fire watch |
National
Fire Protection Association – NFPA 101, Fire Watch states:
“The assignment of a person or persons to an area for the sole purpose of
notifying the fire department, the building occupants, or both of an
emergency; preventing a fire from occurring; extinguishing small fires; or
protecting the public from fire or life safety dangers.” |
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Fire-rated |
The time, in minutes or hours, that materials or
assemblies have withstood a fire exposure in accordance with test procedures
of NFPA 251, Standard Methods of Fire Tests of Building Construction and
Materials. |
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Fires Class A |
ordinary combustibles like paper, wood, cloth, and
many plastics |
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fires Class B |
flammable liquids such as oil, gasoline, paints,
and solvents |
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fires Class C |
electrical equipment and wiring |
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fires Class D |
combustible metals such as magnesium and sodium |
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first aid |
Any one-time treatment (and any follow-up visit
for the purpose of observation) of minor scratches, cuts, burns, splinters,
and so forth, which does not ordinarily require medical care. Such one-time treatment and follow-up are
considered first aid even if provided by a physician or registered
professional personnel. |
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First-line protection |
The primary protective system provided to prevent
physical contact with energized equipment.
Covers, shielding and enclosures are examples of first-line
protection. |
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Fit test |
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Flame arrestor |
A device which inhibits the propagation of a
flame. |
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Flammable gas |
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flammable liquid |
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|
flammable solid |
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Forklift Attachment |
Any
modification or addition to a forklift that affect its capacity, stability,
or safe operation. |
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|
Functional requirements specification |
Defines the application-specific requirements of a
safety interlock system. These may
include: 1) reliability requirements from the hazard analysis 2) definition
of the safe state of the process, 3) process inputs to the safety interlock
system and their set point and limit values, 4) response time, 5)
human-machine interfaces, 6) safety interlock system outputs and their
actions, 7) logic and math functions including any permissive required for
proceeding, and 8) reliability requirements to minimize spurious trips. |
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|
Gas Metal Arc Welding (GMAW) |
The welding
torch has a center consumable wire that maintains the arc as it melts into
the weld puddle. (Also
known as: Manual Inert Gas (MIG) welding. |
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|
Gas Tungsten Arc Welding (GTAW) |
The arc is established
between a non-consumable tungsten electrode and the work piece producing the
heat to melt the abutting edges of the metal to be joined; filler rod may
also be used. Argon or helium is fed
to the annular space around the electrode to maintain the inert environment. (Also known as: tungsten inert gas (TIG) welding). |
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|
Gas-tight goggles |
Goggles
which do not have any pores for vapor infiltration and consequently may fog
up. |
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|
Gauss (G) |
Unit of measurement for magnetic
flux density: 10,000 G = 1 Tesla (T). |
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|
General Employee Radiation Training (GERT) |
The radiation safety awareness
course required of everyone at Jefferson Lab who is not a radiation worker
and does not take a more specialized Radiation Worker course. (See http://www.jlab.org/div_dept/train/) |
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Generator |
Any person at Jefferson Lab whose act or process
produces solid waste which qualifies as a regulated medical waste, or whose
act first causes a solid waste to become a regulated medical waste. |
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|
Gestation period |
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|
Gray (Gy) |
SI unit of absorbed
dose. One gray is equal to an absorbed
dose of 1 joule per kilogram (100 rads). |
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|
Grinding |
The act of sharpening, shaping,
or removing metal via abrasion, often using hand held power tools. |
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|
Ground-fault circuit-interrupter (GFCI) |
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|
Grounding |
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