FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285115201> ?p ?o ?g. }

• W4285115201 endingPage "308" @default.
• W4285115201 startingPage "273" @default.
• W4285115201 abstract "Miniaturized sensing devices have emerged as prevailing micro-scale analysis devices in the past few decades. In this context, metal nanoparticle-based sensors have proved their potential in developing highly sensitive and selective on-site detection techniques for various analytes and environmental toxins. Among various environmental pollutants, heavy metal contamination is the most severe problem worldwide because of its potential toxicity and non-biodegradable nature, even at lower exposure levels. Conventional analytical techniques for measuring metal toxins include atomic absorption spectroscopy (AAS), inductively coupled plasma mass spectroscopy (ICP-MS), and reversed-phase high-performance liquid chromatography. These methods give accurate results but are time-consuming, require a dedicated laboratory setup, sophisticated equipment setup, and trained personnel to operate. Therefore, an alternative user-friendly and cost-effective method is required for rapid and real-time monitoring of heavy metal toxins in groundwater and industrial wastewater monitoring. Efforts are being made in developing metal nanoparticle-enabled sensors because of distinct optical and electrical properties, which renders better selectivity, sensitivity, and portability that can be readily used in developing commercial products. The sensing process is based on the aggregation of nanoparticles in the presence of specific metal ions coupled with visible color change detected by naked eyes, indicating the presence of targeted heavy metal toxins. This chapter summarizes various synthesis processes and potential colorimetric-based sensing applications of metal nanoparticle-enabled sensors for assessing clean and safe drinking water." @default.
• W4285115201 created "2022-07-14" @default.
• W4285115201 creator A5042790703 @default.
• W4285115201 creator A5085292862 @default.
• W4285115201 date "2022-01-01" @default.
• W4285115201 modified "2023-09-25" @default.
• W4285115201 title "Gold Nanoparticle-Based Colorimetric Sensing of Metal Toxins" @default.
• W4285115201 cites W1698927145 @default.
• W4285115201 cites W1831482688 @default.
• W4285115201 cites W1949636578 @default.
• W4285115201 cites W1966686655 @default.
• W4285115201 cites W1968044889 @default.
• W4285115201 cites W1969163006 @default.
• W4285115201 cites W1972373529 @default.
• W4285115201 cites W1979165879 @default.
• W4285115201 cites W1983540140 @default.
• W4285115201 cites W1986297691 @default.
• W4285115201 cites W1990103849 @default.
• W4285115201 cites W1993411363 @default.
• W4285115201 cites W1995348245 @default.
• W4285115201 cites W1995468808 @default.
• W4285115201 cites W1999091059 @default.
• W4285115201 cites W1999481730 @default.
• W4285115201 cites W2001607419 @default.
• W4285115201 cites W2003895241 @default.
• W4285115201 cites W2006920668 @default.
• W4285115201 cites W2008654270 @default.
• W4285115201 cites W2011456746 @default.
• W4285115201 cites W2011486406 @default.
• W4285115201 cites W2016669991 @default.
• W4285115201 cites W2018770689 @default.
• W4285115201 cites W2020451212 @default.
• W4285115201 cites W2022570981 @default.
• W4285115201 cites W2023948084 @default.
• W4285115201 cites W2025295644 @default.
• W4285115201 cites W2026945088 @default.
• W4285115201 cites W2027055195 @default.
• W4285115201 cites W2028941783 @default.
• W4285115201 cites W2030781145 @default.
• W4285115201 cites W2030936891 @default.
• W4285115201 cites W2033043994 @default.
• W4285115201 cites W2034565241 @default.
• W4285115201 cites W2037239801 @default.
• W4285115201 cites W2040080388 @default.
• W4285115201 cites W2043688684 @default.
• W4285115201 cites W2044135364 @default.
• W4285115201 cites W2045362512 @default.
• W4285115201 cites W2051117247 @default.
• W4285115201 cites W2052130118 @default.
• W4285115201 cites W2052589027 @default.
• W4285115201 cites W2052690480 @default.
• W4285115201 cites W2053214320 @default.
• W4285115201 cites W2055186271 @default.
• W4285115201 cites W2055944585 @default.
• W4285115201 cites W2060548012 @default.
• W4285115201 cites W2060673929 @default.
• W4285115201 cites W2062110000 @default.
• W4285115201 cites W2065524927 @default.
• W4285115201 cites W2069623688 @default.
• W4285115201 cites W2075165641 @default.
• W4285115201 cites W2081510223 @default.
• W4285115201 cites W2088205632 @default.
• W4285115201 cites W2103381668 @default.
• W4285115201 cites W2104760032 @default.
• W4285115201 cites W2107328159 @default.
• W4285115201 cites W2115029038 @default.
• W4285115201 cites W2115935419 @default.
• W4285115201 cites W2116477242 @default.
• W4285115201 cites W2118896408 @default.
• W4285115201 cites W2130219189 @default.
• W4285115201 cites W2146840672 @default.
• W4285115201 cites W2147019062 @default.
• W4285115201 cites W2147575386 @default.
• W4285115201 cites W2149626302 @default.
• W4285115201 cites W2151110124 @default.
• W4285115201 cites W2156769174 @default.
• W4285115201 cites W2160743259 @default.
• W4285115201 cites W2170485872 @default.
• W4285115201 cites W2179054014 @default.
• W4285115201 cites W2179466459 @default.
• W4285115201 cites W2254645739 @default.
• W4285115201 cites W2258621339 @default.
• W4285115201 cites W2276381328 @default.
• W4285115201 cites W2282318114 @default.
• W4285115201 cites W2292492309 @default.
• W4285115201 cites W2321562224 @default.
• W4285115201 cites W2322196610 @default.
• W4285115201 cites W2326080964 @default.
• W4285115201 cites W2330957977 @default.
• W4285115201 cites W2332595896 @default.
• W4285115201 cites W2333196064 @default.
• W4285115201 cites W2334733301 @default.
• W4285115201 cites W2339185065 @default.
• W4285115201 cites W2344424482 @default.
• W4285115201 cites W2489771648 @default.
• W4285115201 cites W2493886860 @default.
• W4285115201 cites W2517395399 @default.
• W4285115201 cites W2520302500 @default.

• next