cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5290/2580161
title: Uniaxial tensile test data for P91 n t material at 200 °C (specimen identifier T9-1-50)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580163
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T41-232)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580165
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T41-251)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580167
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T9-1-63)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580172
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T9-1-47)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580173
title: Uniaxial tensile test data for P91 n t material at 300 °C (specimen identifier T41-253)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580177
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T41-237)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.15468/dl.vey662
title: Occurrence Download

description: A dataset containing 1497 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Continent is South America",
 "Country is one of (Brazil, Paraguay, Argentina)",
 "HasCoordinate is true",
 "HasGeospatialIssue is false",
 "TaxonKey is Myracrodruon urundeuva Allemão"
 ]
}

 The dataset includes 1497 records from 118 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0015181-241007104925546/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5290/2580168
title: Uniaxial tensile test data for P91 n t material at 300 °C (specimen identifier T41-261)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580171
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T41-233)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580178
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T9-1-56)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580187
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T6-8-13)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/1000001
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 236 N (specimen identifier E1-3)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.5290/2580182
title: Uniaxial tensile test data for P91 n t material at 350 °C (specimen identifier T41-254)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/2580175
title: Uniaxial tensile test data for P91 n t material at 400 °C (specimen identifier T6-8-32)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/1000003
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 145 N (specimen identifier D2-2)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.5290/2580184
title: Uniaxial tensile test data for P91 n t material at 300 °C (specimen identifier T41-241)

description: The data collection consists of tensile and fracture toughness test data which were performed in the frame of MATTER project (Grant agreement number 269706). Tensile test data includes tests in air, ArH2 and LBE environments at strain rates ranging from 5E-4 to 5E-7 between RT and 400 Celsius. Fracture toughness test data includes reference tests in air with a speed of 0.2 mm/min at 250 Celsius.
DOI: 10.5290/1000005
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 181 N (specimen identifier D2-4)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.5290/1000006
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 230 N (specimen identifier E1-6)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.5290/1000002
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 220 N (specimen identifier D2-1)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.5290/1000008
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 222 N (specimen identifier E1-8)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.5290/1000009
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 217 N (specimen identifier E1-9)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.5290/1000004
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 130 N (specimen identifier D2-3)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.15468/dl.egj86u
title: Occurrence Download

description: A dataset containing 195 species occurrences available in GBIF matching the query:
{
 "TaxonKey" : [
 "is Senecio magellanicus Hook. & Arn."
 ]
}

 The dataset includes 195 records from 20 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0015182-241007104925546/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5290/1000010
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 203 N (specimen identifier E1-10)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.
DOI: 10.5290/1000007
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 230 N (specimen identifier E1-7)

description: After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of the two classes of alloys, in terms of (i) availability, fabricability and fundamental properties, (ii) compatibility with coolants and (iii) response to irradiation, including (iv) an effort to understand the physical reasons for their behaviour under these conditions. In detail, the priorities and objectives GETMAT are: 
 - Improvement and extension of 9-12 Cr F/M steels qualification 
 - ODS alloys development and characterisation 
 - Joining and welding procedures qualification (relevant for both ODS and F/M steels)
 - Development and definition of corrosion protection barriers 
 - Improved modelling and experimental validation.
 
 Our contribution to the project was the mechanical characterisation of a 14 Cr ODS steel and a 9 Cr ODS steel by means of small punch and uniaxial creep as well as low cycle fatigue tests at elevated temperature.