cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5290/1000012
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 194 N (specimen identifier E2-2)

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: 10.5290/1000013
title: Uniaxial creep test data for 14 Cr 1 W ods material at 650 °C and a stress of 250 MPa (specimen identifier A2)

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: 10.5290/1000014
title: Uniaxial creep test data for 14 Cr 1 W ods material at 650 °C and a stress of 240 MPa (specimen identifier C2)

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: 10.5290/1000015
title: Uniaxial creep test data for 14 Cr 1 W ods material at 650 °C and a stress of 230 MPa (specimen identifier A3)

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: 10.5290/1000016
title: Uniaxial creep test data for 14 Cr 1 W ods material at 650 °C and a stress of 200 MPa (specimen identifier D1)

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: 10.5290/1000011
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 181 N (specimen identifier E2-1)

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: 10.5290/1000017
title: Uniaxial creep test data for 14 Cr 1 W ods material at 650 °C and a stress of 220 MPa (specimen identifier B2)

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: 10.5290/1000019
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 136 N (specimen identifier D2-5)

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: 10.5290/1000020
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 145 N (specimen identifier D2-6)

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: 10.15468/dl.47gdmt
title: Occurrence Download

description: A dataset containing 16336 species occurrences available in GBIF matching the query:
{
 "DatasetKey" : [
 "is Tree Species Occurrence in Miombo Woodland of Tanzania."
 ]
}

 The dataset includes 16336 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0015183-241007104925546/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5290/1000022
title: Low cycle fatigue - strain control test data for 14 Cr 1 W ods material at 750 °C (specimen identifier A7)

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: 10.5290/1000021
title: Low cycle fatigue - strain control test data for 14 Cr 1 W ods material at 650 °C (specimen identifier A4)

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: 10.5290/1000024
title: Low cycle fatigue - strain control test data for 14 Cr 1 W ods material at 750 °C (specimen identifier B6)

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: 10.5290/1000018
title: Small punch creep test data for 14 Cr 1 W ods material at 650 °C and a load of 189 N (specimen identifier E2-3)

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: 10.5290/1000025
title: Low cycle fatigue - strain control test data for 14 Cr 1 W ods material at 750 °C (specimen identifier C3)

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: 10.5290/1000023
title: Low cycle fatigue - strain control test data for 14 Cr 1 W ods material at 750 °C (specimen identifier B3)

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.