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API SPEC 17D - DESIGN AND OPERATION OF SUBSEA PRODUCTION SYSTEMS-SUBSEA WELLHEAD AND TREE EQUIPMENT - SECOND EDITION; ERTA: SEPTEMBER 2011; ERTA 2: JANUARY 2012; ERTA 3: JUNE 2013; ERTA 4: JULY 2013; ERTA 5: OCTOBER 2013; ERTA 6: AUGUST 2015; ADD 1: SEPTEMBER 2015 AND ERTA 7: OCTOBER 2015 Organization: API
Date: 2011-05-01
Description: Equipment that is within the scope of this part of ISO 13628 is listed as follows: a) subsea trees: - tree connectors and tubing hangers, - valves, valve blocks, and valve actuators, - chokes and choke actuators, - bleed, test and isolation valves, - TFL wye spool, - re-entry interface, - tree cap, - tree piping, - tree guide frames, - tree running tools, - tree cap running tools, - tree mounted flowline/umbilical connector, - tubing heads and tubing head connectors, - flowline bases and running/retrieval tools, - tree mounted controls interfaces (instrumentation, sensors, hydraulic tubing/piping and fittings, electrical controls cable and fittings); b) subsea wellheads: - conductor housings, - wellhead housings, - casing hangers, - seal assemblies, - guidebases, - bore protectors and wear bushings, - corrosion caps; c) mudline suspension systems: - wellheads, - running tools, - casing hangers, - casing hanger running tool, - tieback tools for subsea completion, - subsea completion adaptors for mudline wellheads, - tubing heads, - corrosion caps; d) drill through mudline suspension systems: - conductor housings, - surface casing hangers, - wellhead housings, - casing hangers, - annulus seal assemblies, - bore protectors and wear bushings, - abandonment caps; e) tubing hanger systems: - tubing hangers, - running tools; f) miscellaneous equipment: - flanged end and outlet connections, - clamp hub-type connections, - threaded end and outlet connections, - other end connections, - studs and nuts, - ring joint gaskets, - guideline establishment equipment.
ISO - ISO DIS 28902-2 - AIR QUALITY - ENVIRONMENTAL METEOROLOGY - PART 2: GROUND-BASED REMOTE SENSING OF WIND BY HETERODYNE PULSED DOPPLER LIDAR Organization: ISO
Date: 2015-01-26
Description: This International Standard describes the determination of the line‐of‐sight wind velocity (radial wind velocity). This part of ISO 28902 does not address the retrieval of the wind vector. This International Standard may be used for the following application areas:  — meteorological briefing for e.g. aviation, airport safety, marine applications, oil platforms; — wind power production, e.g. site assessment, power curve determination; — routine measurements of wind profiles at meteorological stations; — air pollution dispersion monitoring; — industrial risk management (direct data monitoring or by assimilation into micro‐scale flow models); — exchange processes (greenhouse gas emissions).
DS/ISO/IEC 14496-3/AMD. 2/CORR. 1 - INFORMATION TECHNOLOGY - CODING OF AUDIO-VISUAL OBJECTS - PART 3: AUDIO Organization: DS
Date: 2007-11-13
Description: A system that uses a particular coder - for example, a real-time voice communication system making use of the MPEG-4 speech coding toolset - can easily share data and development tools with other systems, even in different domains, that use the same tool - for example, a voicemail indexing and retrieval system making use of MPEG-4 speech coding. A multimedia terminal that can decode the Natural Audio Profile of MPEG-4 Audio has audio capabilities that cover the entire spectrum of audio functionality available today and into the future.
DS/ISO/IEC 14496-3/AMD. 1 - INFORMATION TECHNOLOGY - CODING OF AUDIO-VISUAL OBJECTS - PART 3: AUDIO Organization: DS
Date: 2007-11-13
Description: A system that uses a particular coder - for example, a real-time voice communication system making use of the MPEG-4 speech coding toolset - can easily share data and development tools with other systems, even in different domains, that use the same tool - for example, a voicemail indexing and retrieval system making use of MPEG-4 speech coding. A multimedia terminal that can decode the Natural Audio Profile of MPEG-4 Audio has audio capabilities that cover the entire spectrum of audio functionality available today and into the future.
DS/ISO/IEC 14496-3/AMD. 3 - INFORMATION TECHNOLOGY - CODING OF AUDIO-VISUAL OBJECTS - PART 3: AUDIO Organization: DS
Date: 2007-11-13
Description: A system that uses a particular coder - for example, a real-time voice communication system making use of the MPEG-4 speech coding toolset - can easily share data and development tools with other systems, even in different domains, that use the same tool - for example, a voicemail indexing and retrieval system making use of MPEG-4 speech coding. A multimedia terminal that can decode the Natural Audio Profile of MPEG-4 Audio has audio capabilities that cover the entire spectrum of audio functionality available today and into the future.
DS/ISO/IEC 14496-3/AMD. 2 - INFORMATION TECHNOLOGY - CODING OF AUDIO-VISUAL OBJECTS - PART 3: AUDIO Organization: DS
Date: 2007-11-13
Description: A system that uses a particular coder - for example, a real-time voice communication system making use of the MPEG-4 speech coding toolset - can easily share data and development tools with other systems, even in different domains, that use the same tool - for example, a voicemail indexing and retrieval system making use of MPEG-4 speech coding. A multimedia terminal that can decode the Natural Audio Profile of MPEG-4 Audio has audio capabilities that cover the entire spectrum of audio functionality available today and into the future.
DS/ISO/IEC 14496-3/AMD. 5 - INFROMATION TECHNOLOGY - CODING OF AUDIO-VISUAL OBJECTS - PART 3: AUDIO - AMENDMENT 5: BSAC EXTENSIONS AND TRANSPORT OF MPEG SURROUND Organization: DS
Date: 2007-11-13
Description: A system that uses a particular coder - for example, a real-time voice communication system making use of the MPEG-4 speech coding toolset - can easily share data and development tools with other systems, even in different domains, that use the same tool - for example, a voicemail indexing and retrieval system making use of MPEG-4 speech coding. A multimedia terminal that can decode the Natural Audio Profile of MPEG-4 Audio has audio capabilities that cover the entire spectrum of audio functionality available today and into the future.
DS/ISO/IEC 14496-3 CD-ROM - INFORMATION TECHNOLOGY - CODING OF AUDIO-VISUAL OBJECTS - PART 3: AUDIO Organization: DS
Date: 2007-10-05
Description: A system that uses a particular coder - for example, a real-time voice communication system making use of the MPEG-4 speech coding toolset - can easily share data and development tools with other systems, even in different domains, that use the same tool - for example, a voicemail indexing and retrieval system making use of MPEG-4 speech coding. A multimedia terminal that can decode the Natural Audio Profile of MPEG-4 Audio has audio capabilities that cover the entire spectrum of audio functionality available today and into the future.
ASTM E1579 - STANDARD GUIDE FOR ENSURING DATA INTEGRITY IN HIGHLY COMPUTERIZED LABORATORY OPERATIONS Organization: ASTM
Date: 1994-10-15
Description: 1.4 In highly computerized laboratories, computers are increasingly being used for: 1.4.1 Direct capture of data from instruments and testing machines; 1.4.2 Automatic control and monitoring of test processes; 1.4.3 Control of critical environmental conditions; 1.4.4 Capture, processing, and display of laboratory quality-control data; 1.4.5 Basic data processing; 1.4.6 Data storage and retrieval; 1.4.7 Generation of test reports; 1.4.8 Scheduling and monitoring of work throughput; 1.4.9 Monitoring and control of inventories; 1.4.10 Equipment inventories, and calibration and maintenance schedules; 1.4.11 Design of statistical experiments; and 1.4.12 Communication between laboratories (and with clients).

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