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| | Adsorption of CO, O2, NO2, and NH3 by Metallophthalocyanine Monolayers Supported on Graphite (Site not responding. Last check: 2007-10-29) |
 | | Pc), magnesium (MgPc), chloroaluminum (AlClPc), vanadyl (VOPc), manganese (MnPc), iron (FePc), cobalt (CoP), nickel (NiPc), copper (CuPc), zinc (ZnPc), silver (AgPc), tin (SnPc), and lead phthalocyanines (PbPc) were prepared by equilibrium adsorption from gas phase onto graphite at high temperatures, and gas adsorptions of CO, O |
 | | In the 13 kinds of phthalocyanines examined here, only the FePc monolayer shows appreciable adsorptive capacity of CO at 273 K. Two types of O |
 | | A comparison between adsorptive capacity and the number of the MPc molecules constituting a monolayer shows that NO is strongly bound to the metal centers of the MnPc, FePc, CoPc, and SnPc monolayers to form stoichiometric compounds of composition MPc·NO on graphite and NH |
| pubs.acs.org /cgi-bin/abstract.cgi/langd5/1997/13/i19/abs/la9702906.html (230 words) |
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