Electrochemical alumina technology for power electronics devices by D. L. Shimanovich, V. A. Yakovtseva

“…The developed technology can be used in the production of any electronic device operated in the temperature range from 10 to 473 K and frequencies of the gigahertz range.…”
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Remote monitoring of cardiac implantable electronic devices by Nobuhiro Nishii, MD

Subjects: “…Cardiac implantable electronic devices…”
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Advances in Assistive Electronic Device Solutions for Urology by Kieran Holmes-Martin, Minghui Zhu, Shujun Xiao, Faezeh Arab Hassani

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Wearable electronic devices for glaucoma monitoring and therapy by Wanqing Zhang, Lingling Huang, Robert N. Weinreb, Huanyu Cheng

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Twisted fiber batteries for wearable electronic devices by Yunru Yu, Xiaocheng Wang, Chaoyu Yang, Luoran Shang

“…Wearable electronic devices are important in recording signals related to human activities. …”
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Radiation Effects of Advanced Electronic Devices and Circuits by Yaqing Chi, Chang Cai, Li Cai

“…Research on the effects of radiation on advanced electronic devices and integrated circuits has experienced rapid growth over the last few years, resulting in many approaches being developed for the modeling of radiation’s effects and the design of advanced radiation-hardened electronic devices and integrated circuits [...]…”
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Conductive organic electrodes for flexible electronic devices by Amrita Chakraborty, Daniel Herrera, Payton Fallen, Daniel Hall, Nicholas Bampton, Thomas Olivero, Marius Orlowski

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Limits and options for electronic devices for the treatment of hydrocephalus by Miethke Christoph

Biodegradable Polymeric Materials in Degradable Electronic Devices by Vivian R. Feig, Helen Tran, Zhenan Bao

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Cardiac implantable electronic devices (CIEDs) and allergy by Ermenegildo De Ruvo MD, Mattia Petrungaro MD, Lucia De Luca MD, PhD, Edoardo Bressi MD, Giuseppe Bruni MD, Alessandro Fagagnini MD, Domenico Grieco MD, PhD, Anna Maria Martino MD, PhD, Marco Panuccio MD, Alessandro Politano MD, Marco Rebecchi MD, Leonardo Calò MD

Subjects: “…cardiac implantable electronic devices…”
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Complications related to cardiac implantable electronic devices by Diego Ignacio Vanegas-Cadavid, Linda Ibatá-Bernal, Paula Andrea Franco-Garrido, Zulma Valderrama-Barbosa

“…Introduction: complications due to cardiac implantable electronic devices have been sparsely studied despite the increased number and complexity of these procedures in a population with multiple comorbidities. …”
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Graphene for Electron Devices: The Panorama of a Decade by G. N. Dash, Satya R. Pattanaik, Sriyanka Behera

“…IEEE Journal of the Electron Devices Society…”
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Theory and simulation of amorphous organic electronic devices by Madigan, Conor (Conor Francis), 1978-

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Quantum mechanical transport in submicron electronic devices by Bagwell, Philip F. (Philip Frederick)

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High-Frequency (> 100 GHz) Electronic Devices by Hu, Qing, Jacobson, Brian R., Garcia, Edouard A., Wyss, Rolf A., Eugster, Cristopher C., del Alamo, Jesús A., Gupta, Rajesh K., Velazquez, Scott R., Smet, Jurgen H., Fonstad, Clifton G.

Subjects: “…High-Frequency (> 100 GHz) Electronic Devices…”
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High-Frequency (> 100 GHz) Electronic Devices by Hu, Qing, Jacobson, Brian R., Garcia, Edouard A., Wyss, Rolf A., Eugster, Cristopher C., del Alamo, Jesús, Gupta, Rajesh K., Smet, Jurgen H., Lee, Zachary K., Fonstad, Clifton G., Jr.

Subjects: “…High-Frequency (> 100 GHz) Electronic Devices…”
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An electronic device to reduce the dynamic range of speech by Hildebrant, Eric Michael

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Light-tunable two-dimensional electronic devices by Zhu, Chao

“…By now, a lot of efforts have been put on the control of electronic properties of 2D materials and 2D electronic devices. However, most studies have focused on the electric field control by the gate. …”
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Some thermal mismatch problems in electronic devices by Fazrul Fazmi

“…Electronic devices consist of multiple layers of different materials having different coefficient of thermal expansion (CTE). …”
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Organic semiconductors for biocompatible and transient electronic devices by Li, Ting

“…Furthermore, these transient OECTs demonstrate good transient functionality and controllable device failure, showing the potential for high-performance transient electronic devices.…”
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