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- W2894063412 abstract "Abstract With the development of technology, process control has become central to the working of modern industries as well as devices. Sensors are at the heart of these advances; where, the need for high sensitivity, quick response as well as recovery, and low power consumption is imperative at economic prices. The use of nanomaterials has shown to greatly enhance the sensing performance of a device owing to the large surface area of such materials. The large surface-to-volume and pitted structure, along with extraordinary electrical and thermal conductivities, make it most favorable material for gas sensing applications. Major advancements in the CNTs based gas sensors involve the enhancing the sensitivity and selectivity of the nanotubes. This can be achieved by specific functionalization of CNTs with a variety of materials such as noble metals, metal oxides, polymers, etc. It has been found that, for sensor applications, modifications of CNTs with certain materials can enhance the selectivity and sensitivity of CNTs and make it sensitive towards several harmful gases. In this article, we present a comprehensive analysis of the past as well as present day CNTs gas sensors technology. The study presented in this paper are helpful to develop advanced devices with the application of highly efficient sensors." @default.
- W2894063412 created "2018-10-05" @default.
- W2894063412 creator A5007835086 @default.
- W2894063412 creator A5013492982 @default.
- W2894063412 creator A5040977964 @default.
- W2894063412 creator A5067799430 @default.
- W2894063412 date "2018-11-01" @default.
- W2894063412 modified "2023-10-04" @default.
- W2894063412 title "A review on сhemiresistive gas sensors based on carbon nanotubes: Device and technology transformation" @default.
- W2894063412 cites W1513273186 @default.
- W2894063412 cites W1846957791 @default.
- W2894063412 cites W1968500219 @default.
- W2894063412 cites W1970348878 @default.
- W2894063412 cites W1971398051 @default.
- W2894063412 cites W1975825463 @default.
- W2894063412 cites W1990818663 @default.
- W2894063412 cites W1994117318 @default.
- W2894063412 cites W1997205384 @default.
- W2894063412 cites W1997931267 @default.
- W2894063412 cites W2000647190 @default.
- W2894063412 cites W2002971039 @default.
- W2894063412 cites W2003613314 @default.
- W2894063412 cites W2004317509 @default.
- W2894063412 cites W2007205214 @default.
- W2894063412 cites W2019049685 @default.
- W2894063412 cites W2019838748 @default.
- W2894063412 cites W2021112734 @default.
- W2894063412 cites W2022540905 @default.
- W2894063412 cites W2022847826 @default.
- W2894063412 cites W2023248248 @default.
- W2894063412 cites W2024267048 @default.
- W2894063412 cites W2026941667 @default.
- W2894063412 cites W2028231722 @default.
- W2894063412 cites W2034593087 @default.
- W2894063412 cites W2042469935 @default.
- W2894063412 cites W2045720688 @default.
- W2894063412 cites W2047404449 @default.
- W2894063412 cites W2048641135 @default.
- W2894063412 cites W2049728266 @default.
- W2894063412 cites W2049947593 @default.
- W2894063412 cites W2054402089 @default.
- W2894063412 cites W2055368150 @default.
- W2894063412 cites W2058368007 @default.
- W2894063412 cites W2058897367 @default.
- W2894063412 cites W2060281696 @default.
- W2894063412 cites W2069515913 @default.
- W2894063412 cites W2070902743 @default.
- W2894063412 cites W2071557136 @default.
- W2894063412 cites W2072960456 @default.
- W2894063412 cites W2075148335 @default.
- W2894063412 cites W2076529815 @default.
- W2894063412 cites W2077279510 @default.
- W2894063412 cites W2077623860 @default.
- W2894063412 cites W2078509699 @default.
- W2894063412 cites W2078830893 @default.
- W2894063412 cites W2080868289 @default.
- W2894063412 cites W2082719827 @default.
- W2894063412 cites W2085138559 @default.
- W2894063412 cites W2093110250 @default.
- W2894063412 cites W2094361903 @default.
- W2894063412 cites W2097717881 @default.
- W2894063412 cites W2106187991 @default.
- W2894063412 cites W2111226944 @default.
- W2894063412 cites W2114987091 @default.
- W2894063412 cites W2116656110 @default.
- W2894063412 cites W2119264821 @default.
- W2894063412 cites W2124674816 @default.
- W2894063412 cites W2130261043 @default.
- W2894063412 cites W2141810551 @default.
- W2894063412 cites W2146161411 @default.
- W2894063412 cites W2147199419 @default.
- W2894063412 cites W2152608856 @default.
- W2894063412 cites W2154883656 @default.
- W2894063412 cites W2170279051 @default.
- W2894063412 cites W2222959296 @default.
- W2894063412 cites W2313749916 @default.
- W2894063412 cites W2315634685 @default.
- W2894063412 cites W2329656690 @default.
- W2894063412 cites W2330310489 @default.
- W2894063412 cites W2333555656 @default.
- W2894063412 cites W2334409224 @default.
- W2894063412 cites W2483047240 @default.
- W2894063412 cites W2504088873 @default.
- W2894063412 cites W2555221841 @default.
- W2894063412 cites W2557907881 @default.
- W2894063412 cites W2564574018 @default.
- W2894063412 cites W2574697169 @default.
- W2894063412 cites W2578880178 @default.
- W2894063412 cites W2584247847 @default.
- W2894063412 cites W2590955492 @default.
- W2894063412 cites W2600389462 @default.
- W2894063412 cites W2622053352 @default.
- W2894063412 cites W2727239280 @default.
- W2894063412 cites W2756292306 @default.
- W2894063412 cites W2766595019 @default.
- W2894063412 doi "https://doi.org/10.1016/j.sna.2018.09.061" @default.
- W2894063412 hasPublicationYear "2018" @default.
- W2894063412 type Work @default.