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How rays are represented
How rays are represented, Total:24 items.
In the international standard classification, How rays are represented involves: Analytical chemistry, Shipbuilding and marine structures in general, Electronic display devices, Electricity. Magnetism. Electrical and magnetic measurements, Industrial automation systems, Applications of information technology.
Korean Agency for Technology and Standards (KATS), How rays are represented
General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China, How rays are represented
- GB/T 17725-1999 Shipbuilding--Shipline--Numerical representation of elements of the hull geometry
- GB/T 17725-2011 Shipbuilding. Shiplines. Numerical representation of elements of the hull geometry
CZ-CSN, How rays are represented
- CSN 01 3397-1981 Rules for drawing of winding of electrical machines and apparatus
YU-JUS, How rays are represented
International Organization for Standardization (ISO), How rays are represented
- ISO 7461:1984 Shipbuilding; Shiplines; Numerical representation of elements of the hull geometry
- ISO/TS 10303-1510:2004 Industrial automation systems and integration - Product data representation and exchange - Part 1510: Application module: Geometrically bounded wireframe
Professional Standard - Electron, How rays are represented
- SJ/Z 9074.2-1987 Presentation of performance of cathode ray oscilloscope Part 2: Storage oscilloscope
- SJ/Z 9074.1-1987 Expression of properties of cathode-ray oscilloscopes--Part 1: General
International Electrotechnical Commission (IEC), How rays are represented
- IEC 60351-2:1976 Expression of the properties of cathode-ray oscilloscopes. Part 2 : Storage oscilloscopes
British Standards Institution (BSI), How rays are represented
- BS 4739-2:1979 Method for expression of the properties of cathode-ray oscilloscopes - Storage oscilloscopes
- BS 4739-1:1979 Method for expression of the properties of cathode-ray oscilloscopes - General
CU-NC, How rays are represented
- NC 61-23-1985 Telecommunications. Radio Emissions Representa!ion of Its Characteristics
AENOR, How rays are represented
- UNE 21353-1:1979 EXPRESSION OF THE PROPERTIES OF CATHODE-RAY OSCILLOSCOPES. GENERAL.
German Institute for Standardization, How rays are represented
- DIN ISO 7461:1988 Shipbuilding; information processing; shiplines; numerical representation of elements of the hull geometry; identical with ISO 7461, edition 1984
- DIN 879-1:1999-06 Verification of geometrical parameters - Dial indicator for linear mesurement - Part 1: With mechanical indication
- DIN 2769:2023-04 Geometrical product specification (GPS) - General tolerances - Tabulated values for geometrical tolerances and tolerances for linear and angular sizes without individual tolerance indication
- DIN 2769:2021 Geometrical product specification (GPS) - General tolerances - Tabulated values for geometrical tolerances and tolerances for linear and angular sizes without individual tolerance indication
- DIN 879-3:1999-06 Verification of geometrical parameters - Dial indicator for linear measurement - Part 3: With mechanical indication and electrical limit contacts
IN-BIS, How rays are represented
International Commission on Illumination (CIE), How rays are represented
- CIE 207-2014 SENSITIVITY OF HUMAN SKIN TO ULTRAVIOLET RADIATION, EXPRESSED AS MINIMAL ERYTHEMA DOSE (MED)