FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3193287576> ?p ?o ?g. }

• W3193287576 endingPage "5056" @default.
• W3193287576 startingPage "5056" @default.
• W3193287576 abstract "Nanomaterials have gained considerable attention over the last decade, finding applications in emerging fields such as wearable sensors, biomedical care, and implantable electronics. However, these applications require miniaturization operating with extremely low power levels to conveniently sense various signals anytime, anywhere, and show the information in various ways. From this perspective, a crucial field is technologies that can harvest energy from the environment as sustainable, self-sufficient, self-powered sensors. Here we revisit recent advances in various self-powered sensors: optical, chemical, biological, medical, and gas. A timely overview is provided of unconventional nanomaterial sensors operated by self-sufficient energy, focusing on the energy source classification and comparisons of studies including self-powered photovoltaic, piezoelectric, triboelectric, and thermoelectric technology. Integration of these self-operating systems and new applications for neuromorphic sensors are also reviewed. Furthermore, this review discusses opportunities and challenges from self-powered nanomaterial sensors with respect to their energy harvesting principles and sensing applications." @default.
• W3193287576 created "2021-08-30" @default.
• W3193287576 creator A5082185335 @default.
• W3193287576 creator A5088643953 @default.
• W3193287576 date "2021-08-20" @default.
• W3193287576 modified "2023-10-10" @default.
• W3193287576 title "Self-Powered Sensors: New Opportunities and Challenges from Two-Dimensional Nanomaterials" @default.
• W3193287576 cites W2014935324 @default.
• W3193287576 cites W2030106935 @default.
• W3193287576 cites W2066061312 @default.
• W3193287576 cites W2093018115 @default.
• W3193287576 cites W2122039384 @default.
• W3193287576 cites W2127446495 @default.
• W3193287576 cites W2235609486 @default.
• W3193287576 cites W2253783574 @default.
• W3193287576 cites W2263472996 @default.
• W3193287576 cites W2277212840 @default.
• W3193287576 cites W2513675659 @default.
• W3193287576 cites W2559937050 @default.
• W3193287576 cites W2599597407 @default.
• W3193287576 cites W2620073914 @default.
• W3193287576 cites W2704889111 @default.
• W3193287576 cites W2746340470 @default.
• W3193287576 cites W2757598758 @default.
• W3193287576 cites W2783758200 @default.
• W3193287576 cites W2783940265 @default.
• W3193287576 cites W2789362147 @default.
• W3193287576 cites W2799968802 @default.
• W3193287576 cites W2800797413 @default.
• W3193287576 cites W2802307201 @default.
• W3193287576 cites W2836558424 @default.
• W3193287576 cites W2886385043 @default.
• W3193287576 cites W2889189003 @default.
• W3193287576 cites W2905533294 @default.
• W3193287576 cites W2928186817 @default.
• W3193287576 cites W2946364559 @default.
• W3193287576 cites W2946438891 @default.
• W3193287576 cites W2946927748 @default.
• W3193287576 cites W2950052450 @default.
• W3193287576 cites W2952582949 @default.
• W3193287576 cites W2966741821 @default.
• W3193287576 cites W2973624877 @default.
• W3193287576 cites W2974695343 @default.
• W3193287576 cites W2985332428 @default.
• W3193287576 cites W2988097115 @default.
• W3193287576 cites W2988159802 @default.
• W3193287576 cites W2994732968 @default.
• W3193287576 cites W2995880928 @default.
• W3193287576 cites W3000419547 @default.
• W3193287576 cites W3000477231 @default.
• W3193287576 cites W3001009068 @default.
• W3193287576 cites W3009596392 @default.
• W3193287576 cites W3010567693 @default.
• W3193287576 cites W3015381101 @default.
• W3193287576 cites W3028262887 @default.
• W3193287576 cites W3030279886 @default.
• W3193287576 cites W3030601801 @default.
• W3193287576 cites W3036109360 @default.
• W3193287576 cites W3037630240 @default.
• W3193287576 cites W3038853635 @default.
• W3193287576 cites W3042516527 @default.
• W3193287576 cites W3043549543 @default.
• W3193287576 cites W3043728880 @default.
• W3193287576 cites W3045826435 @default.
• W3193287576 cites W3049657765 @default.
• W3193287576 cites W3054245704 @default.
• W3193287576 cites W3082190977 @default.
• W3193287576 cites W3082196313 @default.
• W3193287576 cites W3090826816 @default.
• W3193287576 cites W3093172973 @default.
• W3193287576 cites W3093281319 @default.
• W3193287576 cites W3094696236 @default.
• W3193287576 cites W3097933705 @default.
• W3193287576 cites W3111791174 @default.
• W3193287576 cites W3112709105 @default.
• W3193287576 cites W3112861309 @default.
• W3193287576 cites W3114989862 @default.
• W3193287576 cites W3115979315 @default.
• W3193287576 cites W3118502979 @default.
• W3193287576 cites W3119672113 @default.
• W3193287576 cites W3123459596 @default.
• W3193287576 cites W3130425124 @default.
• W3193287576 cites W3131417767 @default.
• W3193287576 cites W3132552794 @default.
• W3193287576 cites W3156512431 @default.
• W3193287576 cites W3165197589 @default.
• W3193287576 cites W3168773573 @default.
• W3193287576 cites W3170157348 @default.
• W3193287576 cites W3172726409 @default.
• W3193287576 doi "https://doi.org/10.3390/molecules26165056" @default.
• W3193287576 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8398567" @default.
• W3193287576 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34443640" @default.
• W3193287576 hasPublicationYear "2021" @default.
• W3193287576 type Work @default.
• W3193287576 sameAs 3193287576 @default.
• W3193287576 citedByCount "10" @default.
• W3193287576 countsByYear W31932875762022 @default.
• W3193287576 countsByYear W31932875762023 @default.

• next