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SAE/TP - 2009-01-2511 - A FIRE SUPPRESSION ANALYSIS FOR THE ALTAIR PROJECT Organization: SAE/TP
Date: 2009-07-12
Description: This paper presents a fire suppression analysis for the Altair project. The architecture of the Altair systems relevant to fire safety is briefly reviewed.
NASA-LLIS-0264 - LESSONS LEARNED - CONTROL OF OPERATIONS INVOLVING ADJUSTMENT, MODIFICATION, OR MAINTENANCE OF FLUID OR PRESSURIZED SYSTEMS (SUCH AS WET PIPE FIRE SUPPRESSION SYSTEMS) Organization: NASA
Date: 1993-06-30
Description: While in process of installing the ceiling, a pipefitter for the facility construction contractor noticed that the fire suppression system sprinkler head fusible link guard on one head was not consistent with the other heads in the room.
BRE DG513 - FIXED GAS EXTINGUISHING SYSTEMS FOR FIRE PROTECTION Organization: BRE
Date: 2009-08-01
Description: INTRODUCTION AND BACKGROUND Fire protection is an essential element of buildings and aims to minimise the harmful and costly impact of fire by various means, including smoke detection, fire compartmentation, manual fire-fighting and fire suppression systems. For many buildings, especially those of high value, fire suppression systems are invaluable because they can control and in some cases extinguish a fire.
AWWA M31 - DISTRIBUTION SYSTEM REQUIREMENTS FOR FIRE PROTECTION - FOURTH EDITION Organization: AWWA
Date: 2008-01-01
Description: It also became necessary to provide an adequate supply of water for fire protection and suppression. Systems that provide for fire protection needs have frequently been incorporated into the systems that provide potable water service as well as nonpotable service.
NFPA - 1403 - STANDARD ON LIVE FIRE TRAINING EVOLUTIONS - EFFECTIVE DATE: 1/2/2012 Organization: NFPA
Date: 2012-01-01
Description: This standard shall contain the minimum requirements for training all fire suppression personnel engaged in firefighting operations under live fire conditions.  The minimum requirements for training shall comprise a basic system that can be adapted to local conditions to serve as a standard mechanism for live fire training.
DS/ISO 19281 - AIR CARGO - FIRE RESISTANT CONTAINERS - DESIGN, PERFORMANCE AND TESTING REQUIREMENTS Organization: DS
Date: 2016-02-03
Description: This International Standard does not cover requirements for fire detection or suppression devices. The specified fire resistant containers (FRCs) are passive devices capable of containing a fire for the specified duration by themselves.
ISO 19281 - AIR CARGO - FIRE RESISTANT CONTAINERS - DESIGN, PERFORMANCE AND TESTING REQUIREMENTS - FIRST EDITION Organization: ISO
Date: 2016-02-01
Description: This International Standard does not cover requirements for fire detection or suppression devices. The specified fire resistant containers (FRCs) are passive devices capable of containing a fire for the specified duration by themselves.
DSF/ISO/DIS 19281 - AIR CARGO -- FIRE RESISTANT CONTAINERS -- DESIGN, PERFORMANCE AND TESTING REQUIREMENTS Organization: DS
Description: NOTE See clause 2 and sub-clauses 4.1 and 4.2 for applicable containers airworthiness approval and general design standards. 1.4 This International Standard does not cover requirements for fire detection or suppression devices. The specified fire resistant containers (FRCs) are passive devices capable of containing a fire for the specified duration by themselves..
DSF/ISO/FDIS 14186 - AIR CARGO - FIRE CONTAINMENT COVERS - DESIGN, PERFORMANCE AND TESTING REQUIREMENTS Organization: DS
Description: NOTE 1 Though nothing prevents a fire containment cover (FCC) from being carried in a lower deck class C aircraft cargo compartment, it is not intended for this use since its fire containment capability would be redundant with that of the aircraft's fire containment and suppression system, which it could hamper. 1.3 The fire containment covers specified by this International Standard may be of two types: (a) type I : separate devices to be installed over a pallet's load below a net approved for this purpose, or (b) type II : devices permanently attached to a pallet net approved for this purpose . 1.4 The unit load devices (pallet and net) used in conjunction with the fire containment cover are specified in this International Standard only insofar as their flammability requirements are concerned.
DS/ISO 14186 - AIR CARGO - FIRE CONTAINMENT COVERS - DESIGN, PERFORMANCE AND TESTING REQUIREMENTS Organization: DS
Date: 2013-09-03
Description: NOTE 1 Though nothing prevents a fire containment cover (FCC) from being carried in a lower deck class C aircraft cargo compartment, it is not intended for this use since its fire containment capability would be redundant with that of the aircraft's fire containment and suppression system, which it could hamper. 1.3 The fire containment covers specified by this International Standard may be of two types: (a) type I : separate devices to be installed over a pallet's load below a net approved for this purpose, or (b) type II : devices permanently attached to a pallet net approved for this purpose . 1.4 The unit load devices (pallet and net) used in conjunction with the fire containment cover are specified in this International Standard only insofar as their flammability requirements are concerned.
DSF/ISO/DIS 14186 - AIR CARGO - FIRE CONTAINMENT COVERS - DESIGN, PERFORMANCE AND TESTING REQUIREMENTS Organization: DS
Description: NOTE 1 Though nothing prevents a fire containment cover (FCC) from being carried in a lower deck class C aircraft cargo compartment, it is not intended for this use since its fire containment capability would be redundant with that of the aircraft's fire containment and suppression system, which it could hamper. 1.3 The fire containment covers specified by this International Standard may be of two types: (a) type I : separate devices to be installed over a pallet's load below a net approved for this purpose, or (b) type II : devices permanently attached to a pallet net approved for this purpose . 1.4 The unit load devices (pallet and net) used in conjunction with the fire containment cover are specified in this International Standard only insofar as their flammability requirements are concerned.
SAE AS6453 - FIRE CONTAINMENT COVER - DESIGN, PERFORMANCE, AND TESTING REQUIREMENTS Organization: SAE
Date: 2013-08-01
Description: NOTE 1: Though nothing prevents a fire containment cover (FCC) from being carried in a lower deck class C aircraft cargo compartment, it is not intended for this use since its fire containment capability would be redundant with that of the aircraft's fire containment and suppression system, which it could hamper. The fire containment covers specified by this Standard may be of two types: a.
ISO 14186 - AIR CARGO - FIRE CONTAINMENT COVERS - DESIGN, PERFORMANCE AND TESTING REQUIREMENTS - FIRST EDITION Organization: ISO
Date: 2013-08-15
Description: This International Standard does not cover requirements for fire detection or suppression devices. The specified FCCs are passive devices.
ITU-R REPORT M.2204 - CHARACTERISTICS AND SPECTRUM CONSIDERATIONS FOR SENSE AND AVOID SYSTEMS USE ON UNMANNED AIRCRAFT SYSTEMS Organization: ITU-R
Date: 2010-11-01
Description: Current and future unmanned aircraft system (UAS) operations may include scientific research, search and rescue operations, hurricane and tornado tracking, volcanic activity monitoring and measurement, mapping, forest fire suppression, weather modification (e.g. cloud seeding), surveillance, communications relays, agricultural applications, environmental monitoring, emergency management, and law enforcement applications.
CRC - MOTOR CORTEX IN VOLUNTARY - MOTOR CORTEX IN VOLUNTARY MOVEMENTS: A DISTRIBUTED SYSTEM FOR DISTRIBUTED FUNCTIONS Organization: CRC
Date: 2004-12-28
Description: Due to advances in methods of signal processing, it is possible that specific features automatically extracted from the electroencephalogram (EEG) and electrocorticogram (ECoG) can be used to operate computer-controlled devices. The interaction between the BCI system and the user, in terms of adaptation and learning, is a challenging aspect of any BCI development and application.
SAE/TP - 2009-01-2514 - MODEL CONFIDENCE LEVEL - A SYSTEMATIC METRIC FOR DEVELOPMENT OF A VIRTUAL SPACE HABITAT Organization: SAE/TP
Date: 2009-07-12
Description: This paper presents a fire suppression analysis for the Altair project. The architecture of the Altair systems relevant to fire safety is briefly reviewed.
AWS C2.21M/C2.21 - SPECIFICATION FOR THERMAL SPRAY EQUIPMENT PERFORMANCE VERIFICATION - 2ND EDITION Organization: AWS
Date: 2015-01-01
Description: Other external systems and apparatus such as a gas or fuel management system, sound abatement, dust collection, automation, fire suppression, and finishing systems are beyond the scope of this document.
UL - 111 BULLETIN - OUTLINE OF INVESTIGATION FOR MULTIOUTLET ASSEMBLIES - COMMENTS DUE: DECEMBER 2, 2015 Organization: UL
Date: 2015-11-18
Description: Multioutlet Assemblies may be provided with fuses or other supplementary overcurrent protection, switches, suppression components, EMI filters, LED drivers, luminaires, ballasts, motors, control circuits, transformers, relays, indicator lights and other similar equipment.

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