FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3203894181> ?p ?o ?g. }

• W3203894181 endingPage "1073" @default.
• W3203894181 startingPage "1061" @default.
• W3203894181 abstract "Binary thiol-amine mixtures termed ‘alkahests’ possess high solvent power for an assortment of bulk solids, such as metals and metal chalcogenides, under mild conditions. The resulting inks are used in the solution deposition of metal chalcogenide thin films for a variety of applications. The molecular solutes resulting from the dissolution of bulk solid precursors affect film quality; it is therefore important to identify them to effectively tailor ink compositions for thin film optimization. Thiol-amine solutions have closed the gap with hydrazine-processed devices, with favorable efficiencies in solar cells and thermoelectric devices. Thiol-amine solutions have been leveraged in other areas, such as engineering the surfaces of nanocrystals. Solution deposition of thin films has garnered interest as a replacement for vacuum deposition techniques due to its scalability and lower cost. While hydrazine processing offered an alternative to vacuum deposition, its commercialization is limited due to its toxicity and explosive nature. Binary thiol-amine mixtures (‘alkahests’) have proven usage in the dissolution of a wide range of inexpensive bulk solids to give inks. Intensive studies of dissolution, solute speciation, and decomposition mechanisms have bridged the quality gap between hydrazine-processed and vacuum-deposited thin films, but analogous studies for thiol-amine mixtures are nascent. Here, we outline recent progress made in identifying the molecular solutes from bulk solid dissolution in thiol-amine solutions. New applications and potential areas of future study are highlighted. Solution deposition of thin films has garnered interest as a replacement for vacuum deposition techniques due to its scalability and lower cost. While hydrazine processing offered an alternative to vacuum deposition, its commercialization is limited due to its toxicity and explosive nature. Binary thiol-amine mixtures (‘alkahests’) have proven usage in the dissolution of a wide range of inexpensive bulk solids to give inks. Intensive studies of dissolution, solute speciation, and decomposition mechanisms have bridged the quality gap between hydrazine-processed and vacuum-deposited thin films, but analogous studies for thiol-amine mixtures are nascent. Here, we outline recent progress made in identifying the molecular solutes from bulk solid dissolution in thiol-amine solutions. New applications and potential areas of future study are highlighted." @default.
• W3203894181 created "2021-10-11" @default.
• W3203894181 creator A5000409467 @default.
• W3203894181 creator A5043104716 @default.
• W3203894181 creator A5065987867 @default.
• W3203894181 date "2021-12-01" @default.
• W3203894181 modified "2023-10-17" @default.
• W3203894181 title "Progress of thiol-amine ‘alkahest’ solutions for thin film deposition" @default.
• W3203894181 cites W1245359771 @default.
• W3203894181 cites W1927253260 @default.
• W3203894181 cites W1966359324 @default.
• W3203894181 cites W1974773395 @default.
• W3203894181 cites W1979583260 @default.
• W3203894181 cites W1981004018 @default.
• W3203894181 cites W1988145556 @default.
• W3203894181 cites W1993110198 @default.
• W3203894181 cites W1996653292 @default.
• W3203894181 cites W2004282672 @default.
• W3203894181 cites W2004517213 @default.
• W3203894181 cites W2006188163 @default.
• W3203894181 cites W2008632546 @default.
• W3203894181 cites W2023400103 @default.
• W3203894181 cites W2029502984 @default.
• W3203894181 cites W2035435745 @default.
• W3203894181 cites W2065474751 @default.
• W3203894181 cites W2079492124 @default.
• W3203894181 cites W2086566901 @default.
• W3203894181 cites W2087231020 @default.
• W3203894181 cites W2089943643 @default.
• W3203894181 cites W2091168219 @default.
• W3203894181 cites W2095336906 @default.
• W3203894181 cites W2102099632 @default.
• W3203894181 cites W2104356625 @default.
• W3203894181 cites W2124704239 @default.
• W3203894181 cites W2143469435 @default.
• W3203894181 cites W2145604426 @default.
• W3203894181 cites W2157293170 @default.
• W3203894181 cites W2157611952 @default.
• W3203894181 cites W2166503468 @default.
• W3203894181 cites W2171398006 @default.
• W3203894181 cites W2265895810 @default.
• W3203894181 cites W2294840311 @default.
• W3203894181 cites W2300799644 @default.
• W3203894181 cites W2312258678 @default.
• W3203894181 cites W2315835839 @default.
• W3203894181 cites W2318820947 @default.
• W3203894181 cites W2327317050 @default.
• W3203894181 cites W2332965188 @default.
• W3203894181 cites W2333654435 @default.
• W3203894181 cites W2346822587 @default.
• W3203894181 cites W2477376855 @default.
• W3203894181 cites W2481889524 @default.
• W3203894181 cites W2509743808 @default.
• W3203894181 cites W2531184075 @default.
• W3203894181 cites W2537891622 @default.
• W3203894181 cites W2585436065 @default.
• W3203894181 cites W2592131213 @default.
• W3203894181 cites W2596067820 @default.
• W3203894181 cites W2603219981 @default.
• W3203894181 cites W2607257027 @default.
• W3203894181 cites W263405899 @default.
• W3203894181 cites W2740330698 @default.
• W3203894181 cites W2745681118 @default.
• W3203894181 cites W2748525040 @default.
• W3203894181 cites W2770625784 @default.
• W3203894181 cites W2792771095 @default.
• W3203894181 cites W2884291010 @default.
• W3203894181 cites W289643356 @default.
• W3203894181 cites W2903595453 @default.
• W3203894181 cites W2915427501 @default.
• W3203894181 cites W2939456519 @default.
• W3203894181 cites W2952707722 @default.
• W3203894181 cites W2953154676 @default.
• W3203894181 cites W2959002810 @default.
• W3203894181 cites W3000520918 @default.
• W3203894181 cites W3000865335 @default.
• W3203894181 cites W3011592399 @default.
• W3203894181 cites W3040749030 @default.
• W3203894181 cites W3119809320 @default.
• W3203894181 cites W3130328003 @default.
• W3203894181 cites W4230893680 @default.
• W3203894181 cites W4240034993 @default.
• W3203894181 cites W889850072 @default.
• W3203894181 doi "https://doi.org/10.1016/j.trechm.2021.09.006" @default.
• W3203894181 hasPublicationYear "2021" @default.
• W3203894181 type Work @default.
• W3203894181 sameAs 3203894181 @default.
• W3203894181 citedByCount "13" @default.
• W3203894181 countsByYear W32038941812022 @default.
• W3203894181 countsByYear W32038941812023 @default.
• W3203894181 crossrefType "journal-article" @default.
• W3203894181 hasAuthorship W3203894181A5000409467 @default.
• W3203894181 hasAuthorship W3203894181A5043104716 @default.
• W3203894181 hasAuthorship W3203894181A5065987867 @default.
• W3203894181 hasBestOaLocation W32038941811 @default.
• W3203894181 hasConcept C127413603 @default.
• W3203894181 hasConcept C131779359 @default.
• W3203894181 hasConcept C151730666 @default.

• next