Q3147166 (Q3147166): Difference between revisions
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(Created claim: summary (P836): THE ORBITER SOLAR MISSION WAS SELECTED BY THE ONE FOR THE M1 POSITION IN THE COSMIC VISION PROGRAM WITH A LAUNCH SCHEDULED FOR 2018. THIS PROPOSAL CORRESPONDS TO THE 2017-2020 PERIOD AND INCLUDES THE INTEGRATION OF THE SO/PHI INSTRUMENT FLIGHT MODEL INTO THE PLATFORM, THE LAUNCH OF THE MISSION AND THE FIRST TWO YEARS OF COMPARISON PRIOR TO THE FIRST SCIENTIFIC EXPLOITATION ORBITS. Models OF VUEL AND REPUBLIC MUST BE TERENCE TO ESA TO FINALS 2016...) |
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THE ORBITER SOLAR MISSION WAS SELECTED BY THE ONE FOR THE M1 POSITION IN THE COSMIC VISION PROGRAM WITH A LAUNCH SCHEDULED FOR 2018. THIS PROPOSAL CORRESPONDS TO THE 2017-2020 PERIOD AND INCLUDES THE INTEGRATION OF THE SO/PHI INSTRUMENT FLIGHT MODEL INTO THE PLATFORM, THE LAUNCH OF THE MISSION AND THE FIRST TWO YEARS OF COMPARISON PRIOR TO THE FIRST SCIENTIFIC EXPLOITATION ORBITS. Models OF VUEL AND REPUBLIC MUST BE TERENCE TO ESA TO FINALS 2016._x000D_ _x000D_ _x000D_ SO/PHI, Polarimetric SIGLAS AND Helioseismic IMAGER FOR SOLAR ORBITER, was selected by ESA as one of the nettings for the removing sound. ITS MAIN TASK IS THE MEASUREMENT OF THE VECTOR MAGNETIC FIELD AND THE VELOCITY STREAMS OF THE PHOTOSFERICO SOLAR PLASMA. IT WILL PROVIDE THE MAGNETIC CONTEXT REQUIRED BY THE OTHER INSTRUMENTS ON BOARD, AS WELL AS THE NASA SOLAR PROBE PLUS MISSION RELATED TO SOLAR ORBITER. _x000D_ _x000D_ _x000D_ the SPANISH CONSORCY THAT IS PARTICIPATE IN THE DESIGN, DEVELOPMENT AND CONSTRUCTION OF SO/PHI INCLUDING THE PRINCIPLE COINVESTIGER OF THE INSTRUMENT BETWEEN YOUR MEMBERS, WHY GUARANTEE A HIGH VISIBILITY FOR THE SPANISH CONTRIBUTION. THE LEVEL OF PARTICIPATION IS SLIGHTLY ABOVE 40 % AND HAS SYSTEM RESPONSIBILITIES. THE SPANISH CONSORTIUM IS ALSO DIRECTLY RESPONSIBLE FOR THE FOLLOWING SUBSYSTEMS: FULL DISC TELESCOPE; TWO POLARISATION MODULATION PACKAGES BASED ON LIQUID CRYSTAL OPTIC RETARDANTS (A QUALIFIED TECHNOLOGY FOR SPACE IN SPAIN, WITHIN AN INDUSTRIAL ACTIVITY OF THE LATTER); THE ENGINEERING OF SYSTEMS AND THE ASSEMBLY AND VERIFICATION OF THE ELECTRONIC UNIT; THE ANALOGIC CONTROL CARD AND COMPONENTS SUCH AS THE DATA ANALYSIS UNIT (THE INVERTER OF THE RADIATIVE TRANSPORT EQUATION); THE ELECTRONICA OF THE IMAGE STABILISATION SYSTEM; THE POWER CONVERTER MODULE; WIRING; DESIGN AND STRUCTURAL AND THERMAL HARDWARE; THE ENGINEERING AND RADIATION ANALYSIS OF THE INSTRUMENT; THE INSTRUMENT SOFTWARE SIMULATOR AND TRANSPORT CONTAINERS TOGETHER WITH THE HOISTING DEVICE OF THE OPTIC UNIT. THERE ARE ALSO OTHER SMALLER CONTRIBUTIONS TO DIFFERENT SUBSYSTEMS, AS WELL AS THE SPANISH SCIENTIFIC PARTICIPATION IN THE DEFINITION OF THE INSTRUMENT AND THE MISSION. THE COORDINATION OF THE CONTRIBUTIONS OF THE VARIOUS SPANISH INSTITUTES IS CENTRALISED IN THE IAA-CSIC. This INSTITUCTION acts as a contact point with the IP INSTITUCTION PROJECT OFFICE, MPS (Gotinga, GERMANY)._x000D_ _x000D_ _x000D_ GREEN MEASURE, SO/PHI BENEFICE OF EXPERIENCE Acquired WITH THE IMAX/SUNRISE INSTRUMENT, CONSTRUTED BY THIS CONSORCY AND THIS WITH EXIT in 2009 AND 2013. THIS SPANISH PARTICIPATION HAS BEEN STRONGLY SUPPORTED BY THE DIFFERENT PHASES OF THE STATE PLAN SINCE 2013 AND HAS BEEN A MILESTONE BOTH SCIENTIFIC AND TECHNOLOGICAL. THE SUCCESS OF SUNRISE’S FIRST TWO FLIGHTS HAS MOTIVATED THE PREPARATION OF A THIRD IN WHICH GERMAN, AMERICAN AND SPANISH PARTNERS JOIN OTHER JAPANESE COLLEAGUES, CONSTITUTING THE PROJECT AS A TRUE GLOBAL SCIENTIFIC ADVENTURE. IN ADDITION TO A COMPLETELY RENOVATED IMAX, THE SPANISH CONSORTIUM HAS BEEN INVITED TO PROVIDE ALL OF THE ESPECTROPOLARIMETRO’S ELECTRONICS AND SOFTWARE WHOSE OPTICA IS JAPANESE AND THE GERMAN DETECTORS. SUCH TECHNOLOGICAL CONTRIBUTION INCREASES THE VISIBILITY OF THE SPANISH SOLAR PHYSICS AND GUARANTEES A HIGH SCIENTIFIC RETURN. (English) | |||||||||||||||
| Property / summary: THE ORBITER SOLAR MISSION WAS SELECTED BY THE ONE FOR THE M1 POSITION IN THE COSMIC VISION PROGRAM WITH A LAUNCH SCHEDULED FOR 2018. THIS PROPOSAL CORRESPONDS TO THE 2017-2020 PERIOD AND INCLUDES THE INTEGRATION OF THE SO/PHI INSTRUMENT FLIGHT MODEL INTO THE PLATFORM, THE LAUNCH OF THE MISSION AND THE FIRST TWO YEARS OF COMPARISON PRIOR TO THE FIRST SCIENTIFIC EXPLOITATION ORBITS. Models OF VUEL AND REPUBLIC MUST BE TERENCE TO ESA TO FINALS 2016._x000D_ _x000D_ _x000D_ SO/PHI, Polarimetric SIGLAS AND Helioseismic IMAGER FOR SOLAR ORBITER, was selected by ESA as one of the nettings for the removing sound. ITS MAIN TASK IS THE MEASUREMENT OF THE VECTOR MAGNETIC FIELD AND THE VELOCITY STREAMS OF THE PHOTOSFERICO SOLAR PLASMA. IT WILL PROVIDE THE MAGNETIC CONTEXT REQUIRED BY THE OTHER INSTRUMENTS ON BOARD, AS WELL AS THE NASA SOLAR PROBE PLUS MISSION RELATED TO SOLAR ORBITER. _x000D_ _x000D_ _x000D_ the SPANISH CONSORCY THAT IS PARTICIPATE IN THE DESIGN, DEVELOPMENT AND CONSTRUCTION OF SO/PHI INCLUDING THE PRINCIPLE COINVESTIGER OF THE INSTRUMENT BETWEEN YOUR MEMBERS, WHY GUARANTEE A HIGH VISIBILITY FOR THE SPANISH CONTRIBUTION. THE LEVEL OF PARTICIPATION IS SLIGHTLY ABOVE 40 % AND HAS SYSTEM RESPONSIBILITIES. THE SPANISH CONSORTIUM IS ALSO DIRECTLY RESPONSIBLE FOR THE FOLLOWING SUBSYSTEMS: FULL DISC TELESCOPE; TWO POLARISATION MODULATION PACKAGES BASED ON LIQUID CRYSTAL OPTIC RETARDANTS (A QUALIFIED TECHNOLOGY FOR SPACE IN SPAIN, WITHIN AN INDUSTRIAL ACTIVITY OF THE LATTER); THE ENGINEERING OF SYSTEMS AND THE ASSEMBLY AND VERIFICATION OF THE ELECTRONIC UNIT; THE ANALOGIC CONTROL CARD AND COMPONENTS SUCH AS THE DATA ANALYSIS UNIT (THE INVERTER OF THE RADIATIVE TRANSPORT EQUATION); THE ELECTRONICA OF THE IMAGE STABILISATION SYSTEM; THE POWER CONVERTER MODULE; WIRING; DESIGN AND STRUCTURAL AND THERMAL HARDWARE; THE ENGINEERING AND RADIATION ANALYSIS OF THE INSTRUMENT; THE INSTRUMENT SOFTWARE SIMULATOR AND TRANSPORT CONTAINERS TOGETHER WITH THE HOISTING DEVICE OF THE OPTIC UNIT. THERE ARE ALSO OTHER SMALLER CONTRIBUTIONS TO DIFFERENT SUBSYSTEMS, AS WELL AS THE SPANISH SCIENTIFIC PARTICIPATION IN THE DEFINITION OF THE INSTRUMENT AND THE MISSION. THE COORDINATION OF THE CONTRIBUTIONS OF THE VARIOUS SPANISH INSTITUTES IS CENTRALISED IN THE IAA-CSIC. This INSTITUCTION acts as a contact point with the IP INSTITUCTION PROJECT OFFICE, MPS (Gotinga, GERMANY)._x000D_ _x000D_ _x000D_ GREEN MEASURE, SO/PHI BENEFICE OF EXPERIENCE Acquired WITH THE IMAX/SUNRISE INSTRUMENT, CONSTRUTED BY THIS CONSORCY AND THIS WITH EXIT in 2009 AND 2013. THIS SPANISH PARTICIPATION HAS BEEN STRONGLY SUPPORTED BY THE DIFFERENT PHASES OF THE STATE PLAN SINCE 2013 AND HAS BEEN A MILESTONE BOTH SCIENTIFIC AND TECHNOLOGICAL. THE SUCCESS OF SUNRISE’S FIRST TWO FLIGHTS HAS MOTIVATED THE PREPARATION OF A THIRD IN WHICH GERMAN, AMERICAN AND SPANISH PARTNERS JOIN OTHER JAPANESE COLLEAGUES, CONSTITUTING THE PROJECT AS A TRUE GLOBAL SCIENTIFIC ADVENTURE. IN ADDITION TO A COMPLETELY RENOVATED IMAX, THE SPANISH CONSORTIUM HAS BEEN INVITED TO PROVIDE ALL OF THE ESPECTROPOLARIMETRO’S ELECTRONICS AND SOFTWARE WHOSE OPTICA IS JAPANESE AND THE GERMAN DETECTORS. SUCH TECHNOLOGICAL CONTRIBUTION INCREASES THE VISIBILITY OF THE SPANISH SOLAR PHYSICS AND GUARANTEES A HIGH SCIENTIFIC RETURN. (English) / rank | |||||||||||||||
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| Property / summary: THE ORBITER SOLAR MISSION WAS SELECTED BY THE ONE FOR THE M1 POSITION IN THE COSMIC VISION PROGRAM WITH A LAUNCH SCHEDULED FOR 2018. THIS PROPOSAL CORRESPONDS TO THE 2017-2020 PERIOD AND INCLUDES THE INTEGRATION OF THE SO/PHI INSTRUMENT FLIGHT MODEL INTO THE PLATFORM, THE LAUNCH OF THE MISSION AND THE FIRST TWO YEARS OF COMPARISON PRIOR TO THE FIRST SCIENTIFIC EXPLOITATION ORBITS. Models OF VUEL AND REPUBLIC MUST BE TERENCE TO ESA TO FINALS 2016._x000D_ _x000D_ _x000D_ SO/PHI, Polarimetric SIGLAS AND Helioseismic IMAGER FOR SOLAR ORBITER, was selected by ESA as one of the nettings for the removing sound. ITS MAIN TASK IS THE MEASUREMENT OF THE VECTOR MAGNETIC FIELD AND THE VELOCITY STREAMS OF THE PHOTOSFERICO SOLAR PLASMA. IT WILL PROVIDE THE MAGNETIC CONTEXT REQUIRED BY THE OTHER INSTRUMENTS ON BOARD, AS WELL AS THE NASA SOLAR PROBE PLUS MISSION RELATED TO SOLAR ORBITER. _x000D_ _x000D_ _x000D_ the SPANISH CONSORCY THAT IS PARTICIPATE IN THE DESIGN, DEVELOPMENT AND CONSTRUCTION OF SO/PHI INCLUDING THE PRINCIPLE COINVESTIGER OF THE INSTRUMENT BETWEEN YOUR MEMBERS, WHY GUARANTEE A HIGH VISIBILITY FOR THE SPANISH CONTRIBUTION. THE LEVEL OF PARTICIPATION IS SLIGHTLY ABOVE 40 % AND HAS SYSTEM RESPONSIBILITIES. THE SPANISH CONSORTIUM IS ALSO DIRECTLY RESPONSIBLE FOR THE FOLLOWING SUBSYSTEMS: FULL DISC TELESCOPE; TWO POLARISATION MODULATION PACKAGES BASED ON LIQUID CRYSTAL OPTIC RETARDANTS (A QUALIFIED TECHNOLOGY FOR SPACE IN SPAIN, WITHIN AN INDUSTRIAL ACTIVITY OF THE LATTER); THE ENGINEERING OF SYSTEMS AND THE ASSEMBLY AND VERIFICATION OF THE ELECTRONIC UNIT; THE ANALOGIC CONTROL CARD AND COMPONENTS SUCH AS THE DATA ANALYSIS UNIT (THE INVERTER OF THE RADIATIVE TRANSPORT EQUATION); THE ELECTRONICA OF THE IMAGE STABILISATION SYSTEM; THE POWER CONVERTER MODULE; WIRING; DESIGN AND STRUCTURAL AND THERMAL HARDWARE; THE ENGINEERING AND RADIATION ANALYSIS OF THE INSTRUMENT; THE INSTRUMENT SOFTWARE SIMULATOR AND TRANSPORT CONTAINERS TOGETHER WITH THE HOISTING DEVICE OF THE OPTIC UNIT. THERE ARE ALSO OTHER SMALLER CONTRIBUTIONS TO DIFFERENT SUBSYSTEMS, AS WELL AS THE SPANISH SCIENTIFIC PARTICIPATION IN THE DEFINITION OF THE INSTRUMENT AND THE MISSION. THE COORDINATION OF THE CONTRIBUTIONS OF THE VARIOUS SPANISH INSTITUTES IS CENTRALISED IN THE IAA-CSIC. This INSTITUCTION acts as a contact point with the IP INSTITUCTION PROJECT OFFICE, MPS (Gotinga, GERMANY)._x000D_ _x000D_ _x000D_ GREEN MEASURE, SO/PHI BENEFICE OF EXPERIENCE Acquired WITH THE IMAX/SUNRISE INSTRUMENT, CONSTRUTED BY THIS CONSORCY AND THIS WITH EXIT in 2009 AND 2013. THIS SPANISH PARTICIPATION HAS BEEN STRONGLY SUPPORTED BY THE DIFFERENT PHASES OF THE STATE PLAN SINCE 2013 AND HAS BEEN A MILESTONE BOTH SCIENTIFIC AND TECHNOLOGICAL. THE SUCCESS OF SUNRISE’S FIRST TWO FLIGHTS HAS MOTIVATED THE PREPARATION OF A THIRD IN WHICH GERMAN, AMERICAN AND SPANISH PARTNERS JOIN OTHER JAPANESE COLLEAGUES, CONSTITUTING THE PROJECT AS A TRUE GLOBAL SCIENTIFIC ADVENTURE. IN ADDITION TO A COMPLETELY RENOVATED IMAX, THE SPANISH CONSORTIUM HAS BEEN INVITED TO PROVIDE ALL OF THE ESPECTROPOLARIMETRO’S ELECTRONICS AND SOFTWARE WHOSE OPTICA IS JAPANESE AND THE GERMAN DETECTORS. SUCH TECHNOLOGICAL CONTRIBUTION INCREASES THE VISIBILITY OF THE SPANISH SOLAR PHYSICS AND GUARANTEES A HIGH SCIENTIFIC RETURN. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 15:06, 12 October 2021
Project Q3147166 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3147166 in Spain |
Statements
435,600.0 Euro
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871,200.0 Euro
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50.0 percent
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30 December 2016
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29 December 2019
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INSTITUTO NACIONAL DE TECNICA AEROESPACIAL ESTEBAN TERRADAS (INTA)
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40°27'31.61"N, 3°28'45.59"W
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28148
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LA MISION SOLAR ORBITER FUE SELECCIONADA POR LA ESA PARA EL PUESTO M1 DENTRO DEL PROGRAMA COSMIC VISION CON UN LANZAMIENTO PREVISTO PARA 2018. LA PRESENTE PROPUESTA CORRESPONDE AL PERIODO DE 2017-2020 E INCLUYE LA INTEGRACION DEL MODELO DE VUELO DEL INSTRUMENTO SO/PHI EN LA PLATAFORMA, EL LANZAMIENTO DE LA MISION Y LOS DOS PRIMEROS AÑOS DE COTEJO PREVIOS A LAS PRIMERAS ORBITAS DE EXPLOTACION CIENTIFICA. LOS MODELOS DE VUELO Y DE REPUESTO DEBEN SER ENTREGADOS A LA ESA A FINALES DE 2016._x000D_ _x000D_ _x000D_ SO/PHI, SIGLAS DE POLARIMETRIC AND HELIOSEISMIC IMAGER FOR SOLAR ORBITER, FUE SELECCIONADO POR LA ESA COMO UNO DE LOS INSTRUMENTOS A BORDO DE LA NAVE PARA EL SONDEO REMOTO. SU PRINCIPAL TAREA ES LA MEDIDA DEL CAMPO MAGNETICO VECTORIAL Y DE LOS FLUJOS DE VELOCIDAD DEL PLASMA SOLAR FOTOSFERICO. PROPORCIONARA EL CONTEXTO MAGNETICO QUE PRECISAN LOS OTROS INSTRUMENTOS A BORDO, ASI COMO LA MISION DE NASA SOLAR PROBE PLUS, RELACIONADA CON SOLAR ORBITER. _x000D_ _x000D_ _x000D_ EL CONSORCIO ESPAÑOL QUE HA PARTICIPADO EN EL DISEÑO, DESARROLLO Y CONSTRUCCION DE SO/PHI INCLUYE AL COINVESTIGADOR PRINCIPAL DEL INSTRUMENTO ENTRE SUS MIEMBROS, LO CUAL GARANTIZA UNA ALTA VISIBILIDAD PARA LA CONTRIBUCION ESPAÑOLA. EL NIVEL DE PARTICIPACION ES LIGERAMENTE SUPERIOR AL 40% Y CUENTA CON RESPONSABILIDADES DE SISTEMA. EL CONSORCIO ESPAÑOL ES, ASI MISMO, RESPONSABLE DIRECTO DE LOS SIGUIENTES SUBSISTEMAS: TELESCOPIO DE DISCO ENTERO; DOS PAQUETES DE MODULACION DE LA POLARIZACION BASADOS EN RETARDADORES OPTICOS DE CRISTAL LIQUIDO (UNA TECNOLOGIA CUALIFICADA PARA EL ESPACIO EN ESPAÑA, DENTRO DE UNA ACTIVIDAD INDUSTRIAL DE LA ESA); LA INGENIERIA DE SISTEMAS Y EL MONTAJE Y VERIFICACION DE LA UNIDAD ELECTRONICA; LA TARJETA DE CONTROL ANALOGICO Y COMPONENTES COMO LA UNIDAD DE ANALISIS DE DATOS (EL INVERSOR DE LA ECUACION DE TRANSPORTE RADIATIVO); LA ELECTRONICA DEL SISTEMA DE ESTABILIZACION DE IMAGEN; EL MODULO CONVERTIDOR DE POTENCIA; EL CABLEADO; EL DISEÑO Y EL HARDWARE ESTRUCTURAL Y TERMICO; LA INGENIERIA Y ANALISIS DE RADIACION DEL INSTRUMENTO; EL SIMULADOR DE SOFTWARE DEL INSTRUMENTO Y LOS CONTENEDORES DE TRANSPORTE JUNTO CON EL DISPOSITIVO DE IZADO DE LA UNIDAD OPTICA. TAMBIEN HAY OTRAS CONTRIBUCIONES MAS PEQUEÑAS A DISTINTOS SUBSISTEMAS, ASI COMO LA PARTICIPACION CIENTIFICA ESPAÑOLA EN LA DEFINICION DEL INSTRUMENTO Y DE LA MISION. LA COORDINACION DE LAS CONTRIBUCIONES DE LOS DISTINTOS INSTITUTOS ESPAÑOLES SE CENTRALIZA EN EL IAA-CSIC. ESTA INSTITUCION ACTUA COMO PUNTO DE CONTACTO CON LA OFICINA DE PROYECTO DE LA INSTITUCION IP, EL MPS (GOTINGA, ALEMANIA)._x000D_ _x000D_ _x000D_ EN GRAN MEDIDA, SO/PHI SE BENEFICIA DE LA EXPERIENCIA ADQUIRIDA CON EL INSTRUMENTO IMAX/SUNRISE, CONSTRUIDO POR ESTE CONSORCIO Y QUE HA VOLADO CON EXITO EN 2009 Y 2013. DICHA PARTICIPACION ESPAÑOLA HA ESTADO FUERTEMENTE APOYADA POR LAS DISTINTAS FASES DEL PLAN ESTATAL DESDE 2013 Y HA CONSTITUIDO UN HITO TANTO CIENTIFICO COMO TECNOLOGICO. EL EXITO DE LOS DOS PRIMEROS VUELOS DE SUNRISE HA MOTIVADO LA PREPARACION DE UN TERCERO EN EL QUE A LOS SOCIOS ALEMANES, AMERICANOS Y ESPAÑOLES SE UNEN ADEMAS COLEGAS JAPONESES, CONSTITUYENDO EL PROYECTO COMO UNA VERDADERA AVENTURA CIENTIFICA GLOBAL. ADEMAS DE UN IMAX RENOVADO POR COMPLETO, EL CONSORCIO ESPAÑOL HA SIDO INVITADO A PROPORCIONAR TODA LA ELECTRONICA Y EL SOFTWARE DEL ESPECTROPOLARIMETRO CUYA OPTICA ES JAPONESA Y LOS DETECTORES ALEMANES. TAL CONTRIBUCION TECNOLOGICA AUMENTA LA VISIBILIDAD DE LA FISICA SOLAR ESPAÑOLA Y GARANTIZA UN ELEVADO RETORNO CIENTIFICO. (Spanish)
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THE ORBITER SOLAR MISSION WAS SELECTED BY THE ONE FOR THE M1 POSITION IN THE COSMIC VISION PROGRAM WITH A LAUNCH SCHEDULED FOR 2018. THIS PROPOSAL CORRESPONDS TO THE 2017-2020 PERIOD AND INCLUDES THE INTEGRATION OF THE SO/PHI INSTRUMENT FLIGHT MODEL INTO THE PLATFORM, THE LAUNCH OF THE MISSION AND THE FIRST TWO YEARS OF COMPARISON PRIOR TO THE FIRST SCIENTIFIC EXPLOITATION ORBITS. Models OF VUEL AND REPUBLIC MUST BE TERENCE TO ESA TO FINALS 2016._x000D_ _x000D_ _x000D_ SO/PHI, Polarimetric SIGLAS AND Helioseismic IMAGER FOR SOLAR ORBITER, was selected by ESA as one of the nettings for the removing sound. ITS MAIN TASK IS THE MEASUREMENT OF THE VECTOR MAGNETIC FIELD AND THE VELOCITY STREAMS OF THE PHOTOSFERICO SOLAR PLASMA. IT WILL PROVIDE THE MAGNETIC CONTEXT REQUIRED BY THE OTHER INSTRUMENTS ON BOARD, AS WELL AS THE NASA SOLAR PROBE PLUS MISSION RELATED TO SOLAR ORBITER. _x000D_ _x000D_ _x000D_ the SPANISH CONSORCY THAT IS PARTICIPATE IN THE DESIGN, DEVELOPMENT AND CONSTRUCTION OF SO/PHI INCLUDING THE PRINCIPLE COINVESTIGER OF THE INSTRUMENT BETWEEN YOUR MEMBERS, WHY GUARANTEE A HIGH VISIBILITY FOR THE SPANISH CONTRIBUTION. THE LEVEL OF PARTICIPATION IS SLIGHTLY ABOVE 40 % AND HAS SYSTEM RESPONSIBILITIES. THE SPANISH CONSORTIUM IS ALSO DIRECTLY RESPONSIBLE FOR THE FOLLOWING SUBSYSTEMS: FULL DISC TELESCOPE; TWO POLARISATION MODULATION PACKAGES BASED ON LIQUID CRYSTAL OPTIC RETARDANTS (A QUALIFIED TECHNOLOGY FOR SPACE IN SPAIN, WITHIN AN INDUSTRIAL ACTIVITY OF THE LATTER); THE ENGINEERING OF SYSTEMS AND THE ASSEMBLY AND VERIFICATION OF THE ELECTRONIC UNIT; THE ANALOGIC CONTROL CARD AND COMPONENTS SUCH AS THE DATA ANALYSIS UNIT (THE INVERTER OF THE RADIATIVE TRANSPORT EQUATION); THE ELECTRONICA OF THE IMAGE STABILISATION SYSTEM; THE POWER CONVERTER MODULE; WIRING; DESIGN AND STRUCTURAL AND THERMAL HARDWARE; THE ENGINEERING AND RADIATION ANALYSIS OF THE INSTRUMENT; THE INSTRUMENT SOFTWARE SIMULATOR AND TRANSPORT CONTAINERS TOGETHER WITH THE HOISTING DEVICE OF THE OPTIC UNIT. THERE ARE ALSO OTHER SMALLER CONTRIBUTIONS TO DIFFERENT SUBSYSTEMS, AS WELL AS THE SPANISH SCIENTIFIC PARTICIPATION IN THE DEFINITION OF THE INSTRUMENT AND THE MISSION. THE COORDINATION OF THE CONTRIBUTIONS OF THE VARIOUS SPANISH INSTITUTES IS CENTRALISED IN THE IAA-CSIC. This INSTITUCTION acts as a contact point with the IP INSTITUCTION PROJECT OFFICE, MPS (Gotinga, GERMANY)._x000D_ _x000D_ _x000D_ GREEN MEASURE, SO/PHI BENEFICE OF EXPERIENCE Acquired WITH THE IMAX/SUNRISE INSTRUMENT, CONSTRUTED BY THIS CONSORCY AND THIS WITH EXIT in 2009 AND 2013. THIS SPANISH PARTICIPATION HAS BEEN STRONGLY SUPPORTED BY THE DIFFERENT PHASES OF THE STATE PLAN SINCE 2013 AND HAS BEEN A MILESTONE BOTH SCIENTIFIC AND TECHNOLOGICAL. THE SUCCESS OF SUNRISE’S FIRST TWO FLIGHTS HAS MOTIVATED THE PREPARATION OF A THIRD IN WHICH GERMAN, AMERICAN AND SPANISH PARTNERS JOIN OTHER JAPANESE COLLEAGUES, CONSTITUTING THE PROJECT AS A TRUE GLOBAL SCIENTIFIC ADVENTURE. IN ADDITION TO A COMPLETELY RENOVATED IMAX, THE SPANISH CONSORTIUM HAS BEEN INVITED TO PROVIDE ALL OF THE ESPECTROPOLARIMETRO’S ELECTRONICS AND SOFTWARE WHOSE OPTICA IS JAPANESE AND THE GERMAN DETECTORS. SUCH TECHNOLOGICAL CONTRIBUTION INCREASES THE VISIBILITY OF THE SPANISH SOLAR PHYSICS AND GUARANTEES A HIGH SCIENTIFIC RETURN. (English)
12 October 2021
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Torrejón de Ardoz
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Identifiers
ESP2016-77548-C5-4-R
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