Matches in SemOpenAlex for { <https://semopenalex.org/work/W2018166155> ?p ?o ?g. }
- W2018166155 endingPage "770" @default.
- W2018166155 startingPage "757" @default.
- W2018166155 abstract "Combinatorial techniques, in which a library of chemical formulations is scanned for specific activity, have been used extensively to expedite the discovery phase of pharmaceutical compounds. Such techniques have more recently come to prominence in relation to the discovery of novel functional inorganic materials using methods of thin film deposition. Here the aim is to prepare a thin film sample containing a spread of compositions so that localised measurements can explore a range of properties across the phase diagram. The application of high throughput thin film techniques to the optimisation of materials properties has its roots in earlier studies which exploited position-dependent process variables to assist optimisation protocols. Indeed, we argue here that one of the biggest challenges facing combinatorial materials science is to ensure that property variations can be ascribed solely to composition changes, by achieving sufficient control over the inevitable variation in other process parameters. This review provides a discussion of the range of parameters, including composition, which can be controllably varied as a function of position during thin film growth. In addition to the growth techniques themselves, we discuss the requirements placed on materials diagnostics and property measurements, which are essential for the high throughput capability to be realised." @default.
- W2018166155 created "2016-06-24" @default.
- W2018166155 creator A5024904688 @default.
- W2018166155 creator A5054968582 @default.
- W2018166155 date "2008-07-01" @default.
- W2018166155 modified "2023-09-24" @default.
- W2018166155 title "High throughput thin film materials science" @default.
- W2018166155 cites W1517768996 @default.
- W2018166155 cites W1596093498 @default.
- W2018166155 cites W1623965437 @default.
- W2018166155 cites W1637799068 @default.
- W2018166155 cites W1665254218 @default.
- W2018166155 cites W1667899261 @default.
- W2018166155 cites W1964257994 @default.
- W2018166155 cites W1983352370 @default.
- W2018166155 cites W1985805495 @default.
- W2018166155 cites W1989448614 @default.
- W2018166155 cites W1990378648 @default.
- W2018166155 cites W1991917938 @default.
- W2018166155 cites W1996232687 @default.
- W2018166155 cites W2000957678 @default.
- W2018166155 cites W2006420914 @default.
- W2018166155 cites W2006615666 @default.
- W2018166155 cites W2007220361 @default.
- W2018166155 cites W2007747681 @default.
- W2018166155 cites W2008408780 @default.
- W2018166155 cites W2010630649 @default.
- W2018166155 cites W2010640172 @default.
- W2018166155 cites W2010654635 @default.
- W2018166155 cites W2012282915 @default.
- W2018166155 cites W2012632587 @default.
- W2018166155 cites W2015038019 @default.
- W2018166155 cites W2015999178 @default.
- W2018166155 cites W2021863427 @default.
- W2018166155 cites W2024563675 @default.
- W2018166155 cites W2025399369 @default.
- W2018166155 cites W2026005718 @default.
- W2018166155 cites W2029319007 @default.
- W2018166155 cites W2029579928 @default.
- W2018166155 cites W2032820958 @default.
- W2018166155 cites W2038590128 @default.
- W2018166155 cites W2038792955 @default.
- W2018166155 cites W2049718400 @default.
- W2018166155 cites W2049819231 @default.
- W2018166155 cites W2051150070 @default.
- W2018166155 cites W2052430977 @default.
- W2018166155 cites W2054536588 @default.
- W2018166155 cites W2054629613 @default.
- W2018166155 cites W2055078489 @default.
- W2018166155 cites W2056782397 @default.
- W2018166155 cites W2057129242 @default.
- W2018166155 cites W2058557544 @default.
- W2018166155 cites W2058940818 @default.
- W2018166155 cites W2061197646 @default.
- W2018166155 cites W2061417683 @default.
- W2018166155 cites W2063940386 @default.
- W2018166155 cites W2064541485 @default.
- W2018166155 cites W2066628714 @default.
- W2018166155 cites W2067068748 @default.
- W2018166155 cites W2070227427 @default.
- W2018166155 cites W2071809513 @default.
- W2018166155 cites W2072259660 @default.
- W2018166155 cites W2076596132 @default.
- W2018166155 cites W2076914083 @default.
- W2018166155 cites W2077859106 @default.
- W2018166155 cites W2080449227 @default.
- W2018166155 cites W2083974476 @default.
- W2018166155 cites W2085012620 @default.
- W2018166155 cites W2087873062 @default.
- W2018166155 cites W2089243883 @default.
- W2018166155 cites W2089571021 @default.
- W2018166155 cites W2090308994 @default.
- W2018166155 cites W2094749470 @default.
- W2018166155 cites W2095538582 @default.
- W2018166155 cites W2110674133 @default.
- W2018166155 cites W2111667343 @default.
- W2018166155 cites W2124123398 @default.
- W2018166155 cites W2130046985 @default.
- W2018166155 cites W2140767804 @default.
- W2018166155 cites W2145103345 @default.
- W2018166155 cites W2152420289 @default.
- W2018166155 cites W2180898129 @default.
- W2018166155 cites W219994248 @default.
- W2018166155 cites W2251101607 @default.
- W2018166155 cites W2300402226 @default.
- W2018166155 cites W2949135888 @default.
- W2018166155 cites W3122709753 @default.
- W2018166155 cites W47877343 @default.
- W2018166155 cites W72288953 @default.
- W2018166155 doi "https://doi.org/10.1179/174328408x293612" @default.
- W2018166155 hasPublicationYear "2008" @default.
- W2018166155 type Work @default.
- W2018166155 sameAs 2018166155 @default.
- W2018166155 citedByCount "45" @default.
- W2018166155 countsByYear W20181661552012 @default.
- W2018166155 countsByYear W20181661552013 @default.
- W2018166155 countsByYear W20181661552014 @default.
- W2018166155 countsByYear W20181661552015 @default.