FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2109056364> ?p ?o ?g. }

• W2109056364 endingPage "6388" @default.
• W2109056364 startingPage "6383" @default.
• W2109056364 abstract "Abstract A novel selective palladium catalyst system based on bidentate 2,2′‐heteroarylarylphosphines and p ‐TsOH has been developed for hydroformylation reactions (see scheme). By applying optimal conditions good to excellent regioselectivity is obtained for the hydroformylation of aliphatic and aromatic olefins. It is shown that a low acid concentration is crucial for obtaining high degrees of the linear isomer. magnified image The palladium‐catalyzed hydroformylation of 1‐octene has been studied in the presence of different phosphines and acid cocatalysts. The best results are achieved in the presence of in situ‐generated palladium complexes with bidentate phosphines. It is demonstrated that the acid concentration is a crucial factor for obtaining high linear selectivity. A novel optimized catalyst based on an arylheteroarylphosphine has been applied for hydroformylation of different aliphatic and aromatic olefins. Good activity and excellent selectivity towards the linear aldehydes is achieved." @default.
• W2109056364 created "2016-06-24" @default.
• W2109056364 creator A5005182277 @default.
• W2109056364 creator A5024195201 @default.
• W2109056364 creator A5033938012 @default.
• W2109056364 creator A5053257144 @default.
• W2109056364 creator A5059853520 @default.
• W2109056364 creator A5065775876 @default.
• W2109056364 date "2009-06-16" @default.
• W2109056364 modified "2023-09-30" @default.
• W2109056364 title "Palladium-Catalyzed Isomerization and Hydroformylation of Olefins" @default.
• W2109056364 cites W187695301 @default.
• W2109056364 cites W1966260023 @default.
• W2109056364 cites W1968465015 @default.
• W2109056364 cites W1970420500 @default.
• W2109056364 cites W1971114553 @default.
• W2109056364 cites W1971818275 @default.
• W2109056364 cites W1974236803 @default.
• W2109056364 cites W1974883165 @default.
• W2109056364 cites W1975050200 @default.
• W2109056364 cites W1976287217 @default.
• W2109056364 cites W1978288833 @default.
• W2109056364 cites W1979060919 @default.
• W2109056364 cites W1981992305 @default.
• W2109056364 cites W1983439989 @default.
• W2109056364 cites W1984565282 @default.
• W2109056364 cites W1995980134 @default.
• W2109056364 cites W1996991941 @default.
• W2109056364 cites W1997619436 @default.
• W2109056364 cites W1998697871 @default.
• W2109056364 cites W2000028896 @default.
• W2109056364 cites W2013849733 @default.
• W2109056364 cites W2015623728 @default.
• W2109056364 cites W2022997878 @default.
• W2109056364 cites W2027069445 @default.
• W2109056364 cites W2032122365 @default.
• W2109056364 cites W2032339188 @default.
• W2109056364 cites W2036637161 @default.
• W2109056364 cites W2040568301 @default.
• W2109056364 cites W2044986525 @default.
• W2109056364 cites W2046436380 @default.
• W2109056364 cites W2051218898 @default.
• W2109056364 cites W2054059411 @default.
• W2109056364 cites W2057671333 @default.
• W2109056364 cites W2059002585 @default.
• W2109056364 cites W2060407446 @default.
• W2109056364 cites W2072012882 @default.
• W2109056364 cites W2077111195 @default.
• W2109056364 cites W2083025822 @default.
• W2109056364 cites W2083864815 @default.
• W2109056364 cites W2084170058 @default.
• W2109056364 cites W2087947900 @default.
• W2109056364 cites W2091808971 @default.
• W2109056364 cites W2092611311 @default.
• W2109056364 cites W2096275503 @default.
• W2109056364 cites W2104504760 @default.
• W2109056364 cites W2106253283 @default.
• W2109056364 cites W2107165605 @default.
• W2109056364 cites W2111473115 @default.
• W2109056364 cites W2114941977 @default.
• W2109056364 cites W2120145184 @default.
• W2109056364 cites W2121766471 @default.
• W2109056364 cites W2129155039 @default.
• W2109056364 cites W2139827760 @default.
• W2109056364 cites W2142050772 @default.
• W2109056364 cites W2145778484 @default.
• W2109056364 cites W2145972966 @default.
• W2109056364 cites W2147740614 @default.
• W2109056364 cites W2148164324 @default.
• W2109056364 cites W2148854779 @default.
• W2109056364 cites W2150110795 @default.
• W2109056364 cites W2164442617 @default.
• W2109056364 cites W2167227671 @default.
• W2109056364 cites W2950524796 @default.
• W2109056364 cites W2951316646 @default.
• W2109056364 cites W4205719906 @default.
• W2109056364 cites W4210559330 @default.
• W2109056364 cites W4233242082 @default.
• W2109056364 cites W4238575790 @default.
• W2109056364 cites W4239066232 @default.
• W2109056364 cites W4240811429 @default.
• W2109056364 cites W4248724989 @default.
• W2109056364 cites W4252190676 @default.
• W2109056364 cites W4362234547 @default.
• W2109056364 cites W4375905914 @default.
• W2109056364 doi "https://doi.org/10.1002/chem.200900700" @default.
• W2109056364 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19466732" @default.
• W2109056364 hasPublicationYear "2009" @default.
• W2109056364 type Work @default.
• W2109056364 sameAs 2109056364 @default.
• W2109056364 citedByCount "71" @default.
• W2109056364 countsByYear W21090563642012 @default.
• W2109056364 countsByYear W21090563642013 @default.
• W2109056364 countsByYear W21090563642014 @default.
• W2109056364 countsByYear W21090563642015 @default.
• W2109056364 countsByYear W21090563642016 @default.
• W2109056364 countsByYear W21090563642017 @default.
• W2109056364 countsByYear W21090563642018 @default.

• next