NSTL国家科技图书文献中心

1. Joule heating enables ultra-fast SiC ceramics joining in seconds NSTL国家科技图书文献中心

Xu, Jie | Zhou, Xiaobing ... - 《Scripta materialia》 - 2025,264 - 116721～ - 共6页

摘要： joining of SiC* ceramics. Utilizing the resistance* | Silicon Carbide (SiC) ceramic is a critical challenge | robust SiC* joints in just 23 s without external* | , facilitated the creation of strong SiC* joints within seconds* | -conductive ceramics* effectively.*

关键词： SiC ceramics | Joining | Joule heating | Interface reaction | Aluminum

2. Effect of SiO 2 /AlOOH double-coated SiC powders on the properties of SiC ceramics by vat photopolymerization NSTL国家科技图书文献中心

Shi, Zhang-Ao | Wu, Jia-Min ... - 《Journal of the European Ceramic Society》 - 2025,45(2) - 116933～ - 共12页

摘要：-strength, precise, and complex SiC* ceramics. However, the* | of the resulting SiC* ceramics remain significant* | mechanical properties of SiC* ceramics was examined. The* | 1:8:1) sintering additives, SiC* ceramics were* | poor printability of SiC* powders and the low strength*

关键词： Vat photopolymerization | SiC ceramics | Double-coating | Sintering additives | Flexural strength

3. A combined stereolithography and a pressureless sintering method to prepare SiC ceramics NSTL国家科技图书文献中心

Lijun Xiong | Yanjiao Wu ... - 《CERAMICS INTERNATIONAL》 - 2025,51(2) - 2701～2707 - 共7页

摘要： prepare SiC* ceramics via stereolithography combined with* | -performance silicon carbide ceramics. However, its strong | study, submicron SiC* particles, photosensitive resin* | on the curing properties of submicron SiC* ceramic* | curing thickness of the SiC* ceramic slurry signifcantly*

关键词： Stereolithography | SiC ceramics | Submicron SiC particles | Pressureless sintering

4. Different influence mechanisms of RE_2O_3 (RE= La, Y, Er, Lu) on the oxidation behavior of RMI-SiC ceramics in air and O_2/H_2O atmospheres NSTL国家科技图书文献中心

Jun-Min Zhang | Xiao-Wu Chen ... - 《CERAMICS INTERNATIONAL》 - 2025,51(14) - 19102～19111 - 共10页

摘要： the oxidation behavior of RMI-SiC* ceramics in air* | oxidation resistance of SiC-RE ceramics* in air, but* | improves the wet-oxidation resistance of SiC-RE ceramics | -oxidation resistance of RMI-SiCf/SiC* composites, although* | The effect of RE_2O_3 (RE = La, Y, Er, Lu) on

关键词： RE_2O_3 | SiC ceramics | Modified component | Wet-oxidation resistance

5. Electromagnetic wave absorption properties and microstructural evolution of TiC-modified polymer-derived SiC ceramics NSTL国家科技图书文献中心

Yang Yang | Siyu Huang ... - 《CERAMICS INTERNATIONAL》 - 2025,51(12 Pt.A) - 15745～15755 - 共11页

摘要： a SiC/TiC ceramic with superior electromagnetic | ceramics (PDCs) method. In this process, phenolic resin | electromagnetic wave was absorbed by the SiC/TiC ceramic | In order to mitigate the adverse effects of | electromagnetic pollution, there is an increasing demand for

关键词： Wave-absorbing ceramic materials electromagnetic absorption properties | Minimum reflection loss | SiC/TiC ceramics | PDCs

6. An aqueous-based carbon black binder and post-treatment for enhanced binder jetting of SiC ceramics NSTL国家科技图书文献中心

Feng, Kunhao | Sun, Jiangtao ... - 《Journal of the European Ceramic Society》 - 2025,45(5) - 117111～ - 共12页 - 被引量：2

摘要： potential for fabricating complex silicon carbide (SiC | ) ceramics, but the lack of specialized binders and post | -SiC* composites via binder jetting (BJ), followed by* | behavior on SiC* powder, demonstrating superior* | . Additionally, the SiC/C preform treated with carbon

关键词： Additive manufacturing | Silicon carbide | Binder jetting | Carbon black binder | Mechanical performance

7. Fabrication of SiC_w reinforced SiC ceramics by binder jetting combined with particulate pyrolytic carbon (PyC) encapsulated SiC_w modification method NSTL国家科技图书文献中心

Chen Mao | Jia-Min Wu ... - 《CERAMICS INTERNATIONAL》 - 2025,51(12 Pt.A) - 15792～15801 - 共10页

摘要：The mechanical properties of SiC ceramics | ceramics. However, directly adding SiC_w to SiC powder | reinforced SiC* ceramics, a particulate pyrolytic carbon* | way to improve the mechanical properties of SiC | process, the flowability of the SiC_w/SiC* composite*

关键词： Binder jetting | Pyrolytic carbon (PyC) | SiC whicker (SiC_w) | Mechanical properties

8. HfB 2 -SiC ceramics fabricated by reactive melt infiltration and its long-term oxidation behavior at 1650°C NSTL国家科技图书文献中心

Lv, Yunlei | Liu, Yongsheng ... - 《Journal of the European Ceramic Society》 - 2025,45(4) - 117074～ - 共9页

摘要：High-density HfB2-SiC* ceramics were prepared* | behavior of HfB2-SiC* ceramics in air was investigated at* | low temperature (1500 degrees C). The ceramics* had* | gain rates of ceramics* varied within the range of* | scale structure after HfB2-SiC* oxidation, which was*

关键词： Long-term oxidation behavior | Reactive melt infiltration | HfB2-SiC

9. Microstructure and mechanical properties of SiC ceramics and Kovar alloy joints brazed with AgCuInTi and AgCuInTi plus B composite fillers NSTL国家科技图书文献中心

Wang, Ying | Yong, Zhen ... - 《Materials Characterization》 - 2025,221 - 114742～ - 共13页

摘要： between SiC* ceramics and Kovar alloys. The effects of B* | examined. Reliable brazing of the SiC* ceramic and Kovar* | microstructure of the obtained brazed joint was as follows: SiC | Active braze alloy AgCuInTi and AgCuInTi-B | composite fillers were used to fabricate brazed joints

关键词： Active metal brazing | SiC ceramic | Kovar alloy | Composite filler

10. Effect of lanthanum on the structure, properties and high-temperature oxidation patterns of the (Hf,Ta)B2-SiC ceramics NSTL国家科技图书文献中心

Astapov, A. N. | Potanin, A. Yu.... - 《Journal of the European Ceramic Society》 - 2025,45(3) - 117044～ - 共13页

摘要： mechanism of oxidation (at 1650 degrees C) of the ceramics | based on the (Hf0.8Ta0.2)B2, beta- SiC* and LaF3 (0 and* | properties of the ceramics* were determined. The effect of* | HfSiO4 phase, etc. Doping the ceramics* with lanthanum* | This paper focuses on the kinetics and the

摘要： joining of SiC* ceramics. Utilizing the resistance* | Silicon Carbide (SiC) ceramic is a critical challenge | robust SiC* joints in just 23 s without external* | , facilitated the creation of strong SiC* joints within seconds* | -conductive ceramics* effectively.*

关键词： SiC ceramics | Joining | Joule heating | Interface reaction | Aluminum

摘要：-strength, precise, and complex SiC* ceramics. However, the* | of the resulting SiC* ceramics remain significant* | mechanical properties of SiC* ceramics was examined. The* | 1:8:1) sintering additives, SiC* ceramics were* | poor printability of SiC* powders and the low strength*

关键词： Vat photopolymerization | SiC ceramics | Double-coating | Sintering additives | Flexural strength

摘要： prepare SiC* ceramics via stereolithography combined with* | -performance silicon carbide ceramics. However, its strong | study, submicron SiC* particles, photosensitive resin* | on the curing properties of submicron SiC* ceramic* | curing thickness of the SiC* ceramic slurry signifcantly*

关键词： Stereolithography | SiC ceramics | Submicron SiC particles | Pressureless sintering

摘要： the oxidation behavior of RMI-SiC* ceramics in air* | oxidation resistance of SiC-RE ceramics* in air, but* | improves the wet-oxidation resistance of SiC-RE ceramics | -oxidation resistance of RMI-SiCf/SiC* composites, although* | The effect of RE_2O_3 (RE = La, Y, Er, Lu) on

关键词： RE_2O_3 | SiC ceramics | Modified component | Wet-oxidation resistance

摘要： a SiC/TiC ceramic with superior electromagnetic | ceramics (PDCs) method. In this process, phenolic resin | electromagnetic wave was absorbed by the SiC/TiC ceramic | In order to mitigate the adverse effects of | electromagnetic pollution, there is an increasing demand for

关键词： Wave-absorbing ceramic materials electromagnetic absorption properties | Minimum reflection loss | SiC/TiC ceramics | PDCs

摘要： potential for fabricating complex silicon carbide (SiC | ) ceramics, but the lack of specialized binders and post | -SiC* composites via binder jetting (BJ), followed by* | behavior on SiC* powder, demonstrating superior* | . Additionally, the SiC/C preform treated with carbon

关键词： Additive manufacturing | Silicon carbide | Binder jetting | Carbon black binder | Mechanical performance

摘要：The mechanical properties of SiC ceramics | ceramics. However, directly adding SiC_w to SiC powder | reinforced SiC* ceramics, a particulate pyrolytic carbon* | way to improve the mechanical properties of SiC | process, the flowability of the SiC_w/SiC* composite*

关键词： Binder jetting | Pyrolytic carbon (PyC) | SiC whicker (SiC_w) | Mechanical properties

摘要：High-density HfB2-SiC* ceramics were prepared* | behavior of HfB2-SiC* ceramics in air was investigated at* | low temperature (1500 degrees C). The ceramics* had* | gain rates of ceramics* varied within the range of* | scale structure after HfB2-SiC* oxidation, which was*

关键词： Long-term oxidation behavior | Reactive melt infiltration | HfB2-SiC

摘要： between SiC* ceramics and Kovar alloys. The effects of B* | examined. Reliable brazing of the SiC* ceramic and Kovar* | microstructure of the obtained brazed joint was as follows: SiC | Active braze alloy AgCuInTi and AgCuInTi-B | composite fillers were used to fabricate brazed joints

关键词： Active metal brazing | SiC ceramic | Kovar alloy | Composite filler

摘要： mechanism of oxidation (at 1650 degrees C) of the ceramics | based on the (Hf0.8Ta0.2)B2, beta- SiC* and LaF3 (0 and* | properties of the ceramics* were determined. The effect of* | HfSiO4 phase, etc. Doping the ceramics* with lanthanum* | This paper focuses on the kinetics and the

关键词： Ceramics | Lanthanum | Oxidation resistance | Oxide film | Glass modification

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： joining of SiC ceramics. Utilizing the resistance | Silicon Carbide (SiC) ceramic is a critical challenge | robust SiC joints in just 23 s without external | , facilitated the creation of strong SiC joints within seconds | -conductive ceramics effectively.

关键词： SiC ceramics | Joining | Joule heating | Interface reaction | Aluminum

摘要：-strength, precise, and complex SiC ceramics. However, the | of the resulting SiC ceramics remain significant | mechanical properties of SiC ceramics was examined. The | 1:8:1) sintering additives, SiC ceramics were | poor printability of SiC powders and the low strength

关键词： Vat photopolymerization | SiC ceramics | Double-coating | Sintering additives | Flexural strength

摘要： prepare SiC ceramics via stereolithography combined with | -performance silicon carbide ceramics. However, its strong | study, submicron SiC particles, photosensitive resin | on the curing properties of submicron SiC ceramic | curing thickness of the SiC ceramic slurry signifcantly

关键词： Stereolithography | SiC ceramics | Submicron SiC particles | Pressureless sintering

摘要： the oxidation behavior of RMI-SiC ceramics in air | oxidation resistance of SiC-RE ceramics in air, but | improves the wet-oxidation resistance of SiC-RE ceramics | -oxidation resistance of RMI-SiCf/SiC composites, although | The effect of RE_2O_3 (RE = La, Y, Er, Lu) on

关键词： RE_2O_3 | SiC ceramics | Modified component | Wet-oxidation resistance

摘要： a SiC/TiC ceramic with superior electromagnetic | ceramics (PDCs) method. In this process, phenolic resin | electromagnetic wave was absorbed by the SiC/TiC ceramic | In order to mitigate the adverse effects of | electromagnetic pollution, there is an increasing demand for

关键词： Wave-absorbing ceramic materials electromagnetic absorption properties | Minimum reflection loss | SiC/TiC ceramics | PDCs

摘要： potential for fabricating complex silicon carbide (SiC | ) ceramics, but the lack of specialized binders and post | -SiC composites via binder jetting (BJ), followed by | behavior on SiC powder, demonstrating superior | . Additionally, the SiC/C preform treated with carbon

关键词： Additive manufacturing | Silicon carbide | Binder jetting | Carbon black binder | Mechanical performance

摘要：The mechanical properties of SiC ceramics | ceramics. However, directly adding SiC_w to SiC powder | reinforced SiC ceramics, a particulate pyrolytic carbon | way to improve the mechanical properties of SiC | process, the flowability of the SiC_w/SiC composite

关键词： Binder jetting | Pyrolytic carbon (PyC) | SiC whicker (SiC_w) | Mechanical properties

摘要：High-density HfB2-SiC ceramics were prepared | behavior of HfB2-SiC ceramics in air was investigated at | low temperature (1500 degrees C). The ceramics had | gain rates of ceramics varied within the range of | scale structure after HfB2-SiC oxidation, which was

关键词： Long-term oxidation behavior | Reactive melt infiltration | HfB2-SiC

摘要： between SiC ceramics and Kovar alloys. The effects of B | examined. Reliable brazing of the SiC ceramic and Kovar | microstructure of the obtained brazed joint was as follows: SiC | Active braze alloy AgCuInTi and AgCuInTi-B | composite fillers were used to fabricate brazed joints

关键词： Active metal brazing | SiC ceramic | Kovar alloy | Composite filler

摘要： mechanism of oxidation (at 1650 degrees C) of the ceramics | based on the (Hf0.8Ta0.2)B2, beta- SiC and LaF3 (0 and | properties of the ceramics were determined. The effect of | HfSiO4 phase, etc. Doping the ceramics with lanthanum | This paper focuses on the kinetics and the

关键词： Ceramics | Lanthanum | Oxidation resistance | Oxide film | Glass modification

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： joining of SiC* ceramics. Utilizing the resistance* | Silicon Carbide (SiC) ceramic is a critical challenge | robust SiC* joints in just 23 s without external* | , facilitated the creation of strong SiC* joints within seconds* | -conductive ceramics* effectively.*

摘要：-strength, precise, and complex SiC* ceramics. However, the* | of the resulting SiC* ceramics remain significant* | mechanical properties of SiC* ceramics was examined. The* | 1:8:1) sintering additives, SiC* ceramics were* | poor printability of SiC* powders and the low strength*

摘要： the oxidation behavior of RMI-SiC* ceramics in air* | oxidation resistance of SiC-RE ceramics* in air, but* | improves the wet-oxidation resistance of SiC-RE ceramics | -oxidation resistance of RMI-SiCf/SiC* composites, although* | The effect of RE_2O_3 (RE = La, Y, Er, Lu) on

摘要： potential for fabricating complex silicon carbide (SiC | ) ceramics, but the lack of specialized binders and post | -SiC* composites via binder jetting (BJ), followed by* | behavior on SiC* powder, demonstrating superior* | . Additionally, the SiC/C preform treated with carbon

摘要：The mechanical properties of SiC ceramics | ceramics. However, directly adding SiC_w to SiC powder | reinforced SiC* ceramics, a particulate pyrolytic carbon* | way to improve the mechanical properties of SiC | process, the flowability of the SiC_w/SiC* composite*

摘要：High-density HfB2-SiC* ceramics were prepared* | behavior of HfB2-SiC* ceramics in air was investigated at* | low temperature (1500 degrees C). The ceramics* had* | gain rates of ceramics* varied within the range of* | scale structure after HfB2-SiC* oxidation, which was*

摘要： between SiC* ceramics and Kovar alloys. The effects of B* | examined. Reliable brazing of the SiC* ceramic and Kovar* | microstructure of the obtained brazed joint was as follows: SiC | Active braze alloy AgCuInTi and AgCuInTi-B | composite fillers were used to fabricate brazed joints

摘要： mechanism of oxidation (at 1650 degrees C) of the ceramics | based on the (Hf0.8Ta0.2)B2, beta- SiC* and LaF3 (0 and* | properties of the ceramics* were determined. The effect of* | HfSiO4 phase, etc. Doping the ceramics* with lanthanum* | This paper focuses on the kinetics and the