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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): THIS PROJECT WILL STUDY NEW APPLICATIONS OF COMMERCIAL IONIC LIQUIDS AND NEW SYNTHESIS IN TRIBOLOGY, NANOTECHNOLOGY AND SURFACE ENGINEERING. THE INTERACTIONS THAT GIVE RISE TO ORDERED FILMS ADSORBED ON THE SLIDING SURFACES WILL BE CHARACTERISED, WITH THE AIM OF OBTAINING NEW SELF-LUBRICATED MATERIALS, WHICH DO NOT REQUIRE ADDITIONAL LUBRICANT SUPPLY. THE MODIFICATION OF NANOPARTICULATES, CARBON NANOTUBES AND GRAPHENE BY IONIC LIQUIDS WILL RESULT...) |
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THIS PROJECT WILL STUDY NEW APPLICATIONS OF COMMERCIAL IONIC LIQUIDS AND NEW SYNTHESIS IN TRIBOLOGY, NANOTECHNOLOGY AND SURFACE ENGINEERING. THE INTERACTIONS THAT GIVE RISE TO ORDERED FILMS ADSORBED ON THE SLIDING SURFACES WILL BE CHARACTERISED, WITH THE AIM OF OBTAINING NEW SELF-LUBRICATED MATERIALS, WHICH DO NOT REQUIRE ADDITIONAL LUBRICANT SUPPLY. THE MODIFICATION OF NANOPARTICULATES, CARBON NANOTUBES AND GRAPHENE BY IONIC LIQUIDS WILL RESULT IN NEW IONIC NANOFLUIDES. BOTH THE NEW IONIC LIQUIDS AND THE NEW NANOFLUIDS WILL BE STUDIED AS LUBRICANTS AND ADDITIVES OF HIGH PERFORMANCE SYNTHETIC OILS FOR THE REDUCTION OF FRICTION COEFFICIENTS AND WEAR RATES UNDER SEVERE CONDITIONS OF CONTACT PRESSURE, SPEED AND TEMPERATURE. THE NEW LUBRICANTS AND ADDITIVES WILL BE BASED ON HALIDE-FREE IONIC LIQUIDS AND OTHER POLLUTANTS. IN PARTICULAR, NEW PROTICOS IONIC LIQUIDS DERIVED FROM AMMONIUM CATIONS AND CARBOXYLATE ANIONS, AS WELL AS NEW BORATE DERIVATIVES, AMONG OTHERS, WILL BE STUDIED. THE INCORPORATION OF NANOFLUIDS INTO POLYMER MATRIXES MAY LEAD TO NEW NANOCOMPOSITES WITH IMPROVED PROPERTIES, WHICH CAN EVEN LEAD TO THE AUTHORREPARATION OF SURFACE DAMAGE. TO ACHIEVE THIS OBJECTIVE, MATERIALS WITH CONCENTRATION GRADIENTS WILL BE DEVELOPED THROUGH PROCESSES THAT ALLOW THE ADDITIVES TO BE PLACED IN A SURFACE LAYER WITHOUT THE NEED TO MODIFY THE REST OF THE POLYMER. LIKEWISE, THE NEW NANCOMPOSITES CAN BE OBTAINED IN THE FORM OF FILMS AND COATINGS DEPOSITED ON SUBSTRATES OF OTHER MATERIALS. IN THE CASE OF LIGHT ALLOYS SUCH AS MAGNESIUM ALLOYS, IONIC LIQUIDS DERIVED FROM ANIONS SUCH AS PHOSPHONATES THAT CAN GENERATE BIOCOMPATIBLE PROTECTIVE COATINGS BY REACTION BETWEEN THE BASE METAL AND PHOSPHONATE ANIONS SHALL BE USED IN SUCH A WAY AS TO PROTECT THE ALLOY FROM CORROSION, ABRASION OR COMBINED TYPES OF FAILURE. IN ALL CASES, THE CRITERIA FOR SELECTING IONIC LIQUIDS WILL BE ESTABLISHED ACCORDING TO THEIR COMPOSITION, STRUCTURE, MOLECULAR ORGANISATION AND SURFACE ORIENTATION. (English) | |||||||||||||||
| Property / summary: THIS PROJECT WILL STUDY NEW APPLICATIONS OF COMMERCIAL IONIC LIQUIDS AND NEW SYNTHESIS IN TRIBOLOGY, NANOTECHNOLOGY AND SURFACE ENGINEERING. THE INTERACTIONS THAT GIVE RISE TO ORDERED FILMS ADSORBED ON THE SLIDING SURFACES WILL BE CHARACTERISED, WITH THE AIM OF OBTAINING NEW SELF-LUBRICATED MATERIALS, WHICH DO NOT REQUIRE ADDITIONAL LUBRICANT SUPPLY. THE MODIFICATION OF NANOPARTICULATES, CARBON NANOTUBES AND GRAPHENE BY IONIC LIQUIDS WILL RESULT IN NEW IONIC NANOFLUIDES. BOTH THE NEW IONIC LIQUIDS AND THE NEW NANOFLUIDS WILL BE STUDIED AS LUBRICANTS AND ADDITIVES OF HIGH PERFORMANCE SYNTHETIC OILS FOR THE REDUCTION OF FRICTION COEFFICIENTS AND WEAR RATES UNDER SEVERE CONDITIONS OF CONTACT PRESSURE, SPEED AND TEMPERATURE. THE NEW LUBRICANTS AND ADDITIVES WILL BE BASED ON HALIDE-FREE IONIC LIQUIDS AND OTHER POLLUTANTS. IN PARTICULAR, NEW PROTICOS IONIC LIQUIDS DERIVED FROM AMMONIUM CATIONS AND CARBOXYLATE ANIONS, AS WELL AS NEW BORATE DERIVATIVES, AMONG OTHERS, WILL BE STUDIED. THE INCORPORATION OF NANOFLUIDS INTO POLYMER MATRIXES MAY LEAD TO NEW NANOCOMPOSITES WITH IMPROVED PROPERTIES, WHICH CAN EVEN LEAD TO THE AUTHORREPARATION OF SURFACE DAMAGE. TO ACHIEVE THIS OBJECTIVE, MATERIALS WITH CONCENTRATION GRADIENTS WILL BE DEVELOPED THROUGH PROCESSES THAT ALLOW THE ADDITIVES TO BE PLACED IN A SURFACE LAYER WITHOUT THE NEED TO MODIFY THE REST OF THE POLYMER. LIKEWISE, THE NEW NANCOMPOSITES CAN BE OBTAINED IN THE FORM OF FILMS AND COATINGS DEPOSITED ON SUBSTRATES OF OTHER MATERIALS. IN THE CASE OF LIGHT ALLOYS SUCH AS MAGNESIUM ALLOYS, IONIC LIQUIDS DERIVED FROM ANIONS SUCH AS PHOSPHONATES THAT CAN GENERATE BIOCOMPATIBLE PROTECTIVE COATINGS BY REACTION BETWEEN THE BASE METAL AND PHOSPHONATE ANIONS SHALL BE USED IN SUCH A WAY AS TO PROTECT THE ALLOY FROM CORROSION, ABRASION OR COMBINED TYPES OF FAILURE. IN ALL CASES, THE CRITERIA FOR SELECTING IONIC LIQUIDS WILL BE ESTABLISHED ACCORDING TO THEIR COMPOSITION, STRUCTURE, MOLECULAR ORGANISATION AND SURFACE ORIENTATION. (English) / rank | |||||||||||||||
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| Property / summary: THIS PROJECT WILL STUDY NEW APPLICATIONS OF COMMERCIAL IONIC LIQUIDS AND NEW SYNTHESIS IN TRIBOLOGY, NANOTECHNOLOGY AND SURFACE ENGINEERING. THE INTERACTIONS THAT GIVE RISE TO ORDERED FILMS ADSORBED ON THE SLIDING SURFACES WILL BE CHARACTERISED, WITH THE AIM OF OBTAINING NEW SELF-LUBRICATED MATERIALS, WHICH DO NOT REQUIRE ADDITIONAL LUBRICANT SUPPLY. THE MODIFICATION OF NANOPARTICULATES, CARBON NANOTUBES AND GRAPHENE BY IONIC LIQUIDS WILL RESULT IN NEW IONIC NANOFLUIDES. BOTH THE NEW IONIC LIQUIDS AND THE NEW NANOFLUIDS WILL BE STUDIED AS LUBRICANTS AND ADDITIVES OF HIGH PERFORMANCE SYNTHETIC OILS FOR THE REDUCTION OF FRICTION COEFFICIENTS AND WEAR RATES UNDER SEVERE CONDITIONS OF CONTACT PRESSURE, SPEED AND TEMPERATURE. THE NEW LUBRICANTS AND ADDITIVES WILL BE BASED ON HALIDE-FREE IONIC LIQUIDS AND OTHER POLLUTANTS. IN PARTICULAR, NEW PROTICOS IONIC LIQUIDS DERIVED FROM AMMONIUM CATIONS AND CARBOXYLATE ANIONS, AS WELL AS NEW BORATE DERIVATIVES, AMONG OTHERS, WILL BE STUDIED. THE INCORPORATION OF NANOFLUIDS INTO POLYMER MATRIXES MAY LEAD TO NEW NANOCOMPOSITES WITH IMPROVED PROPERTIES, WHICH CAN EVEN LEAD TO THE AUTHORREPARATION OF SURFACE DAMAGE. TO ACHIEVE THIS OBJECTIVE, MATERIALS WITH CONCENTRATION GRADIENTS WILL BE DEVELOPED THROUGH PROCESSES THAT ALLOW THE ADDITIVES TO BE PLACED IN A SURFACE LAYER WITHOUT THE NEED TO MODIFY THE REST OF THE POLYMER. LIKEWISE, THE NEW NANCOMPOSITES CAN BE OBTAINED IN THE FORM OF FILMS AND COATINGS DEPOSITED ON SUBSTRATES OF OTHER MATERIALS. IN THE CASE OF LIGHT ALLOYS SUCH AS MAGNESIUM ALLOYS, IONIC LIQUIDS DERIVED FROM ANIONS SUCH AS PHOSPHONATES THAT CAN GENERATE BIOCOMPATIBLE PROTECTIVE COATINGS BY REACTION BETWEEN THE BASE METAL AND PHOSPHONATE ANIONS SHALL BE USED IN SUCH A WAY AS TO PROTECT THE ALLOY FROM CORROSION, ABRASION OR COMBINED TYPES OF FAILURE. IN ALL CASES, THE CRITERIA FOR SELECTING IONIC LIQUIDS WILL BE ESTABLISHED ACCORDING TO THEIR COMPOSITION, STRUCTURE, MOLECULAR ORGANISATION AND SURFACE ORIENTATION. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 13:33, 12 October 2021
Project Q3141410 in Spain
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3141410 in Spain |
Statements
77,440.0 Euro
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96,800.0 Euro
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80.0 percent
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1 January 2015
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31 December 2017
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UNIVERSIDAD POLITECNICA DE CARTAGENA
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37°36'6.98"N, 0°59'2.83"W
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30016
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EN ESTE PROYECTO SE ESTUDIARAN NUEVAS APLICACIONES DE LIQUIDOS IONICOS COMERCIALES Y DE NUEVA SINTESIS EN TRIBOLOGIA, NANOTECNOLOGIA E INGENIERIA DE SUPERFICIES. SE CARACTERIZARAN LAS INTERACCIONES QUE DAN LUGAR A PELICULAS ORDENADAS ADSORBIDAS SOBRE LAS SUPERFICIES EN DESLIZAMIENTO, CON EL OBJETIVO DE OBTENER NUEVOS MATERIALES AUTOLUBRICADOS, QUE NO PRECISEN SUMINISTRO DE LUBRICANTE ADICIONAL. LA MODIFICACION DE NANOPARTICULAS, NANOTUBOS DE CARBONO Y GRAFENO POR LIQUIDOS IONICOS DARA LUGAR A NUEVOS NANOFLUIDOS IONICOS. TANTO LOS NUEVOS LIQUIDOS IONICOS COMO LOS NUEVOS NANOFLUIDOS SE ESTUDIARAN COMO LUBRICANTES Y ADITIVOS DE ACEITES SINTETICOS DE ALTAS PRESTACIONES PARA LA REDUCCION DE LOS COEFICIENTES DE FRICCION Y DE LAS TASAS DE DESGASTE EN CONDICIONES SEVERAS DE PRESION DE CONTACTO, VELOCIDAD Y TEMPERATURA. LOS NUEVOS LUBRICANTES Y ADITIVOS ESTARAN BASADOS EN LIQUIDOS IONICOS LIBRES DE HALUROS Y OTROS ELEMENTOS CONTAMINANTES. EN PARTICULAR SE ESTUDIARAN NUEVOS LIQUIDOS IONICOS PROTICOS DERIVADOS DE CATIONES AMONIO Y ANIONES CARBOXILATO, ASI COMO NUEVOS DERIVADOS DE BORATOS, ENTRE OTROS. LA INCORPORACION DE LOS NANOFLUIDOS A MATRICES DE POLIMEROS PODRA DAR LUGAR A NUEVOS NANOCOMPOSITES CON PROPIEDADES MEJORADAS, QUE PUEDAN LLEVAR INCLUSO A LA AUTORREPARACION DEL DAÑO SUPERFICIAL. PARA CONSEGUIR ESTE OBJETIVO SE DESARROLLARAN MATERIALES CON GRADIENTES DE CONCENTRACION MEDIANTE PROCESOS QUE PERMITAN SITUAR LOS ADITIVOS EN UNA CAPA SUPERFICIAL SIN NECESIDAD DE MODIFICAR EL RESTO DEL POLIMERO. ASI MISMO, SE PODRAN OBTENER LOS NUEVOS NANCOMPOSITES EN FORMA DE FILMS Y DE RECUBRIMIENTOS DEPOSITADOS SOBRE SUSTRATOS DE OTROS MATERIALES. EN EL CASO DE ALEACIONES LIGERAS COMO LAS DE MAGNESIO, SE UTILIZARAN LIQUIDOS IONICOS DERIVADOS DE ANIONES COMO LOS FOSFONATOS QUE PUEDAN GENERAR RECUBRIMIENTOS PROTECTORES BIOCOMPATIBLES POR REACCION ENTRE EL METAL BASE Y LOS ANIONES FOSFONATO, DE MANERA QUE PROTEJAN A LA ALEACION DE LA CORROSION, LA ABRASION O TIPOS COMBINADOS DE FALLO. EN TODOS LOS CASOS, SE ESTABLECERAN LOS CRITERIOS DE SELECCION DE LOS LIQUIDOS IONICOS EN FUNCION DE SU COMPOSICION, ESTRUCTURA, ORGANIZACION MOLECULAR Y ORIENTACION SOBRE LAS SUPERFICIES. (Spanish)
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THIS PROJECT WILL STUDY NEW APPLICATIONS OF COMMERCIAL IONIC LIQUIDS AND NEW SYNTHESIS IN TRIBOLOGY, NANOTECHNOLOGY AND SURFACE ENGINEERING. THE INTERACTIONS THAT GIVE RISE TO ORDERED FILMS ADSORBED ON THE SLIDING SURFACES WILL BE CHARACTERISED, WITH THE AIM OF OBTAINING NEW SELF-LUBRICATED MATERIALS, WHICH DO NOT REQUIRE ADDITIONAL LUBRICANT SUPPLY. THE MODIFICATION OF NANOPARTICULATES, CARBON NANOTUBES AND GRAPHENE BY IONIC LIQUIDS WILL RESULT IN NEW IONIC NANOFLUIDES. BOTH THE NEW IONIC LIQUIDS AND THE NEW NANOFLUIDS WILL BE STUDIED AS LUBRICANTS AND ADDITIVES OF HIGH PERFORMANCE SYNTHETIC OILS FOR THE REDUCTION OF FRICTION COEFFICIENTS AND WEAR RATES UNDER SEVERE CONDITIONS OF CONTACT PRESSURE, SPEED AND TEMPERATURE. THE NEW LUBRICANTS AND ADDITIVES WILL BE BASED ON HALIDE-FREE IONIC LIQUIDS AND OTHER POLLUTANTS. IN PARTICULAR, NEW PROTICOS IONIC LIQUIDS DERIVED FROM AMMONIUM CATIONS AND CARBOXYLATE ANIONS, AS WELL AS NEW BORATE DERIVATIVES, AMONG OTHERS, WILL BE STUDIED. THE INCORPORATION OF NANOFLUIDS INTO POLYMER MATRIXES MAY LEAD TO NEW NANOCOMPOSITES WITH IMPROVED PROPERTIES, WHICH CAN EVEN LEAD TO THE AUTHORREPARATION OF SURFACE DAMAGE. TO ACHIEVE THIS OBJECTIVE, MATERIALS WITH CONCENTRATION GRADIENTS WILL BE DEVELOPED THROUGH PROCESSES THAT ALLOW THE ADDITIVES TO BE PLACED IN A SURFACE LAYER WITHOUT THE NEED TO MODIFY THE REST OF THE POLYMER. LIKEWISE, THE NEW NANCOMPOSITES CAN BE OBTAINED IN THE FORM OF FILMS AND COATINGS DEPOSITED ON SUBSTRATES OF OTHER MATERIALS. IN THE CASE OF LIGHT ALLOYS SUCH AS MAGNESIUM ALLOYS, IONIC LIQUIDS DERIVED FROM ANIONS SUCH AS PHOSPHONATES THAT CAN GENERATE BIOCOMPATIBLE PROTECTIVE COATINGS BY REACTION BETWEEN THE BASE METAL AND PHOSPHONATE ANIONS SHALL BE USED IN SUCH A WAY AS TO PROTECT THE ALLOY FROM CORROSION, ABRASION OR COMBINED TYPES OF FAILURE. IN ALL CASES, THE CRITERIA FOR SELECTING IONIC LIQUIDS WILL BE ESTABLISHED ACCORDING TO THEIR COMPOSITION, STRUCTURE, MOLECULAR ORGANISATION AND SURFACE ORIENTATION. (English)
12 October 2021
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Cartagena
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Identifiers
MAT2014-55384-P
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