Amani s Almuslem

Amani s Almuslem
King Abdullah University of Science and Technology | KAUST · Department of Electrical Engineering

PhD student

About

8
Publications
3,820
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226
Citations
Introduction
Skills and Expertise

Publications

Publications (8)
Article
Physically flexible and stretchable electronics can be an enormous asset to explore and to thrive in harsh environments including space, deep oceans, and industrial plants. In article number 1900145, Muhammad M. Hussain and co‐workers describe recent progress in the development of flexible electronics for extreme environments. They explore the impo...
Article
Full-text available
Monitoring, measuring, and controlling electronic systems in space exploration, automotive industries, downhole oil and gas industries, marine environment, geothermal power plants, etc., require materials and processes that can withstand harsh environments. Such harshness can come from the surrounding temperature, varying pressure, intense radiatio...
Article
In article number 1702221, Muhammad M. Hussain and co‐workers demonstrate corrugation architecture enabled ultra‐flexible (140 mm bending radius), high performance (17.2% photovoltaic efficiency) crystalline silicon solar cells (each cell area 1276.2 mm²) on a five‐inch wafer via a lithography‐less Complementary Metal Oxide Semiconductor (CMOS) com...
Article
Advanced classes of modern application require new generation of versatile solar cells showcasing extreme mechanical resilience, large-scale, low cost, and excellent power conversion efficiency. Conventional crystalline silicon-based solar cells offer one of the most highly efficient power sources, but a key challenge remains to attain mechanical r...
Article
Full-text available
p>There is an increasing demand for advanced healthcare electronics. That can be powered by physically flexible, biocompatible and high performance energy storage devices. However, existing technologies do not allow a combination of all favorable attributes in a single system. Now Muhammad Hussain and co-workers from King Abdullah University of Sci...
Article
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In the recent past, with the advent of transient electronics for mostly implantable and secured electronic applications, the whole field effect transistor structure has been dissolved in a variety of chemicals. Here, we show simple water soluble nano-scale (sub-10 nm) germanium oxide (GeO2) as the dissolvable component to remove the functional stru...
Article
Full-text available
Thinned silicon based complementary metal oxide semiconductor(CMOS)electronics can be physically flexible. To overcome challenges of limited thinning and damaging of devices originated from back grinding process, we show sequential reactive ion etching of silicon with the assistance from soft polymeric materials to efficiently achieve thinned (40 μ...

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