Matches in SemOpenAlex for { <https://semopenalex.org/work/W2794316221> ?p ?o ?g. }
- W2794316221 endingPage "305" @default.
- W2794316221 startingPage "300" @default.
- W2794316221 abstract "The reactions of selenium dihalides, tellurium tetrachloride and tetrabromide with 3-hexyne and 4-octyne proceed in a stereoselective manner as anti-addition to afford products of E-stereochemistry. First examples of bis-adduct synthesis from tellurium tetrachloride and disubstituted acetylenes as well as of the addition of tellurium tetrabromide to disubstituted acetylenes were described. Reaction conditions for efficient stereoselective synthesis of E-2-halovinyl tellanes, ditellanes and selenides were developed." @default.
- W2794316221 created "2018-03-29" @default.
- W2794316221 creator A5009290124 @default.
- W2794316221 creator A5013389713 @default.
- W2794316221 creator A5028166072 @default.
- W2794316221 creator A5029428576 @default.
- W2794316221 creator A5033164561 @default.
- W2794316221 creator A5040048580 @default.
- W2794316221 creator A5080224696 @default.
- W2794316221 date "2018-07-01" @default.
- W2794316221 modified "2023-10-16" @default.
- W2794316221 title "Stereoselective synthesis of E-2-halovinyl tellanes, ditellanes and selenides based on tellurium tetrahalides, selenium dihalides and internal alkynes" @default.
- W2794316221 cites W1967480878 @default.
- W2794316221 cites W1973418070 @default.
- W2794316221 cites W1988982985 @default.
- W2794316221 cites W1992335654 @default.
- W2794316221 cites W1993174228 @default.
- W2794316221 cites W2009696513 @default.
- W2794316221 cites W2010367234 @default.
- W2794316221 cites W2015775910 @default.
- W2794316221 cites W2015928452 @default.
- W2794316221 cites W2016088270 @default.
- W2794316221 cites W2037318598 @default.
- W2794316221 cites W2041430974 @default.
- W2794316221 cites W2054164390 @default.
- W2794316221 cites W2057365813 @default.
- W2794316221 cites W2057740625 @default.
- W2794316221 cites W2060146254 @default.
- W2794316221 cites W2061652131 @default.
- W2794316221 cites W2067114364 @default.
- W2794316221 cites W2067664829 @default.
- W2794316221 cites W2071813158 @default.
- W2794316221 cites W2075003395 @default.
- W2794316221 cites W2075619127 @default.
- W2794316221 cites W2076759900 @default.
- W2794316221 cites W2093031821 @default.
- W2794316221 cites W2093035848 @default.
- W2794316221 cites W2111998704 @default.
- W2794316221 cites W2115185630 @default.
- W2794316221 cites W2115433529 @default.
- W2794316221 cites W2126246526 @default.
- W2794316221 cites W2128326096 @default.
- W2794316221 cites W2156115804 @default.
- W2794316221 cites W2165423198 @default.
- W2794316221 cites W2586530581 @default.
- W2794316221 cites W2605922269 @default.
- W2794316221 cites W2610444232 @default.
- W2794316221 cites W2758603144 @default.
- W2794316221 cites W2775032338 @default.
- W2794316221 cites W2892409422 @default.
- W2794316221 cites W2950492234 @default.
- W2794316221 cites W2951220457 @default.
- W2794316221 cites W3045905984 @default.
- W2794316221 doi "https://doi.org/10.1016/j.jorganchem.2018.02.015" @default.
- W2794316221 hasPublicationYear "2018" @default.
- W2794316221 type Work @default.
- W2794316221 sameAs 2794316221 @default.
- W2794316221 citedByCount "15" @default.
- W2794316221 countsByYear W27943162212018 @default.
- W2794316221 countsByYear W27943162212019 @default.
- W2794316221 countsByYear W27943162212020 @default.
- W2794316221 countsByYear W27943162212021 @default.
- W2794316221 countsByYear W27943162212022 @default.
- W2794316221 crossrefType "journal-article" @default.
- W2794316221 hasAuthorship W2794316221A5009290124 @default.
- W2794316221 hasAuthorship W2794316221A5013389713 @default.
- W2794316221 hasAuthorship W2794316221A5028166072 @default.
- W2794316221 hasAuthorship W2794316221A5029428576 @default.
- W2794316221 hasAuthorship W2794316221A5033164561 @default.
- W2794316221 hasAuthorship W2794316221A5040048580 @default.
- W2794316221 hasAuthorship W2794316221A5080224696 @default.
- W2794316221 hasConcept C108204754 @default.
- W2794316221 hasConcept C155647269 @default.
- W2794316221 hasConcept C161790260 @default.
- W2794316221 hasConcept C178790620 @default.
- W2794316221 hasConcept C181647583 @default.
- W2794316221 hasConcept C185592680 @default.
- W2794316221 hasConcept C2777359374 @default.
- W2794316221 hasConcept C538181303 @default.
- W2794316221 hasConcept C553756173 @default.
- W2794316221 hasConceptScore W2794316221C108204754 @default.
- W2794316221 hasConceptScore W2794316221C155647269 @default.
- W2794316221 hasConceptScore W2794316221C161790260 @default.
- W2794316221 hasConceptScore W2794316221C178790620 @default.
- W2794316221 hasConceptScore W2794316221C181647583 @default.
- W2794316221 hasConceptScore W2794316221C185592680 @default.
- W2794316221 hasConceptScore W2794316221C2777359374 @default.
- W2794316221 hasConceptScore W2794316221C538181303 @default.
- W2794316221 hasConceptScore W2794316221C553756173 @default.
- W2794316221 hasLocation W27943162211 @default.
- W2794316221 hasOpenAccess W2794316221 @default.
- W2794316221 hasPrimaryLocation W27943162211 @default.
- W2794316221 hasRelatedWork W1998343709 @default.
- W2794316221 hasRelatedWork W2008411768 @default.
- W2794316221 hasRelatedWork W2047656697 @default.
- W2794316221 hasRelatedWork W2069584528 @default.
- W2794316221 hasRelatedWork W212649934 @default.
- W2794316221 hasRelatedWork W2328261170 @default.