Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285181696> ?p ?o ?g. }
- W4285181696 endingPage "132" @default.
- W4285181696 startingPage "119" @default.
- W4285181696 abstract "Nanoparticles are a significant class of nanomaterials. The diameter of nanoparticles can vary from one to a few hundreds of nanometers in size. The enthusiasm for nanoscale materials comes from the way in which their properties change with their size or shape. Nanoparticles can be amorphous or crystalline in nature. The crystalline form of nanoparticles is called nanocrystals. Nanocrystals are also incorporated from metals such as gold, silver, and cobalt. Semiconductors such as sulphide, selenide, cadmium telluride, arsenides, gallium and indium phosphides can also be used to form nanocrystals. Nanocrystals can also be formed from metal oxides. Colloidal nanocrystals are considered to be artificial molecules that essentially constitute a new form of matter. Colloidal metal nanocrystals based positively on gold are most prominent. Colloidal gold has been fabricated to have excellent features in organic and aqueous solutions. They have discrete optical vitality spectra such as molecules that are tunable over a wide scope of wavelengths. Nanocrystals must be crystalline, composed of one domain with a finely distributed size. A specific sample must have a distinctive, unvarying shape of nanocrystal. Nanotechnology has an extensive variety of applicability to different fields including medicine, basic biological research, solar cells, light emitting diodes, biomedical imaging tags, catalysts, and sensors. Biomedicine is a significant area of research. Colloidal nanocrystal synthesis has attracted researchers in the areas of materials science and life science owing to its fascinating features." @default.
- W4285181696 created "2022-07-14" @default.
- W4285181696 creator A5011822238 @default.
- W4285181696 creator A5015423034 @default.
- W4285181696 creator A5037123844 @default.
- W4285181696 creator A5063542539 @default.
- W4285181696 creator A5074696834 @default.
- W4285181696 creator A5087283195 @default.
- W4285181696 date "2022-01-01" @default.
- W4285181696 modified "2023-09-27" @default.
- W4285181696 title "Colloidal as nanocrystals for biomedical applications" @default.
- W4285181696 cites W1513209253 @default.
- W4285181696 cites W1964268942 @default.
- W4285181696 cites W1966003832 @default.
- W4285181696 cites W1972531827 @default.
- W4285181696 cites W1972802699 @default.
- W4285181696 cites W1986664194 @default.
- W4285181696 cites W1991725654 @default.
- W4285181696 cites W1996844579 @default.
- W4285181696 cites W2002770407 @default.
- W4285181696 cites W2004128120 @default.
- W4285181696 cites W2006842594 @default.
- W4285181696 cites W2007667356 @default.
- W4285181696 cites W2008498840 @default.
- W4285181696 cites W2010467127 @default.
- W4285181696 cites W2014373648 @default.
- W4285181696 cites W2014794885 @default.
- W4285181696 cites W2021476451 @default.
- W4285181696 cites W2024383637 @default.
- W4285181696 cites W2025669689 @default.
- W4285181696 cites W2026025109 @default.
- W4285181696 cites W2027175712 @default.
- W4285181696 cites W2037059989 @default.
- W4285181696 cites W2042320308 @default.
- W4285181696 cites W2046756243 @default.
- W4285181696 cites W2048322418 @default.
- W4285181696 cites W2048393999 @default.
- W4285181696 cites W2049543990 @default.
- W4285181696 cites W2052130118 @default.
- W4285181696 cites W2054176371 @default.
- W4285181696 cites W2055876936 @default.
- W4285181696 cites W2060604247 @default.
- W4285181696 cites W2062387698 @default.
- W4285181696 cites W2062470136 @default.
- W4285181696 cites W2063672659 @default.
- W4285181696 cites W2063832829 @default.
- W4285181696 cites W2069255236 @default.
- W4285181696 cites W2071217179 @default.
- W4285181696 cites W2075606880 @default.
- W4285181696 cites W2079168516 @default.
- W4285181696 cites W2085207495 @default.
- W4285181696 cites W2091279318 @default.
- W4285181696 cites W2091289270 @default.
- W4285181696 cites W2093556268 @default.
- W4285181696 cites W2095545446 @default.
- W4285181696 cites W2099412187 @default.
- W4285181696 cites W2101130956 @default.
- W4285181696 cites W2105889394 @default.
- W4285181696 cites W2112255801 @default.
- W4285181696 cites W2112836469 @default.
- W4285181696 cites W2119405775 @default.
- W4285181696 cites W2123605247 @default.
- W4285181696 cites W2125044103 @default.
- W4285181696 cites W2129345242 @default.
- W4285181696 cites W2134843000 @default.
- W4285181696 cites W2144466990 @default.
- W4285181696 cites W2149278124 @default.
- W4285181696 cites W2163228967 @default.
- W4285181696 cites W2172201846 @default.
- W4285181696 cites W2222423113 @default.
- W4285181696 cites W2272252585 @default.
- W4285181696 cites W2285120901 @default.
- W4285181696 cites W2293081478 @default.
- W4285181696 cites W2320929874 @default.
- W4285181696 cites W2343948856 @default.
- W4285181696 cites W2346816906 @default.
- W4285181696 cites W2468238829 @default.
- W4285181696 cites W2471293264 @default.
- W4285181696 cites W2510644416 @default.
- W4285181696 cites W2512441039 @default.
- W4285181696 cites W2579019616 @default.
- W4285181696 cites W2742367187 @default.
- W4285181696 cites W2744182579 @default.
- W4285181696 cites W2800070554 @default.
- W4285181696 cites W2949430071 @default.
- W4285181696 cites W2950171614 @default.
- W4285181696 cites W2981739183 @default.
- W4285181696 cites W3007599434 @default.
- W4285181696 cites W3045846749 @default.
- W4285181696 cites W42308261 @default.
- W4285181696 cites W4233600756 @default.
- W4285181696 cites W4234612215 @default.
- W4285181696 cites W4250375135 @default.
- W4285181696 cites W1979672545 @default.
- W4285181696 doi "https://doi.org/10.1016/b978-0-12-824024-3.00002-6" @default.
- W4285181696 hasPublicationYear "2022" @default.
- W4285181696 type Work @default.
- W4285181696 citedByCount "0" @default.