NSTL国家科技图书文献中心

1. Soft Flexible Skin Conformable Nanocomposites as a Platform for Electroceutical and Orthopedic Applications NSTL国家科技图书文献中心

Seshadri, Dhruv R. | Radwan, Aziz N.... - 《Journal of biomedical materials research.,Part B,.Applied biomaterials.》 - 2025,113(3) - e35559～e35559 - 共12页

摘要： flexible and scalable. To address this shortcoming, this | Designing biomimetic substrates and electrodes | for bioelectronic devices with the necessary | mechanical, electrical, and biological properties is | critical considering the potential mismatch between soft

关键词： bioelectronics | biomaterials | digital therapeutics | flexible electronics | nanocomposites

2. Flexible Artificial Skin With Multifunctional Detection of Temperature and Flow NSTL国家科技图书文献中心

Li, Jiayao | Yan, Yuchao ... - 《IEEE sensors journal》 - 2025,25(6) - 9441～9448 - 共8页

摘要： flow shear stress. The flexible artificial skin | . The flexible* artificial skin achieved resolutions of* | measurement method. This kind of flexible artificial skin | skin, and multilayer composite flexible electronics. | The thermal effect of human skin* was a concern*

关键词： Constant temperature heater | decoupling of physical parameters | flexible artificial skin | flow shear stress | multilayer composite sensors | neural network algorithm | temperature sensor

3. Organic Flexible Electronics for Innovative Applications in Electronic Skin NSTL国家科技图书文献中心

Xukai Liu | Haojie Li ... - 《Advanced Materials Technologies》 - 2025,10(3) - 2400661～ - 共26页 - 被引量：1

摘要： technology and flexible* electronics. The flexibility and* | flexible electronics to adapt to complex surface | the practical and commercialization of e-skin | reliability while maintaining a highly sensitive, flexible | e-skin* is systematically summarized, especially*

关键词： Biomedical sensing | Electronic skin | Organic optoelectronics | Wearable devices

4. Fully Flexible Integrated and Self-Powered Smart Bending Strain Skin for Wireless Monitoring of Heavy Industrial Equipment NSTL国家科技图书文献中心

Guo, Yangyanhao | Lan, Zhiqiang ... - 《IEEE Transactions on Instrumentation and Measurement》 - 2025,74(Pt.1) - 2502012.1～2502012.12 - 共12页

摘要：-fabricate, flexible, self-powered, fully integrated smart | bending strain skin* (BSS) that combines a strain sensor* | array with flexible* circuits on a polyimide (PI* | . The flexible* circuit board integrates the main* | flexible solar panel that powers the entire system

关键词： Bending strain | flexible sensor array | integrated sensor system | monitoring system | smart skin

5. A Flexible Hydrogel-Based Electroluminescent Sensing Device for Electronic Skin NSTL国家科技图书文献中心

Xiaohu Chen | Jiashu Cui ... - 《Social Robotics》 - International Conference on Social Robotics - 2025, - 112～121 - 共10页

摘要：In recent years, flexible* sensors have* | , flexible* displays and motion detection. However, they* | devices, soft robots and electronic skin. | attracted the interest of researchers due to their | excellent potential for applications in health monitoring

关键词： Electronic skin | Electroluminescence | Hydrogel

6. Design of Multi-Mode Morphing Wings Based on Multi-Stable Beam-Type Metastructures NSTL国家科技图书文献中心

Jieyu Wang | Yadong Wang ... - 《Intelligent Robotics and Applications,Part I》 - International Conference on Intelligent Robotics and Applications - 2025, - 139～153 - 共15页

摘要：-fiber materials are utilized for the flexible* skin and* | The morphing wing can change its shape through | mechanism deformation, to improve the aerodynamic | performance of the aircraft and save energy. Based on the | multi-stable beam-type metastructures, a morphing wing

关键词： Multi-Stability | Beam-Type metastructure | Morphing wing | Flexible skin driving

7. Electrotextile-Based Flexible Electromagnetic Skin for Wearables and Remote Monitoring NSTL国家科技图书文献中心

Rossella Rizzo | Giuseppe Ruello ... - 《IEEE Journal of Microwaves》 - 2025,5(1) - 23～33 - 共11页

摘要：This paper presents a flexible* electrotextile* | -based solid skin-equivalent phantom operating in the | reflection coefficient at the air/skin* interface in the* | target reflection coefficient of the human skin. For | millimeter-wave (mmW) range. The phantom reproduces the

关键词： Phantoms | Skin | Dielectrics | Liquids | Solids | Permittivity | Carbon | Wearable devices | Transmission line measurements | Surface impedance

8. Flexible Electronic Sensor for Noncontact Simultaneous Measurement of Capacitive Skin Sympathetic Nerve Activity (cSKNA) and cECG NSTL国家科技图书文献中心

Hsu, Dong-Yu | Sung, Yen-Ling ... - 《IEEE Transactions on Instrumentation and Measurement》 - 2025,74(Pt.1) - 4003217.1～4003217.17 - 共17页

摘要： study, we present a flexible* electronic sensor with a* | . The flexible* design ensures effective signal capture* | Noncontact electrocardiogram (ECG) sensors | have been widely explored as unobtrusive, long-term | solutions for detecting atrial fibrillation (AF). Recent

关键词： Capacitive coupling | electrocardiogram (ECG) | flexible sensor | noncontact measurement | skin sympathetic nerve activity (SKNA)

9. Improving robot-to-human communication using flexible display technology as a robotic-skin-interface: a co-design study NSTL国家科技图书文献中心

Scholz, Constantin | Cao, Hoang-Long ... - 《International journal of intelligent robotics and applications》 - 2025,9(1) - 146～163 - 共18页

摘要： information, while a flexible* display curved around the* | integrated flexible* OLED display technology used as a* | robotic skin-interface to improve robot-to-human | showed that using flexible* OLED technology could* | In the evolving field of industrial automation

关键词： Human-robot collaboration | Human-robot communication | OLED | Large-area electronics | Flexible displays | Co-design | Double diamond | Robotic skin | Human-robot communication interfaces

10. Fully Flexible All-in-One Electronic Display Skin with Seamless Integration of MicroLED and Hydrogel Battery NSTL国家科技图书文献中心

Jianan Niu | Xue Bai ... - 《Advanced functional materials》 - 2025,35(1) - 2411916.1～2411916.9 - 共9页 - 被引量：2

摘要： skin by integrating a flexible microLED display, a | softness and stretchability inherent to human skin. Here | , a fully flexible, all-in-one electronic display | microLEDs onto a flexible* substrate, ensuring high* | flexibility and ultra-thin (240 m). The flexible* hydrogel*

摘要： flexible and scalable. To address this shortcoming, this | Designing biomimetic substrates and electrodes | for bioelectronic devices with the necessary | mechanical, electrical, and biological properties is | critical considering the potential mismatch between soft

关键词： bioelectronics | biomaterials | digital therapeutics | flexible electronics | nanocomposites

摘要： flow shear stress. The flexible artificial skin | . The flexible* artificial skin achieved resolutions of* | measurement method. This kind of flexible artificial skin | skin, and multilayer composite flexible electronics. | The thermal effect of human skin* was a concern*

关键词： Constant temperature heater | decoupling of physical parameters | flexible artificial skin | flow shear stress | multilayer composite sensors | neural network algorithm | temperature sensor

摘要： technology and flexible* electronics. The flexibility and* | flexible electronics to adapt to complex surface | the practical and commercialization of e-skin | reliability while maintaining a highly sensitive, flexible | e-skin* is systematically summarized, especially*

关键词： Biomedical sensing | Electronic skin | Organic optoelectronics | Wearable devices

摘要：-fabricate, flexible, self-powered, fully integrated smart | bending strain skin* (BSS) that combines a strain sensor* | array with flexible* circuits on a polyimide (PI* | . The flexible* circuit board integrates the main* | flexible solar panel that powers the entire system

关键词： Bending strain | flexible sensor array | integrated sensor system | monitoring system | smart skin

摘要：In recent years, flexible* sensors have* | , flexible* displays and motion detection. However, they* | devices, soft robots and electronic skin. | attracted the interest of researchers due to their | excellent potential for applications in health monitoring

关键词： Electronic skin | Electroluminescence | Hydrogel

摘要：-fiber materials are utilized for the flexible* skin and* | The morphing wing can change its shape through | mechanism deformation, to improve the aerodynamic | performance of the aircraft and save energy. Based on the | multi-stable beam-type metastructures, a morphing wing

关键词： Multi-Stability | Beam-Type metastructure | Morphing wing | Flexible skin driving

摘要：This paper presents a flexible* electrotextile* | -based solid skin-equivalent phantom operating in the | reflection coefficient at the air/skin* interface in the* | target reflection coefficient of the human skin. For | millimeter-wave (mmW) range. The phantom reproduces the

关键词： Phantoms | Skin | Dielectrics | Liquids | Solids | Permittivity | Carbon | Wearable devices | Transmission line measurements | Surface impedance

摘要： study, we present a flexible* electronic sensor with a* | . The flexible* design ensures effective signal capture* | Noncontact electrocardiogram (ECG) sensors | have been widely explored as unobtrusive, long-term | solutions for detecting atrial fibrillation (AF). Recent

关键词： Capacitive coupling | electrocardiogram (ECG) | flexible sensor | noncontact measurement | skin sympathetic nerve activity (SKNA)

摘要： information, while a flexible* display curved around the* | integrated flexible* OLED display technology used as a* | robotic skin-interface to improve robot-to-human | showed that using flexible* OLED technology could* | In the evolving field of industrial automation

关键词： Human-robot collaboration | Human-robot communication | OLED | Large-area electronics | Flexible displays | Co-design | Double diamond | Robotic skin | Human-robot communication interfaces

摘要： skin by integrating a flexible microLED display, a | softness and stretchability inherent to human skin. Here | , a fully flexible, all-in-one electronic display | microLEDs onto a flexible* substrate, ensuring high* | flexibility and ultra-thin (240 m). The flexible* hydrogel*

关键词： all-in-one display | hydrogel battery | microLED | stretchable circuit | vapor-phase bulk transfer

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： flexible and scalable. To address this shortcoming, this | Designing biomimetic substrates and electrodes | for bioelectronic devices with the necessary | mechanical, electrical, and biological properties is | critical considering the potential mismatch between soft

关键词： bioelectronics | biomaterials | digital therapeutics | flexible electronics | nanocomposites

摘要： flow shear stress. The flexible artificial skin | . The flexible artificial skin achieved resolutions of | measurement method. This kind of flexible artificial skin | skin, and multilayer composite flexible electronics. | The thermal effect of human skin was a concern

关键词： Constant temperature heater | decoupling of physical parameters | flexible artificial skin | flow shear stress | multilayer composite sensors | neural network algorithm | temperature sensor

摘要： technology and flexible electronics. The flexibility and | flexible electronics to adapt to complex surface | the practical and commercialization of e-skin | reliability while maintaining a highly sensitive, flexible | e-skin is systematically summarized, especially

关键词： Biomedical sensing | Electronic skin | Organic optoelectronics | Wearable devices

摘要：-fabricate, flexible, self-powered, fully integrated smart | bending strain skin (BSS) that combines a strain sensor | array with flexible circuits on a polyimide (PI | . The flexible circuit board integrates the main | flexible solar panel that powers the entire system

关键词： Bending strain | flexible sensor array | integrated sensor system | monitoring system | smart skin

摘要：In recent years, flexible sensors have | , flexible displays and motion detection. However, they | devices, soft robots and electronic skin. | attracted the interest of researchers due to their | excellent potential for applications in health monitoring

关键词： Electronic skin | Electroluminescence | Hydrogel

摘要：-fiber materials are utilized for the flexible skin and | The morphing wing can change its shape through | mechanism deformation, to improve the aerodynamic | performance of the aircraft and save energy. Based on the | multi-stable beam-type metastructures, a morphing wing

关键词： Multi-Stability | Beam-Type metastructure | Morphing wing | Flexible skin driving

摘要：This paper presents a flexible electrotextile | -based solid skin-equivalent phantom operating in the | reflection coefficient at the air/skin interface in the | target reflection coefficient of the human skin. For | millimeter-wave (mmW) range. The phantom reproduces the

关键词： Phantoms | Skin | Dielectrics | Liquids | Solids | Permittivity | Carbon | Wearable devices | Transmission line measurements | Surface impedance

摘要： study, we present a flexible electronic sensor with a | . The flexible design ensures effective signal capture | Noncontact electrocardiogram (ECG) sensors | have been widely explored as unobtrusive, long-term | solutions for detecting atrial fibrillation (AF). Recent

关键词： Capacitive coupling | electrocardiogram (ECG) | flexible sensor | noncontact measurement | skin sympathetic nerve activity (SKNA)

摘要： information, while a flexible display curved around the | integrated flexible OLED display technology used as a | robotic skin-interface to improve robot-to-human | showed that using flexible OLED technology could | In the evolving field of industrial automation

关键词： Human-robot collaboration | Human-robot communication | OLED | Large-area electronics | Flexible displays | Co-design | Double diamond | Robotic skin | Human-robot communication interfaces

摘要： skin by integrating a flexible microLED display, a | softness and stretchability inherent to human skin. Here | , a fully flexible, all-in-one electronic display | microLEDs onto a flexible substrate, ensuring high | flexibility and ultra-thin (240 m). The flexible hydrogel

关键词： all-in-one display | hydrogel battery | microLED | stretchable circuit | vapor-phase bulk transfer

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： flow shear stress. The flexible artificial skin | . The flexible* artificial skin achieved resolutions of* | measurement method. This kind of flexible artificial skin | skin, and multilayer composite flexible electronics. | The thermal effect of human skin* was a concern*

摘要： technology and flexible* electronics. The flexibility and* | flexible electronics to adapt to complex surface | the practical and commercialization of e-skin | reliability while maintaining a highly sensitive, flexible | e-skin* is systematically summarized, especially*

摘要：-fabricate, flexible, self-powered, fully integrated smart | bending strain skin* (BSS) that combines a strain sensor* | array with flexible* circuits on a polyimide (PI* | . The flexible* circuit board integrates the main* | flexible solar panel that powers the entire system

摘要：In recent years, flexible* sensors have* | , flexible* displays and motion detection. However, they* | devices, soft robots and electronic skin. | attracted the interest of researchers due to their | excellent potential for applications in health monitoring

摘要：-fiber materials are utilized for the flexible* skin and* | The morphing wing can change its shape through | mechanism deformation, to improve the aerodynamic | performance of the aircraft and save energy. Based on the | multi-stable beam-type metastructures, a morphing wing

摘要：This paper presents a flexible* electrotextile* | -based solid skin-equivalent phantom operating in the | reflection coefficient at the air/skin* interface in the* | target reflection coefficient of the human skin. For | millimeter-wave (mmW) range. The phantom reproduces the

摘要： study, we present a flexible* electronic sensor with a* | . The flexible* design ensures effective signal capture* | Noncontact electrocardiogram (ECG) sensors | have been widely explored as unobtrusive, long-term | solutions for detecting atrial fibrillation (AF). Recent

摘要： information, while a flexible* display curved around the* | integrated flexible* OLED display technology used as a* | robotic skin-interface to improve robot-to-human | showed that using flexible* OLED technology could* | In the evolving field of industrial automation

摘要： skin by integrating a flexible microLED display, a | softness and stretchability inherent to human skin. Here | , a fully flexible, all-in-one electronic display | microLEDs onto a flexible* substrate, ensuring high* | flexibility and ultra-thin (240 m). The flexible* hydrogel*