Matches in SemOpenAlex for { <https://semopenalex.org/work/W3132550987> ?p ?o ?g. }
- W3132550987 endingPage "3501" @default.
- W3132550987 startingPage "3492" @default.
- W3132550987 abstract "A molecular motor that has been previously shown to rotate when fueled by electrons through a scanning tunneling microscope tip has been functionalized with a terarylene photochrome fragment on its rotating subunit. Photoisomerization has been performed under UV irradiation. Variable-temperature 1H NMR and UV–vis studies demonstrate the rotational motion and its braking action after photoisomerization. The braking action can be reversed by thermal heating. Once the rigid and planar closed form is obtained, the rotation is effectively slowed at lower temperature, making this new rotor a potential motor with an independent response to electrons and light." @default.
- W3132550987 created "2021-03-01" @default.
- W3132550987 creator A5003986583 @default.
- W3132550987 creator A5004111275 @default.
- W3132550987 creator A5009106889 @default.
- W3132550987 creator A5048673665 @default.
- W3132550987 creator A5062873115 @default.
- W3132550987 creator A5064303812 @default.
- W3132550987 creator A5082868472 @default.
- W3132550987 creator A5086341040 @default.
- W3132550987 creator A5087216742 @default.
- W3132550987 date "2021-02-19" @default.
- W3132550987 modified "2023-10-16" @default.
- W3132550987 title "Molecular Rotor Functionalized with a Photoresponsive Brake" @default.
- W3132550987 cites W1559264985 @default.
- W3132550987 cites W1658488588 @default.
- W3132550987 cites W1756803388 @default.
- W3132550987 cites W1964087520 @default.
- W3132550987 cites W1974855100 @default.
- W3132550987 cites W1993297113 @default.
- W3132550987 cites W2013339011 @default.
- W3132550987 cites W2024734721 @default.
- W3132550987 cites W2029904934 @default.
- W3132550987 cites W2032177802 @default.
- W3132550987 cites W2032623713 @default.
- W3132550987 cites W2035242357 @default.
- W3132550987 cites W2036458731 @default.
- W3132550987 cites W2041008442 @default.
- W3132550987 cites W2045065671 @default.
- W3132550987 cites W2062482559 @default.
- W3132550987 cites W2062890944 @default.
- W3132550987 cites W2064968791 @default.
- W3132550987 cites W2071712203 @default.
- W3132550987 cites W2081469248 @default.
- W3132550987 cites W2087767529 @default.
- W3132550987 cites W2090329067 @default.
- W3132550987 cites W2092134474 @default.
- W3132550987 cites W2099392831 @default.
- W3132550987 cites W2108762449 @default.
- W3132550987 cites W2113014755 @default.
- W3132550987 cites W2116443454 @default.
- W3132550987 cites W2118053598 @default.
- W3132550987 cites W2128492772 @default.
- W3132550987 cites W2131859052 @default.
- W3132550987 cites W2142844412 @default.
- W3132550987 cites W2147440332 @default.
- W3132550987 cites W2161584252 @default.
- W3132550987 cites W2163954891 @default.
- W3132550987 cites W2165883490 @default.
- W3132550987 cites W2255790411 @default.
- W3132550987 cites W2318613819 @default.
- W3132550987 cites W2321077391 @default.
- W3132550987 cites W2346980406 @default.
- W3132550987 cites W2586071177 @default.
- W3132550987 cites W2605768989 @default.
- W3132550987 cites W2615878850 @default.
- W3132550987 cites W2623915342 @default.
- W3132550987 cites W2681634415 @default.
- W3132550987 cites W2741722526 @default.
- W3132550987 cites W2749358101 @default.
- W3132550987 cites W2782084996 @default.
- W3132550987 cites W2792573320 @default.
- W3132550987 cites W2811186984 @default.
- W3132550987 cites W2913032288 @default.
- W3132550987 cites W2968379845 @default.
- W3132550987 cites W2969986684 @default.
- W3132550987 cites W2982287132 @default.
- W3132550987 cites W2983265889 @default.
- W3132550987 cites W2995666030 @default.
- W3132550987 cites W4299125157 @default.
- W3132550987 doi "https://doi.org/10.1021/acs.inorgchem.0c03330" @default.
- W3132550987 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33606523" @default.
- W3132550987 hasPublicationYear "2021" @default.
- W3132550987 type Work @default.
- W3132550987 sameAs 3132550987 @default.
- W3132550987 citedByCount "9" @default.
- W3132550987 countsByYear W31325509872021 @default.
- W3132550987 countsByYear W31325509872022 @default.
- W3132550987 countsByYear W31325509872023 @default.
- W3132550987 crossrefType "journal-article" @default.
- W3132550987 hasAuthorship W3132550987A5003986583 @default.
- W3132550987 hasAuthorship W3132550987A5004111275 @default.
- W3132550987 hasAuthorship W3132550987A5009106889 @default.
- W3132550987 hasAuthorship W3132550987A5048673665 @default.
- W3132550987 hasAuthorship W3132550987A5062873115 @default.
- W3132550987 hasAuthorship W3132550987A5064303812 @default.
- W3132550987 hasAuthorship W3132550987A5082868472 @default.
- W3132550987 hasAuthorship W3132550987A5086341040 @default.
- W3132550987 hasAuthorship W3132550987A5087216742 @default.
- W3132550987 hasBestOaLocation W31325509872 @default.
- W3132550987 hasConcept C111337013 @default.
- W3132550987 hasConcept C120398109 @default.
- W3132550987 hasConcept C121332964 @default.
- W3132550987 hasConcept C121684516 @default.
- W3132550987 hasConcept C126661725 @default.
- W3132550987 hasConcept C134786449 @default.
- W3132550987 hasConcept C147120987 @default.
- W3132550987 hasConcept C160408235 @default.