Matches in SemOpenAlex for { <https://semopenalex.org/work/W2037000107> ?p ?o ?g. }
- W2037000107 endingPage "1490" @default.
- W2037000107 startingPage "1490" @default.
- W2037000107 abstract "Ion/surface collision phenomena in the hyperthermal collision energy regime (1–100 eV) are reviewed, with emphasis on chemical processes associated with the impact of small organic and biological ions at functionalized self-assembled monolayer surfaces. Inelastic collisions can lead to excitation of the projectile ion and can result in fragmentation, a process known as surface-induced dissociation which is useful in chemical analysis using tandem mass spectrometry. Changes in charge can accompany ion/surface collisions and those associated with a change in polarity (positive to negative ions or vice versa) are an attractive method for ion structural characterization and isomer differentiation. The surface-induced charge inversion of nitrobenzene and other substituted aromatics is discussed. Reactive collisions occurring between gaseous ions and surfaces depend on the chemical nature of the collision partners. These reactions can be used for selected chemical modifications of surfaces as well as for surface analysis. Particular emphasis is given here to ion soft-landing, another type of ion/surface interaction, in which the projectile ion is landed intact at the surface, either as the corresponding neutral molecule or, interestingly but less commonly, in the form of the ion itself. The ion soft-landing experiment allows for preparative mass spectrometry; for example the preparation of pure biological compounds by using the mass spectrometer as a separation device. After separation, the mass-selected ions are collected by soft-landing, at different spatial points in an array. If the experiment is performed using a suitable liquid medium, in the case of some proteins at least, biological activity is retained." @default.
- W2037000107 created "2016-06-24" @default.
- W2037000107 creator A5000915844 @default.
- W2037000107 creator A5036827887 @default.
- W2037000107 creator A5067234032 @default.
- W2037000107 creator A5070874321 @default.
- W2037000107 creator A5074833931 @default.
- W2037000107 date "2005-01-01" @default.
- W2037000107 modified "2023-10-02" @default.
- W2037000107 title "Ion/surface reactions and ion soft-landing" @default.
- W2037000107 cites W1549708776 @default.
- W2037000107 cites W1669902916 @default.
- W2037000107 cites W1969023407 @default.
- W2037000107 cites W1972574633 @default.
- W2037000107 cites W1973020099 @default.
- W2037000107 cites W1974279612 @default.
- W2037000107 cites W1974384900 @default.
- W2037000107 cites W1976091909 @default.
- W2037000107 cites W1980599343 @default.
- W2037000107 cites W1984990932 @default.
- W2037000107 cites W1986435339 @default.
- W2037000107 cites W1987937514 @default.
- W2037000107 cites W1990574532 @default.
- W2037000107 cites W1993092350 @default.
- W2037000107 cites W1994404317 @default.
- W2037000107 cites W1994984489 @default.
- W2037000107 cites W1998521509 @default.
- W2037000107 cites W2000921397 @default.
- W2037000107 cites W2002442479 @default.
- W2037000107 cites W2005017750 @default.
- W2037000107 cites W2012471340 @default.
- W2037000107 cites W2016981597 @default.
- W2037000107 cites W2020161750 @default.
- W2037000107 cites W2020995345 @default.
- W2037000107 cites W2021014212 @default.
- W2037000107 cites W2022183604 @default.
- W2037000107 cites W2029357292 @default.
- W2037000107 cites W2031483236 @default.
- W2037000107 cites W2033353357 @default.
- W2037000107 cites W2033492963 @default.
- W2037000107 cites W2034511790 @default.
- W2037000107 cites W2036601177 @default.
- W2037000107 cites W2036961716 @default.
- W2037000107 cites W2038481231 @default.
- W2037000107 cites W2040184453 @default.
- W2037000107 cites W2041308180 @default.
- W2037000107 cites W2042724707 @default.
- W2037000107 cites W2044368265 @default.
- W2037000107 cites W2045551684 @default.
- W2037000107 cites W2048937012 @default.
- W2037000107 cites W2048967144 @default.
- W2037000107 cites W2050106984 @default.
- W2037000107 cites W2050189873 @default.
- W2037000107 cites W2054783236 @default.
- W2037000107 cites W2056842023 @default.
- W2037000107 cites W2058787036 @default.
- W2037000107 cites W2059046791 @default.
- W2037000107 cites W2061864038 @default.
- W2037000107 cites W2064569305 @default.
- W2037000107 cites W2066329637 @default.
- W2037000107 cites W2066605422 @default.
- W2037000107 cites W2068596832 @default.
- W2037000107 cites W2075184570 @default.
- W2037000107 cites W2076287290 @default.
- W2037000107 cites W2080366550 @default.
- W2037000107 cites W2082465843 @default.
- W2037000107 cites W2084538363 @default.
- W2037000107 cites W2086683945 @default.
- W2037000107 cites W2087858825 @default.
- W2037000107 cites W2087980252 @default.
- W2037000107 cites W2088836996 @default.
- W2037000107 cites W2089169046 @default.
- W2037000107 cites W2092021411 @default.
- W2037000107 cites W2094196942 @default.
- W2037000107 cites W2094791223 @default.
- W2037000107 cites W2095296662 @default.
- W2037000107 cites W2098477343 @default.
- W2037000107 cites W2103372066 @default.
- W2037000107 cites W2104439966 @default.
- W2037000107 cites W2107161977 @default.
- W2037000107 cites W2155768080 @default.
- W2037000107 cites W2157814541 @default.
- W2037000107 cites W2161596727 @default.
- W2037000107 cites W2164132834 @default.
- W2037000107 cites W2165825481 @default.
- W2037000107 cites W2170483189 @default.
- W2037000107 cites W4362231430 @default.
- W2037000107 cites W1982960009 @default.
- W2037000107 cites W2644804608 @default.
- W2037000107 doi "https://doi.org/10.1039/b418056a" @default.
- W2037000107 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19787973" @default.
- W2037000107 hasPublicationYear "2005" @default.
- W2037000107 type Work @default.
- W2037000107 sameAs 2037000107 @default.
- W2037000107 citedByCount "117" @default.
- W2037000107 countsByYear W20370001072012 @default.
- W2037000107 countsByYear W20370001072013 @default.
- W2037000107 countsByYear W20370001072014 @default.