NSTL国家科技图书文献中心

1. Effect of irradiation with varying H/He ratio on defect clusters and hardening in CLAM steel NSTL国家科技图书文献中心

Yin, Zepeng | Guo, Liping ... - 《Journal of Alloys and Compounds》 - 2025,1016 - 178935～ - 共8页

摘要： on China Low Activation Martensitic (CLAM) steel, a | High energy neutron irradiation in fusion | reactors compared to fission reactors necessitates more | attention to the effects of hydrogen (H) and helium (He | ) generated by transmutation on structural materials. Due to

关键词： H -He synergistic effect | H/He ratio | Dislocation loops | Irradiation hardening | CLAM steel

2. Microstructure and mechanical properties of FeMnNiCrV high entropy alloy under ion irradiation NSTL国家科技图书文献中心

Wang, S. | Liu, P. P.... - 《Journal of Alloys and Compounds》 - 2025,1032 - 181157～ - 共11页

摘要： FeMnNiCr alloy, CLAM* steel and Fe9Cr model alloy. The* | A compositionally-complex but structurally | -simple FeMnNiCrV high-entropy alloy were developed by | incorporating the low-activation V element based on the Co | -free FeMnNiCr alloy. The mechanical properties and

关键词： High-entropy alloy | Nano-hardness | Dislocation loops | Stacking fault | V segregation

3. Advanced machine learning analysis of radiation hardening in reduced-activation ferritic/martensitic steels NSTL国家科技图书文献中心

Wang, Pengxin | Tao, Qing ... - 《Computational Materials Science》 - 2025,251 - 共11页

摘要： decades (1985 to 2024) and covering various steel* series* | CLAM, was extensively analysed. Multiple models | , softening the steel. The hardening response to radiation | This study uses advanced machine learning | models to investigate the radiation hardening behaviour

关键词： Reduced activation ferritic martensitic (RAFM) steels | Radiation hardening | Machine learning | GBDT | XGBoost | Random forest | Artificial neural network

4. (178746)High-temperature mechanical properties and radiation resistance properties of reduced-activation high-entropy alloys FeMnCrTi_(0.1) NSTL国家科技图书文献中心

Hao Yang | Zhengkui Zeng ... - 《Journal of Alloys and Compounds》 - 2025,1014 - 1～13 - 共13页

摘要： CLAM (China Low Activation Martensitic) steel under | Structural materials for fusion reactors need | exhibit both high radiation resistance and high | -temperature mechanical properties, while also meeting low | activation requirements due to nuclear waste management

关键词： Hydrogen ion irradiation | High-temperature mechanical properties | Reduced-activation high-entropy alloy | Bubbles | Irradiation hardening

5. Influence of thermomechanical treatment on mechanical properties of CLAM steel NSTL国家科技图书文献中心

Yin S. | Ye S.... - 《Fusion engineering and design》 - 2024,202(May) - 1.1～1.13 - 共13页

摘要： tempered CLAM* steel (N + T CLAM steel) revealed notable | CLAM steel* exhibited similarities to other RAFM | Eurofer 97 steel and F82H steel. TMT CLAM steel | N+T CLAM* steel. Moreover, under the same* | steel was 54 times longer than that of N+T CLAM steel.

关键词： CLAM steel | Creep property | Impact performance | Tensile properties | Thermomechanical processing

6. Evolution of microstructure and changes in hydrogen embrittlement resistance of CLAM steel after long-term aging NSTL国家科技图书文献中心

Gu Y. | Zhao H.... - 《Corrosion Science: The Journal on Environmental Degradation of Materials and its Control》 - 2024,232(May) - 1.1～1.12 - 共12页 - 被引量：1

摘要： Low Activation Martensitic (CLAM) steel* during* | thermal aging, CLAM* steels were aged at 550 °C and 600* | ? 2024 Elsevier LtdTo investigate the changes | in hydrogen embrittlement (HE) resistance of China | °C up to 5000 h. The evolution of microstructure

关键词： CLAM steel | Hydrogen embrittlement | Precipitates | Semi-coherent interface | Thermal aging

7. Effect of pre-precipitation thermomechanical treatment on precipitation behavior of CLAM steel NSTL国家科技图书文献中心

Yu J. | Zhao F.... - 《Journal of Nuclear Materials: Materials Aspects of Fission and Fusion》 - 2024,598 - 共5页 - 被引量：2

摘要： improving the high temperature performance of CLAM steel | © 2024China Low Activation Martensitic steel | (CLAM) is a cladding material used in thermonuclear | fusion reactors. Its high temperature performance is | closely related to precipitation strengthening. The MX

关键词： CLAM steel | Dislocation density | Lath size | M23C6 | MX | Thermomechanical treatment

8. (113848)Evolution of interfacial microstructure and oxides of CLAM steel by hot compression bonding NSTL国家科技图书文献中心

Bai Y. | Wang J.... - 《Materials Characterization》 - 2024,210 - 1～12 - 共12页 - 被引量：1

摘要： martensitic (CLAM) steel* as the structural material for* | compression bonding (HCB) for CLAM* steel was carried out* | The development of the joining process is | essential for the application of China low activation | fusion reactors. In the present study, the hot

关键词： CLAM steel | Holding time | Hot compression bonding | Interfacial grain boundary | Interfacial oxide

9. Mechanism analysis of grain refinement caused by deformation and the improvement of strength and ductility of CLAM steel NSTL国家科技图书文献中心

Li P. | Li Y.... - 《Journal of Nuclear Materials: Materials Aspects of Fission and Fusion》 - 2024,599 - 共5页

摘要： martensitic (CLAM) steel* under extreme loading conditions* | the CLAM* steel shows an apparent positive strain* | of CLAM* steel first decreases (300–673 K) and then* | dynamic conditions, the elongation of the CLAM* steel is* | the recrystallization process of the CLAM* steel. In*

关键词： CLAM steel | Dynamic loading | Grain refinement | High temperatures | Positive strain rate effect of elongation

10. Exceptional tensile ductility and strength of a BCC structure CLAM steel with lamellar grains at 77 kelvin NSTL国家科技图书文献中心

Zhou, Jinhua | Wang, Jing ... - 《International Journal of Plasticity》 - 2024,183 - 共19页

摘要： activation martensitic steel* (CLAM) steel with lamellar* | grained CLAM* steel exhibits an excellent synergy of* | ductility in the steel* with decrease in temperature* | the lamellar grained steel* can be attributed to an* | necking area of the steel, thereby compensating for the

摘要： on China Low Activation Martensitic (CLAM) steel, a | High energy neutron irradiation in fusion | reactors compared to fission reactors necessitates more | attention to the effects of hydrogen (H) and helium (He | ) generated by transmutation on structural materials. Due to

关键词： H -He synergistic effect | H/He ratio | Dislocation loops | Irradiation hardening | CLAM steel

摘要： FeMnNiCr alloy, CLAM* steel and Fe9Cr model alloy. The* | A compositionally-complex but structurally | -simple FeMnNiCrV high-entropy alloy were developed by | incorporating the low-activation V element based on the Co | -free FeMnNiCr alloy. The mechanical properties and

关键词： High-entropy alloy | Nano-hardness | Dislocation loops | Stacking fault | V segregation

摘要： decades (1985 to 2024) and covering various steel* series* | CLAM, was extensively analysed. Multiple models | , softening the steel. The hardening response to radiation | This study uses advanced machine learning | models to investigate the radiation hardening behaviour

关键词： Reduced activation ferritic martensitic (RAFM) steels | Radiation hardening | Machine learning | GBDT | XGBoost | Random forest | Artificial neural network

摘要： CLAM (China Low Activation Martensitic) steel under | Structural materials for fusion reactors need | exhibit both high radiation resistance and high | -temperature mechanical properties, while also meeting low | activation requirements due to nuclear waste management

关键词： Hydrogen ion irradiation | High-temperature mechanical properties | Reduced-activation high-entropy alloy | Bubbles | Irradiation hardening

摘要： tempered CLAM* steel (N + T CLAM steel) revealed notable | CLAM steel* exhibited similarities to other RAFM | Eurofer 97 steel and F82H steel. TMT CLAM steel | N+T CLAM* steel. Moreover, under the same* | steel was 54 times longer than that of N+T CLAM steel.

关键词： CLAM steel | Creep property | Impact performance | Tensile properties | Thermomechanical processing

摘要： Low Activation Martensitic (CLAM) steel* during* | thermal aging, CLAM* steels were aged at 550 °C and 600* | ? 2024 Elsevier LtdTo investigate the changes | in hydrogen embrittlement (HE) resistance of China | °C up to 5000 h. The evolution of microstructure

关键词： CLAM steel | Hydrogen embrittlement | Precipitates | Semi-coherent interface | Thermal aging

摘要： improving the high temperature performance of CLAM steel | © 2024China Low Activation Martensitic steel | (CLAM) is a cladding material used in thermonuclear | fusion reactors. Its high temperature performance is | closely related to precipitation strengthening. The MX

关键词： CLAM steel | Dislocation density | Lath size | M23C6 | MX | Thermomechanical treatment

摘要： martensitic (CLAM) steel* as the structural material for* | compression bonding (HCB) for CLAM* steel was carried out* | The development of the joining process is | essential for the application of China low activation | fusion reactors. In the present study, the hot

关键词： CLAM steel | Holding time | Hot compression bonding | Interfacial grain boundary | Interfacial oxide

摘要： martensitic (CLAM) steel* under extreme loading conditions* | the CLAM* steel shows an apparent positive strain* | of CLAM* steel first decreases (300–673 K) and then* | dynamic conditions, the elongation of the CLAM* steel is* | the recrystallization process of the CLAM* steel. In*

关键词： CLAM steel | Dynamic loading | Grain refinement | High temperatures | Positive strain rate effect of elongation

摘要： activation martensitic steel* (CLAM) steel with lamellar* | grained CLAM* steel exhibits an excellent synergy of* | ductility in the steel* with decrease in temperature* | the lamellar grained steel* can be attributed to an* | necking area of the steel, thereby compensating for the

关键词： CLAM steel | lamellar grains | Layered tearing cracks | Necking area | Low-temperature tensile ductility

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： on China Low Activation Martensitic (CLAM) steel, a | High energy neutron irradiation in fusion | reactors compared to fission reactors necessitates more | attention to the effects of hydrogen (H) and helium (He | ) generated by transmutation on structural materials. Due to

关键词： H -He synergistic effect | H/He ratio | Dislocation loops | Irradiation hardening | CLAM steel

摘要： FeMnNiCr alloy, CLAM steel and Fe9Cr model alloy. The | A compositionally-complex but structurally | -simple FeMnNiCrV high-entropy alloy were developed by | incorporating the low-activation V element based on the Co | -free FeMnNiCr alloy. The mechanical properties and

关键词： High-entropy alloy | Nano-hardness | Dislocation loops | Stacking fault | V segregation

摘要： decades (1985 to 2024) and covering various steel series | CLAM, was extensively analysed. Multiple models | , softening the steel. The hardening response to radiation | This study uses advanced machine learning | models to investigate the radiation hardening behaviour

关键词： Reduced activation ferritic martensitic (RAFM) steels | Radiation hardening | Machine learning | GBDT | XGBoost | Random forest | Artificial neural network

摘要： CLAM (China Low Activation Martensitic) steel under | Structural materials for fusion reactors need | exhibit both high radiation resistance and high | -temperature mechanical properties, while also meeting low | activation requirements due to nuclear waste management

关键词： Hydrogen ion irradiation | High-temperature mechanical properties | Reduced-activation high-entropy alloy | Bubbles | Irradiation hardening

摘要： tempered CLAM steel (N + T CLAM steel) revealed notable | CLAM steel exhibited similarities to other RAFM | Eurofer 97 steel and F82H steel. TMT CLAM steel | N+T CLAM steel. Moreover, under the same | steel was 54 times longer than that of N+T CLAM steel.

关键词： CLAM steel | Creep property | Impact performance | Tensile properties | Thermomechanical processing

摘要： Low Activation Martensitic (CLAM) steel during | thermal aging, CLAM steels were aged at 550 °C and 600 | ? 2024 Elsevier LtdTo investigate the changes | in hydrogen embrittlement (HE) resistance of China | °C up to 5000 h. The evolution of microstructure

关键词： CLAM steel | Hydrogen embrittlement | Precipitates | Semi-coherent interface | Thermal aging

摘要： improving the high temperature performance of CLAM steel | © 2024China Low Activation Martensitic steel | (CLAM) is a cladding material used in thermonuclear | fusion reactors. Its high temperature performance is | closely related to precipitation strengthening. The MX

关键词： CLAM steel | Dislocation density | Lath size | M23C6 | MX | Thermomechanical treatment

摘要： martensitic (CLAM) steel as the structural material for | compression bonding (HCB) for CLAM steel was carried out | The development of the joining process is | essential for the application of China low activation | fusion reactors. In the present study, the hot

关键词： CLAM steel | Holding time | Hot compression bonding | Interfacial grain boundary | Interfacial oxide

摘要： martensitic (CLAM) steel under extreme loading conditions | the CLAM steel shows an apparent positive strain | of CLAM steel first decreases (300–673 K) and then | dynamic conditions, the elongation of the CLAM steel is | the recrystallization process of the CLAM steel. In

关键词： CLAM steel | Dynamic loading | Grain refinement | High temperatures | Positive strain rate effect of elongation

摘要： activation martensitic steel (CLAM) steel with lamellar | grained CLAM steel exhibits an excellent synergy of | ductility in the steel with decrease in temperature | the lamellar grained steel can be attributed to an | necking area of the steel, thereby compensating for the

关键词： CLAM steel | lamellar grains | Layered tearing cracks | Necking area | Low-temperature tensile ductility

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： FeMnNiCr alloy, CLAM* steel and Fe9Cr model alloy. The* | A compositionally-complex but structurally | -simple FeMnNiCrV high-entropy alloy were developed by | incorporating the low-activation V element based on the Co | -free FeMnNiCr alloy. The mechanical properties and

摘要： decades (1985 to 2024) and covering various steel* series* | CLAM, was extensively analysed. Multiple models | , softening the steel. The hardening response to radiation | This study uses advanced machine learning | models to investigate the radiation hardening behaviour

摘要： tempered CLAM* steel (N + T CLAM steel) revealed notable | CLAM steel* exhibited similarities to other RAFM | Eurofer 97 steel and F82H steel. TMT CLAM steel | N+T CLAM* steel. Moreover, under the same* | steel was 54 times longer than that of N+T CLAM steel.

摘要： Low Activation Martensitic (CLAM) steel* during* | thermal aging, CLAM* steels were aged at 550 °C and 600* | ? 2024 Elsevier LtdTo investigate the changes | in hydrogen embrittlement (HE) resistance of China | °C up to 5000 h. The evolution of microstructure

摘要： martensitic (CLAM) steel* as the structural material for* | compression bonding (HCB) for CLAM* steel was carried out* | The development of the joining process is | essential for the application of China low activation | fusion reactors. In the present study, the hot

摘要： martensitic (CLAM) steel* under extreme loading conditions* | the CLAM* steel shows an apparent positive strain* | of CLAM* steel first decreases (300–673 K) and then* | dynamic conditions, the elongation of the CLAM* steel is* | the recrystallization process of the CLAM* steel. In*

摘要： activation martensitic steel* (CLAM) steel with lamellar* | grained CLAM* steel exhibits an excellent synergy of* | ductility in the steel* with decrease in temperature* | the lamellar grained steel* can be attributed to an* | necking area of the steel, thereby compensating for the