NSTL国家科技图书文献中心

1. Supramolecular Organic Nanofiller: A New Reinforcement Strategy for Dynamic Covalent Polymer Networks Toward Upcycling of Carbon Fiber Composites NSTL国家科技图书文献中心

Zhipeng Zhang | Lu Qian ... - 《Advanced Materials》 - 2025,37(9) - 2418032.1～2418032.12 - 共12页

摘要：Dynamic covalent* polymer networks (DCPN* | ) provide an important solution to the challenging | recyclability of thermoset elastomers. However, dynamic bonds | exhibit relatively weak bond energies, considerably | decreasing the mechanical properties of DCPN. Herein, a

关键词： carbon fiber composites | chemical upcycling | dynamic covalent polymer networks | nanofillers | thermoset elastomers

2. α-Lipoate Functionalized Triblock Copolymers Enable In Situ Exfoliation of Molybdenum(IV) Disulfide into Nanosheets in Base Oils for Enhanced Friction and Wear Reduction NSTL国家科技图书文献中心

Li, Shanshan | Liang, Fengchun ... - 《ACS applied materials & interfaces》 - 2025,17(13) - 20336～20347 - 共12页

摘要： of MoS2 nanosheets. The polymer-nanosheet networks | resulting polymer-inorganic composite oleogels are | Although the nanosheet of molybdenum(IV | ) disulfide (MoS2) has been widely recognized as a high | -performance green nanoadditive for friction reduction and

关键词： polymer-inorganic nanocomposites | block copolymers | dynamic covalent networks | MoS2 nanosheets | in situ exfoliation | oleogel lubricants | frictionand wear reduction

3. Epoxy vitrimers: from essence to utility NSTL国家科技图书文献中心

Supriya, H. | Tripathi, Sandeep ... - 《International Polymer Processing》 - 2025,40(1) - 1～33 - 共33页

摘要： the future. Covalent* Adaptable Networks (CAN), a* | polymer networks. The field was enhanced in 2011 by | includes dynamic covalent crosslinks to provide stability | materials by using the different types of covalent | adaptable networks* (CANs) - single, dual and triple in*

关键词： covalent adaptable networks | vitrimer | epoxy | recyclable | reprocessing | self-healable

4. Complementary Nucleobase‐Containing Double‐Network Elastomers with High Energy Dissipation and Room‐Temperature Fast Recovery NSTL国家科技图书文献中心

Fanxuan Zeng | Jiang Wu ... - 《Small》 - 2025,21(5) - n/a～n/a - 共9页

摘要： covalent networks. Furthermore, it is demonstrated that | covalently cross‐linked soft polymer as the second network | . Both networks* are efficiently prepared via* | Abstract Elastomers have been widely employed | in various industrial products such as tires

关键词： double‐network | elastomers | hydrogen bonding pairing | nucleobases | supramolecular polymers

5. Self‐Aggregation Control of Porphyrin for Enhanced Selective Covalent Organic Network Membranes NSTL国家科技图书文献中心

Zheng Wang | Keizo Nakagawa ... - 《Small》 - 2025,21(13) - n/a～n/a - 共10页

摘要：Abstract Covalent* organic networks (CONs) are* | different covalent* networks. Acid‐triggered porphyrin* | with traditional polymer* membranes because their* | considered ideal for precise molecular separation compared | pores have a sharp molecular weight cut‐off and a

关键词： covalent organic network | and high selectivity | organic solvent nanofiltration | porphyrin | stacking behavior

6. Bio-based dual dynamic covalent adaptive networks based on itaconic acid with superior degradability, reprocessability, and mechanical properties NSTL国家科技图书文献中心

Sha, Genzheng | Kong, Fangfang ... - 《European Polymer Journal》 - 2025,224 - 共11页

摘要： environmental sustainability. Covalent* Adaptive Networks (CANs* | limitations by introducing dynamic covalent* bonds, which* | environmental impacts of polymer* production. Herein, we report* | vanillin, featuring dual dynamic covalent* bonds: imine* | Thermosetting polymers are increasingly

关键词： Polyurethane | Itaconic acid | Imine bonding | Biomass | CANs

7. Supersonic puncture-healable and impact resistant covalent adaptive networks NSTL国家科技图书文献中心

Sang, Zhen | Eoh, Hongkyu ... - 《Materials Today》 - 2025,83 - 43～53 - 共11页 - 被引量：1

摘要：/maleimide Diels-Alder polymer* (DAP) covalent adaptive* | The dynamic behavior of thin polymer* films* | thermomechanical responses of DAP networks. These responses | subsequent that the chemical structure of DAP networks | under high-rate deformation and at small length scales

关键词： hypervelocity | dynamic covalent networks | puncture healing

8. Stereochemical Shape Morphing in Diels-Alder Polymer Networks NSTL国家科技图书文献中心

Moon, Junho | Sang, Zhen ... - 《Small》 - 2025,21(2) - n/a～n/a - 共10页

摘要： covalent bonding, such as the furan-maleimide Diels-Alder | , self-healing polymer* materials that can be* | stress-activated shape morphing in Diels-Alder polymer | (DAP) networks. Through thermal annealing | DAP networks* to the thermodynamically favored exo*

关键词： covalent adaptable networks | Diels-Alder polymers | shape morphing | stereochemistry | Diels‐Alder polymers

9. A Light-Mediated, 3D-Printable, and Self-Healable Polymer Electrolyte for Lithium Batteries NSTL国家科技图书文献中心

Fermin Elizalde | Sabrina Trano ... - 《Advanced functional materials》 - 2025,35(8) - 2419034.1～2419034.11 - 共11页

摘要： gigascale. Here, a self-reparable polymer* electrolyte* | light processing is shown. For this purpose, covalent | adaptable networks* containing hindered urea dynamic bonds* | Self-healing materials solutions and rapid | prototyping approaches are actively searched to improve the

关键词： 3D printing | hindered urea dynamic bonds | lithium battery | polymer electrolyte | self-healing

10. Adsorptive removal of radioactive technetium by nanomaterials NSTL国家科技图书文献中心

Sun, Jingyang | Yi, Xiaolian ... - 《Reviews in Environmntal Science and Biotechnology》 - 2025,24(1) - 115～144 - 共30页

摘要：), cationic polymer* networks (CPNs), MXenes, layered double* | emerging nanomaterials, including covalent* organic* | Tc-99 is primarily released in spent nuclear | fuel reprocessing, mainly exists as TcO-4 anions in | aqueous solution, while its removal still remains a

摘要：Dynamic covalent* polymer networks (DCPN* | ) provide an important solution to the challenging | recyclability of thermoset elastomers. However, dynamic bonds | exhibit relatively weak bond energies, considerably | decreasing the mechanical properties of DCPN. Herein, a

关键词： carbon fiber composites | chemical upcycling | dynamic covalent polymer networks | nanofillers | thermoset elastomers

摘要： of MoS2 nanosheets. The polymer-nanosheet networks | resulting polymer-inorganic composite oleogels are | Although the nanosheet of molybdenum(IV | ) disulfide (MoS2) has been widely recognized as a high | -performance green nanoadditive for friction reduction and

关键词： polymer-inorganic nanocomposites | block copolymers | dynamic covalent networks | MoS2 nanosheets | in situ exfoliation | oleogel lubricants | frictionand wear reduction

摘要： the future. Covalent* Adaptable Networks (CAN), a* | polymer networks. The field was enhanced in 2011 by | includes dynamic covalent crosslinks to provide stability | materials by using the different types of covalent | adaptable networks* (CANs) - single, dual and triple in*

关键词： covalent adaptable networks | vitrimer | epoxy | recyclable | reprocessing | self-healable

摘要： covalent networks. Furthermore, it is demonstrated that | covalently cross‐linked soft polymer as the second network | . Both networks* are efficiently prepared via* | Abstract Elastomers have been widely employed | in various industrial products such as tires

关键词： double‐network | elastomers | hydrogen bonding pairing | nucleobases | supramolecular polymers

摘要：Abstract Covalent* organic networks (CONs) are* | different covalent* networks. Acid‐triggered porphyrin* | with traditional polymer* membranes because their* | considered ideal for precise molecular separation compared | pores have a sharp molecular weight cut‐off and a

关键词： covalent organic network | and high selectivity | organic solvent nanofiltration | porphyrin | stacking behavior

关键词： Polyurethane | Itaconic acid | Imine bonding | Biomass | CANs

摘要：/maleimide Diels-Alder polymer* (DAP) covalent adaptive* | The dynamic behavior of thin polymer* films* | thermomechanical responses of DAP networks. These responses | subsequent that the chemical structure of DAP networks | under high-rate deformation and at small length scales

关键词： hypervelocity | dynamic covalent networks | puncture healing

摘要： covalent bonding, such as the furan-maleimide Diels-Alder | , self-healing polymer* materials that can be* | stress-activated shape morphing in Diels-Alder polymer | (DAP) networks. Through thermal annealing | DAP networks* to the thermodynamically favored exo*

关键词： covalent adaptable networks | Diels-Alder polymers | shape morphing | stereochemistry | Diels‐Alder polymers

摘要： gigascale. Here, a self-reparable polymer* electrolyte* | light processing is shown. For this purpose, covalent | adaptable networks* containing hindered urea dynamic bonds* | Self-healing materials solutions and rapid | prototyping approaches are actively searched to improve the

关键词： 3D printing | hindered urea dynamic bonds | lithium battery | polymer electrolyte | self-healing

摘要：), cationic polymer* networks (CPNs), MXenes, layered double* | emerging nanomaterials, including covalent* organic* | Tc-99 is primarily released in spent nuclear | fuel reprocessing, mainly exists as TcO-4 anions in | aqueous solution, while its removal still remains a

关键词： Tc-99 | Radionuclides | Adsorption | Nanomaterials

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Dynamic covalent polymer networks (DCPN | ) provide an important solution to the challenging | recyclability of thermoset elastomers. However, dynamic bonds | exhibit relatively weak bond energies, considerably | decreasing the mechanical properties of DCPN. Herein, a

关键词： carbon fiber composites | chemical upcycling | dynamic covalent polymer networks | nanofillers | thermoset elastomers

摘要： of MoS2 nanosheets. The polymer-nanosheet networks | resulting polymer-inorganic composite oleogels are | Although the nanosheet of molybdenum(IV | ) disulfide (MoS2) has been widely recognized as a high | -performance green nanoadditive for friction reduction and

关键词： polymer-inorganic nanocomposites | block copolymers | dynamic covalent networks | MoS2 nanosheets | in situ exfoliation | oleogel lubricants | frictionand wear reduction

摘要： the future. Covalent Adaptable Networks (CAN), a | polymer networks. The field was enhanced in 2011 by | includes dynamic covalent crosslinks to provide stability | materials by using the different types of covalent | adaptable networks (CANs) - single, dual and triple in

关键词： covalent adaptable networks | vitrimer | epoxy | recyclable | reprocessing | self-healable

摘要： covalent networks. Furthermore, it is demonstrated that | covalently cross‐linked soft polymer as the second network | . Both networks are efficiently prepared via | Abstract Elastomers have been widely employed | in various industrial products such as tires

关键词： double‐network | elastomers | hydrogen bonding pairing | nucleobases | supramolecular polymers

摘要：Abstract Covalent organic networks (CONs) are | different covalent networks. Acid‐triggered porphyrin | with traditional polymer membranes because their | considered ideal for precise molecular separation compared | pores have a sharp molecular weight cut‐off and a

关键词： covalent organic network | and high selectivity | organic solvent nanofiltration | porphyrin | stacking behavior

摘要： environmental sustainability. Covalent Adaptive Networks (CANs | limitations by introducing dynamic covalent bonds, which | environmental impacts of polymer production. Herein, we report | vanillin, featuring dual dynamic covalent bonds: imine | Thermosetting polymers are increasingly

关键词： Polyurethane | Itaconic acid | Imine bonding | Biomass | CANs

摘要：/maleimide Diels-Alder polymer (DAP) covalent adaptive | The dynamic behavior of thin polymer films | thermomechanical responses of DAP networks. These responses | subsequent that the chemical structure of DAP networks | under high-rate deformation and at small length scales

关键词： hypervelocity | dynamic covalent networks | puncture healing

摘要： covalent bonding, such as the furan-maleimide Diels-Alder | , self-healing polymer materials that can be | stress-activated shape morphing in Diels-Alder polymer | (DAP) networks. Through thermal annealing | DAP networks to the thermodynamically favored exo

关键词： covalent adaptable networks | Diels-Alder polymers | shape morphing | stereochemistry | Diels‐Alder polymers

摘要： gigascale. Here, a self-reparable polymer electrolyte | light processing is shown. For this purpose, covalent | adaptable networks containing hindered urea dynamic bonds | Self-healing materials solutions and rapid | prototyping approaches are actively searched to improve the

关键词： 3D printing | hindered urea dynamic bonds | lithium battery | polymer electrolyte | self-healing

摘要：), cationic polymer networks (CPNs), MXenes, layered double | emerging nanomaterials, including covalent organic | Tc-99 is primarily released in spent nuclear | fuel reprocessing, mainly exists as TcO-4 anions in | aqueous solution, while its removal still remains a

关键词： Tc-99 | Radionuclides | Adsorption | Nanomaterials

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Dynamic covalent* polymer networks (DCPN* | ) provide an important solution to the challenging | recyclability of thermoset elastomers. However, dynamic bonds | exhibit relatively weak bond energies, considerably | decreasing the mechanical properties of DCPN. Herein, a

摘要： the future. Covalent* Adaptable Networks (CAN), a* | polymer networks. The field was enhanced in 2011 by | includes dynamic covalent crosslinks to provide stability | materials by using the different types of covalent | adaptable networks* (CANs) - single, dual and triple in*

摘要： covalent networks. Furthermore, it is demonstrated that | covalently cross‐linked soft polymer as the second network | . Both networks* are efficiently prepared via* | Abstract Elastomers have been widely employed | in various industrial products such as tires

摘要：Abstract Covalent* organic networks (CONs) are* | different covalent* networks. Acid‐triggered porphyrin* | with traditional polymer* membranes because their* | considered ideal for precise molecular separation compared | pores have a sharp molecular weight cut‐off and a

摘要：/maleimide Diels-Alder polymer* (DAP) covalent adaptive* | The dynamic behavior of thin polymer* films* | thermomechanical responses of DAP networks. These responses | subsequent that the chemical structure of DAP networks | under high-rate deformation and at small length scales

摘要： covalent bonding, such as the furan-maleimide Diels-Alder | , self-healing polymer* materials that can be* | stress-activated shape morphing in Diels-Alder polymer | (DAP) networks. Through thermal annealing | DAP networks* to the thermodynamically favored exo*

摘要： gigascale. Here, a self-reparable polymer* electrolyte* | light processing is shown. For this purpose, covalent | adaptable networks* containing hindered urea dynamic bonds* | Self-healing materials solutions and rapid | prototyping approaches are actively searched to improve the

摘要：), cationic polymer* networks (CPNs), MXenes, layered double* | emerging nanomaterials, including covalent* organic* | Tc-99 is primarily released in spent nuclear | fuel reprocessing, mainly exists as TcO-4 anions in | aqueous solution, while its removal still remains a