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- W2331924871 endingPage "10469" @default.
- W2331924871 startingPage "10461" @default.
- W2331924871 abstract "Copper carbonyl cations of the form Cu(CO)n+ (n = 1–8) are produced in a molecular beam via laser vaporization in a pulsed nozzle source. Mass-selected infrared photodissociation spectroscopy in the carbonyl stretching region is used to study these ions and their argon “tagged” analogues. The geometries and electronic states of these complexes are determined by the number of infrared-active bands, their frequency positions, and their relative intensities compared to the predictions of theory. Cu(CO)4+ has a completed coordination sphere, consistent with its expected 18-electron stability. It also has a tetrahedral structure similar to that of its neutral isoelectronic analog Ni(CO)4. The carbonyl stretch in Cu(CO)4+ (2198 cm–1) is blue-shifted with respect to the free CO vibration (2143 cm–1), providing evidence that this is a “non-classical” metal carbonyl." @default.
- W2331924871 created "2016-06-24" @default.
- W2331924871 creator A5025449262 @default.
- W2331924871 creator A5053884799 @default.
- W2331924871 creator A5066881645 @default.
- W2331924871 date "2011-09-07" @default.
- W2331924871 modified "2023-09-23" @default.
- W2331924871 title "Infrared Photodissociation Spectroscopy of Copper Carbonyl Cations" @default.
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- W2331924871 cites W1549613164 @default.
- W2331924871 cites W1631882240 @default.
- W2331924871 cites W1637653380 @default.
- W2331924871 cites W1649762464 @default.
- W2331924871 cites W1649929823 @default.
- W2331924871 cites W1652860846 @default.
- W2331924871 cites W1655638145 @default.
- W2331924871 cites W1679728095 @default.
- W2331924871 cites W1965143568 @default.
- W2331924871 cites W1966763058 @default.
- W2331924871 cites W1970680008 @default.
- W2331924871 cites W1979964905 @default.
- W2331924871 cites W1984542578 @default.
- W2331924871 cites W1984906818 @default.
- W2331924871 cites W1985548136 @default.
- W2331924871 cites W1988181430 @default.
- W2331924871 cites W1988466132 @default.
- W2331924871 cites W1988599012 @default.
- W2331924871 cites W1988920264 @default.
- W2331924871 cites W1992320249 @default.
- W2331924871 cites W1993909413 @default.
- W2331924871 cites W1995393458 @default.
- W2331924871 cites W1996070284 @default.
- W2331924871 cites W1996227152 @default.
- W2331924871 cites W1996539539 @default.
- W2331924871 cites W1999048791 @default.
- W2331924871 cites W2012418942 @default.
- W2331924871 cites W2013023303 @default.
- W2331924871 cites W2013393375 @default.
- W2331924871 cites W2017136744 @default.
- W2331924871 cites W2020229860 @default.
- W2331924871 cites W2021900786 @default.
- W2331924871 cites W2026109388 @default.
- W2331924871 cites W2031225703 @default.
- W2331924871 cites W2041458975 @default.
- W2331924871 cites W2041618992 @default.
- W2331924871 cites W2046002177 @default.
- W2331924871 cites W2048993255 @default.
- W2331924871 cites W2050106013 @default.
- W2331924871 cites W2050751660 @default.
- W2331924871 cites W2057642781 @default.
- W2331924871 cites W2058247930 @default.
- W2331924871 cites W2059398871 @default.
- W2331924871 cites W2061182543 @default.
- W2331924871 cites W2061666512 @default.
- W2331924871 cites W2062340785 @default.
- W2331924871 cites W2063591635 @default.
- W2331924871 cites W2065696251 @default.
- W2331924871 cites W2069959175 @default.
- W2331924871 cites W2075381847 @default.
- W2331924871 cites W2076540924 @default.
- W2331924871 cites W2080030733 @default.
- W2331924871 cites W2080506484 @default.
- W2331924871 cites W2081053291 @default.
- W2331924871 cites W2083153139 @default.
- W2331924871 cites W2084305487 @default.
- W2331924871 cites W2085525001 @default.
- W2331924871 cites W2090082823 @default.
- W2331924871 cites W2092664660 @default.
- W2331924871 cites W2094139967 @default.
- W2331924871 cites W2094502275 @default.
- W2331924871 cites W2094568568 @default.
- W2331924871 cites W2095255305 @default.
- W2331924871 cites W2111634882 @default.
- W2331924871 cites W2115367354 @default.
- W2331924871 cites W2123747714 @default.
- W2331924871 cites W2136865058 @default.
- W2331924871 cites W2137439986 @default.
- W2331924871 cites W2139704079 @default.
- W2331924871 cites W2143981217 @default.
- W2331924871 cites W2145640410 @default.
- W2331924871 cites W2162183263 @default.
- W2331924871 cites W2165612984 @default.
- W2331924871 cites W2334953073 @default.
- W2331924871 cites W289360464 @default.
- W2331924871 cites W2949810181 @default.
- W2331924871 cites W4302165309 @default.
- W2331924871 cites W640024227 @default.
- W2331924871 doi "https://doi.org/10.1021/jp206102z" @default.
- W2331924871 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21861528" @default.
- W2331924871 hasPublicationYear "2011" @default.
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