Matches in SemOpenAlex for { <https://semopenalex.org/work/W4224879927> ?p ?o ?g. }
- W4224879927 endingPage "122359" @default.
- W4224879927 startingPage "122359" @default.
- W4224879927 abstract "A new nitrogen-rich hyperbranched polymer comprising imidazolium and triazole moieties used for stabilization of Pd nanoparticles. The resulting new material, [email protected] NPs, was characterized with different techniques including Fourier-transform infrared spectroscopy (FTIR), X-ray diffraction (XRD), X-ray photoelectron spectroscopy (XPS), energy dispersive X-Ray (EDX), and transmission electron microscopy (TEM) analysis. [email protected] NPs has been used as an efficient catalyst in the reduction of nitroarenes to amines and cyanation of aryl bromides and iodides. The catalyst showed high stability and recyclability and recycled at least 10 times in reduction of 1‑chloro-4-nitrobenzene and 5 times in cyanation of iodobenzene." @default.
- W4224879927 created "2022-04-27" @default.
- W4224879927 creator A5025268957 @default.
- W4224879927 creator A5034330237 @default.
- W4224879927 creator A5042887329 @default.
- W4224879927 creator A5045710344 @default.
- W4224879927 creator A5050557480 @default.
- W4224879927 creator A5059846753 @default.
- W4224879927 date "2022-06-01" @default.
- W4224879927 modified "2023-10-14" @default.
- W4224879927 title "Hyperbranched polymer immobilized palladium nanoparticles as an efficient and reusable catalyst for cyanation of aryl halides and reduction of nitroarenes" @default.
- W4224879927 cites W1557234615 @default.
- W4224879927 cites W180766444 @default.
- W4224879927 cites W1981754097 @default.
- W4224879927 cites W1988037436 @default.
- W4224879927 cites W2001753068 @default.
- W4224879927 cites W2003686983 @default.
- W4224879927 cites W2003936652 @default.
- W4224879927 cites W2026600669 @default.
- W4224879927 cites W2030472449 @default.
- W4224879927 cites W2050330910 @default.
- W4224879927 cites W2055909909 @default.
- W4224879927 cites W2056004536 @default.
- W4224879927 cites W2063335334 @default.
- W4224879927 cites W2066960799 @default.
- W4224879927 cites W2088774410 @default.
- W4224879927 cites W2090190719 @default.
- W4224879927 cites W2141017335 @default.
- W4224879927 cites W2166081293 @default.
- W4224879927 cites W2260883000 @default.
- W4224879927 cites W2398714030 @default.
- W4224879927 cites W2407429167 @default.
- W4224879927 cites W2421361255 @default.
- W4224879927 cites W2503709531 @default.
- W4224879927 cites W2513104324 @default.
- W4224879927 cites W2587442328 @default.
- W4224879927 cites W2591656495 @default.
- W4224879927 cites W2599253273 @default.
- W4224879927 cites W2605713997 @default.
- W4224879927 cites W2606540517 @default.
- W4224879927 cites W2749102115 @default.
- W4224879927 cites W2765103186 @default.
- W4224879927 cites W2795173936 @default.
- W4224879927 cites W2801042534 @default.
- W4224879927 cites W2809780844 @default.
- W4224879927 cites W2866466208 @default.
- W4224879927 cites W2883105505 @default.
- W4224879927 cites W2895498536 @default.
- W4224879927 cites W2903069870 @default.
- W4224879927 cites W2903273484 @default.
- W4224879927 cites W2914296059 @default.
- W4224879927 cites W2920192219 @default.
- W4224879927 cites W2945380957 @default.
- W4224879927 cites W2949853364 @default.
- W4224879927 cites W2952839861 @default.
- W4224879927 cites W2953465213 @default.
- W4224879927 cites W2953916859 @default.
- W4224879927 cites W2958881039 @default.
- W4224879927 cites W2964793397 @default.
- W4224879927 cites W2965140525 @default.
- W4224879927 cites W2974468564 @default.
- W4224879927 cites W2984327527 @default.
- W4224879927 cites W2996603226 @default.
- W4224879927 cites W2998899540 @default.
- W4224879927 cites W3001390837 @default.
- W4224879927 cites W3008276084 @default.
- W4224879927 cites W3011468880 @default.
- W4224879927 cites W3012119419 @default.
- W4224879927 cites W3030467662 @default.
- W4224879927 cites W3041516040 @default.
- W4224879927 cites W3042645662 @default.
- W4224879927 cites W3047416954 @default.
- W4224879927 cites W3063022227 @default.
- W4224879927 cites W3066304420 @default.
- W4224879927 cites W3096458285 @default.
- W4224879927 cites W3113095208 @default.
- W4224879927 cites W3119226479 @default.
- W4224879927 cites W3127679540 @default.
- W4224879927 cites W3131353099 @default.
- W4224879927 cites W3145234618 @default.
- W4224879927 cites W3152609210 @default.
- W4224879927 cites W3164337787 @default.
- W4224879927 cites W3166622134 @default.
- W4224879927 cites W3169793035 @default.
- W4224879927 cites W3175961824 @default.
- W4224879927 doi "https://doi.org/10.1016/j.jorganchem.2022.122359" @default.
- W4224879927 hasPublicationYear "2022" @default.
- W4224879927 type Work @default.
- W4224879927 citedByCount "1" @default.
- W4224879927 countsByYear W42248799272022 @default.
- W4224879927 crossrefType "journal-article" @default.
- W4224879927 hasAuthorship W4224879927A5025268957 @default.
- W4224879927 hasAuthorship W4224879927A5034330237 @default.
- W4224879927 hasAuthorship W4224879927A5042887329 @default.
- W4224879927 hasAuthorship W4224879927A5045710344 @default.
- W4224879927 hasAuthorship W4224879927A5050557480 @default.
- W4224879927 hasAuthorship W4224879927A5059846753 @default.
- W4224879927 hasBestOaLocation W42248799272 @default.