NSTL国家科技图书文献中心

1. Effects of anode evaporation process on the anode sheath characteristics in vacuum arc plasma NSTL国家科技图书文献中心

Liu, Zhaohui | Song, Mengmeng ... - 《Journal of Physics,D.Applied Physics》 - 2025,58(11) - 共8页

摘要：The anode* sheath of vacuum arc plasma plays a* | key role in the generation of anode* plasma, but the* | effects of anode* evaporation on the anode sheath remains* | anode evaporation is developed, and the spatial | evolution of the anode* sheath at different anode surface*

关键词： vacuum arc plasma | anode evaporation | anode sheath | potential hump

2. Prevention of Anode Passivation in Copper Electrorefining NSTL国家科技图书文献中心

T. Fuke | M. Arimitsu ... - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 337～339 - 共3页

摘要：The prevention of anode* passivation is one of* | +) from the anode* increases under high current density* | and the Cu~(2+) concentration near the anode* reaches* | on the anode* surface. Impurities in the anode are* | considered for their contribution to the anode* passivation*

关键词： Copper electrorefining | Anode passivation | Arsenic

3. Copper Anode Slime Processing Technologies NSTL国家科技图书文献中心

J. A. Arias-Hernande... | E. Moosavi-Khoonsari ... - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 897～898 - 共2页

摘要：Anode slime is the by-product of copper | is increasingly necessary. Copper anode* slime* | electrorefining and contains precious metals, crucial for | several industries, such as automobiles, petroleum | , chemicals, electronics, glass manufacturing, and medical

关键词： Copper anode slime | Processing | Technologies | Precious metals recovery | Circular economy | Sustainable materials management

4. Leaching of Kupferglimmer and Similar Minerals in Copper Anode Slimes NSTL国家科技图书文献中心

C. Wandtke | M. Mahon ... - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 909～915 - 共7页

摘要： anode slimes, decreased copper, and nickel leaching | anode slime had a higher copper, nickel and antimony | nature, which poses a challenge for further anode* slime* | to specific anode* slimes of certain compositions* | During leaching tests of different Aurubis

关键词： Kupferglimmer | Anode slime | Decopperization leaching

5. De Nora DSA~R Anode Solution for Copper Electrowinning NSTL国家科技图书文献中心

T. Furusawa | I. T. Morena ... - 《Proceedings of the 63rd Conference of Metallurgists,vol.1》 - Conference of Metallurgists - 2025, - 709～711 - 共3页

摘要： integrated into De Nora DSA® Self-protective Anode, which | damage to the anode* by limiting the current flow on the* | In copper electrowinning (Cu-EW) process, lead | alloy anodes have been the widespread reference for | oxygen evolution reaction (OER). On the other hand

关键词： MMO anode | Copper electrowinning

6. Constructing Dual Schottky Junctions for High-Performance Zinc Anode NSTL国家科技图书文献中心

Chenyang Zhao | Zeping Liu ... - 《Advanced functional materials》 - 2025,35(1) - 2411582.1～2411582.10 - 共10页

摘要： anode. Herein, a multifunctional Bi-Bi_2O_3 hybrid | the zinc anode* using an in situ conversion reaction* | Aqueous zinc ion batteries provide new | solutions for achieving environmentally friendly and safe | energy storage devices. Unfortunately, the further

关键词： dendrite | HER | Schottky heterojunction | zinc metal anode

7. Engineering of Charge Density at the Anode/Electrolyte Interface for Long-Life Zn Anode in Aqueous Zinc Ion Battery NSTL国家科技图书文献中心

Wu, Kai | Liu, Xiaoyu ... - 《ChemSusChem》 - 2025,18(1) - n/a～n/a - 共11页

摘要： system. However, Zn anode* suffers from the issues* | instability of anode/electrolyte interface, which is | charge density at the Zn anode/electrolyte interface | regulations at the Zn anode/electrolyte interface are | research are provided to establish the stable anode

关键词： Aqueous zinc ion battery | Zn anode | Interfacial charge density | Electrostatic interaction | Electric field

8. Can Carbon be Used as an Anode for Water Splitting? NSTL国家科技图书文献中心

Sun, Jiali | Dang, Yuying ... - 《ChemSusChem》 - 2025,18(3) - n/a～n/a - 共6页

摘要： application. The role of carbon as an anode* for water* | Carbon materials, whose structural and | electronic properties can be fine-tuned, are promising | material solutions for many energy-related systems | . However, due to the lack of fundamental understanding of

关键词： Carbon materials | Water splitting | Anode | Surface chemistry

9. Pre-Lithiated Silicon-Based Composite Anode for High-Performance All-Solid-State Batteries NSTL国家科技图书文献中心

Li, Cheng | Wu, Yuqi ... - 《Small》 - 2025,21(10) - n/a～n/a - 共11页

摘要： anode material for all-solid-state batteries (ASSBs | development of a pre-lithiated Si-based composite anode* (c* | -60 anode* exhibit outstanding electrochemical* | exceptional performance even at low anode-to-cathode | -Li1Si anode* to overcome the intrinsic limitations of*

关键词： ASSBs | Composite anode | Si-based anode | Sulfide solid electrolytes | Si‐based anode

10. Tailoring the Electrode Interface Microenvironment to Stabilize Zn Metal Anode NSTL国家科技图书文献中心

Hou, Weiping | Gao, Yuliang ... - 《Small》 - 2025,21(1) - n/a～n/a - 共10页

摘要：Zn metal is the most attractive anode* material* | field) is proposed to stabilize the Zn metal anode | ion concentration gradient on the anode* surface* | anode surface. Benefiting from the improved interface | -concept, the Zn metal anode* shows a highly reversible*

摘要：The anode* sheath of vacuum arc plasma plays a* | key role in the generation of anode* plasma, but the* | effects of anode* evaporation on the anode sheath remains* | anode evaporation is developed, and the spatial | evolution of the anode* sheath at different anode surface*

关键词： vacuum arc plasma | anode evaporation | anode sheath | potential hump

摘要：The prevention of anode* passivation is one of* | +) from the anode* increases under high current density* | and the Cu~(2+) concentration near the anode* reaches* | on the anode* surface. Impurities in the anode are* | considered for their contribution to the anode* passivation*

关键词： Copper electrorefining | Anode passivation | Arsenic

摘要：Anode slime is the by-product of copper | is increasingly necessary. Copper anode* slime* | electrorefining and contains precious metals, crucial for | several industries, such as automobiles, petroleum | , chemicals, electronics, glass manufacturing, and medical

关键词： Copper anode slime | Processing | Technologies | Precious metals recovery | Circular economy | Sustainable materials management

摘要： anode slimes, decreased copper, and nickel leaching | anode slime had a higher copper, nickel and antimony | nature, which poses a challenge for further anode* slime* | to specific anode* slimes of certain compositions* | During leaching tests of different Aurubis

关键词： Kupferglimmer | Anode slime | Decopperization leaching

摘要： integrated into De Nora DSA® Self-protective Anode, which | damage to the anode* by limiting the current flow on the* | In copper electrowinning (Cu-EW) process, lead | alloy anodes have been the widespread reference for | oxygen evolution reaction (OER). On the other hand

关键词： MMO anode | Copper electrowinning

摘要： anode. Herein, a multifunctional Bi-Bi_2O_3 hybrid | the zinc anode* using an in situ conversion reaction* | Aqueous zinc ion batteries provide new | solutions for achieving environmentally friendly and safe | energy storage devices. Unfortunately, the further

关键词： dendrite | HER | Schottky heterojunction | zinc metal anode

摘要： system. However, Zn anode* suffers from the issues* | instability of anode/electrolyte interface, which is | charge density at the Zn anode/electrolyte interface | regulations at the Zn anode/electrolyte interface are | research are provided to establish the stable anode

关键词： Aqueous zinc ion battery | Zn anode | Interfacial charge density | Electrostatic interaction | Electric field

摘要： application. The role of carbon as an anode* for water* | Carbon materials, whose structural and | electronic properties can be fine-tuned, are promising | material solutions for many energy-related systems | . However, due to the lack of fundamental understanding of

关键词： Carbon materials | Water splitting | Anode | Surface chemistry

摘要： anode material for all-solid-state batteries (ASSBs | development of a pre-lithiated Si-based composite anode* (c* | -60 anode* exhibit outstanding electrochemical* | exceptional performance even at low anode-to-cathode | -Li1Si anode* to overcome the intrinsic limitations of*

关键词： ASSBs | Composite anode | Si-based anode | Sulfide solid electrolytes | Si‐based anode

摘要：Zn metal is the most attractive anode* material* | field) is proposed to stabilize the Zn metal anode | ion concentration gradient on the anode* surface* | anode surface. Benefiting from the improved interface | -concept, the Zn metal anode* shows a highly reversible*

关键词： dendrite | electrode interface microenvironment | electrolyte additive | pouch cell | Zn metal anode

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：The anode sheath of vacuum arc plasma plays a | key role in the generation of anode plasma, but the | effects of anode evaporation on the anode sheath remains | anode evaporation is developed, and the spatial | evolution of the anode sheath at different anode surface

关键词： vacuum arc plasma | anode evaporation | anode sheath | potential hump

摘要：The prevention of anode passivation is one of | +) from the anode increases under high current density | and the Cu~(2+) concentration near the anode reaches | on the anode surface. Impurities in the anode are | considered for their contribution to the anode passivation

关键词： Copper electrorefining | Anode passivation | Arsenic

摘要：Anode slime is the by-product of copper | is increasingly necessary. Copper anode slime | electrorefining and contains precious metals, crucial for | several industries, such as automobiles, petroleum | , chemicals, electronics, glass manufacturing, and medical

关键词： Copper anode slime | Processing | Technologies | Precious metals recovery | Circular economy | Sustainable materials management

摘要： anode slimes, decreased copper, and nickel leaching | anode slime had a higher copper, nickel and antimony | nature, which poses a challenge for further anode slime | to specific anode slimes of certain compositions | During leaching tests of different Aurubis

关键词： Kupferglimmer | Anode slime | Decopperization leaching

摘要： integrated into De Nora DSA® Self-protective Anode, which | damage to the anode by limiting the current flow on the | In copper electrowinning (Cu-EW) process, lead | alloy anodes have been the widespread reference for | oxygen evolution reaction (OER). On the other hand

关键词： MMO anode | Copper electrowinning

摘要： anode. Herein, a multifunctional Bi-Bi_2O_3 hybrid | the zinc anode using an in situ conversion reaction | Aqueous zinc ion batteries provide new | solutions for achieving environmentally friendly and safe | energy storage devices. Unfortunately, the further

关键词： dendrite | HER | Schottky heterojunction | zinc metal anode

摘要： system. However, Zn anode suffers from the issues | instability of anode/electrolyte interface, which is | charge density at the Zn anode/electrolyte interface | regulations at the Zn anode/electrolyte interface are | research are provided to establish the stable anode

关键词： Aqueous zinc ion battery | Zn anode | Interfacial charge density | Electrostatic interaction | Electric field

摘要： application. The role of carbon as an anode for water | Carbon materials, whose structural and | electronic properties can be fine-tuned, are promising | material solutions for many energy-related systems | . However, due to the lack of fundamental understanding of

关键词： Carbon materials | Water splitting | Anode | Surface chemistry

摘要： anode material for all-solid-state batteries (ASSBs | development of a pre-lithiated Si-based composite anode (c | -60 anode exhibit outstanding electrochemical | exceptional performance even at low anode-to-cathode | -Li1Si anode to overcome the intrinsic limitations of

关键词： ASSBs | Composite anode | Si-based anode | Sulfide solid electrolytes | Si‐based anode

摘要：Zn metal is the most attractive anode material | field) is proposed to stabilize the Zn metal anode | ion concentration gradient on the anode surface | anode surface. Benefiting from the improved interface | -concept, the Zn metal anode shows a highly reversible

关键词： dendrite | electrode interface microenvironment | electrolyte additive | pouch cell | Zn metal anode

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：The anode* sheath of vacuum arc plasma plays a* | key role in the generation of anode* plasma, but the* | effects of anode* evaporation on the anode sheath remains* | anode evaporation is developed, and the spatial | evolution of the anode* sheath at different anode surface*

摘要：The prevention of anode* passivation is one of* | +) from the anode* increases under high current density* | and the Cu~(2+) concentration near the anode* reaches* | on the anode* surface. Impurities in the anode are* | considered for their contribution to the anode* passivation*

摘要：Anode slime is the by-product of copper | is increasingly necessary. Copper anode* slime* | electrorefining and contains precious metals, crucial for | several industries, such as automobiles, petroleum | , chemicals, electronics, glass manufacturing, and medical

摘要： anode slimes, decreased copper, and nickel leaching | anode slime had a higher copper, nickel and antimony | nature, which poses a challenge for further anode* slime* | to specific anode* slimes of certain compositions* | During leaching tests of different Aurubis

摘要： integrated into De Nora DSA® Self-protective Anode, which | damage to the anode* by limiting the current flow on the* | In copper electrowinning (Cu-EW) process, lead | alloy anodes have been the widespread reference for | oxygen evolution reaction (OER). On the other hand

摘要： anode. Herein, a multifunctional Bi-Bi_2O_3 hybrid | the zinc anode* using an in situ conversion reaction* | Aqueous zinc ion batteries provide new | solutions for achieving environmentally friendly and safe | energy storage devices. Unfortunately, the further

摘要： system. However, Zn anode* suffers from the issues* | instability of anode/electrolyte interface, which is | charge density at the Zn anode/electrolyte interface | regulations at the Zn anode/electrolyte interface are | research are provided to establish the stable anode

摘要： application. The role of carbon as an anode* for water* | Carbon materials, whose structural and | electronic properties can be fine-tuned, are promising | material solutions for many energy-related systems | . However, due to the lack of fundamental understanding of

摘要： anode material for all-solid-state batteries (ASSBs | development of a pre-lithiated Si-based composite anode* (c* | -60 anode* exhibit outstanding electrochemical* | exceptional performance even at low anode-to-cathode | -Li1Si anode* to overcome the intrinsic limitations of*

摘要：Zn metal is the most attractive anode* material* | field) is proposed to stabilize the Zn metal anode | ion concentration gradient on the anode* surface* | anode surface. Benefiting from the improved interface | -concept, the Zn metal anode* shows a highly reversible*