Articles citing this paper
Electron impact studies. LXXIX. Negative-ion mass spectrometry of functional groups, 2-Aryl-1,3-oxathians and 1,3-Dioxans
JH Bowie and AC Ho
26(9) pp.2009 - 2018
25 articles found in Crossref database.
Negative ion mass spectrometric studies of metal complexes of fluorinated β-diketones
Fraser I.W.,
Garnett J.L., Gregor I.K.
Inorganic and Nuclear Chemistry Letters. 1974 10(10). p.925
Electron impact studies CX—+E spectra from negative ions. Ortho effects and skeletal rearrangement reactions from sulphur compounds
Bowie J. H.,
White P. Y.,
Wilson J. C.,
Larsson F. C. V.,
Lawesson S.‐O.,
Madsen J. Ø,
Nolde C., Schroll G.
Organic Mass Spectrometry. 1977 12(4). p.191
Electron impact studies. CXIV—The occurance of metastable ions for two‐ and multi‐ stage decomposition of negative ions derived from p‐nitrophenyl carboxylic acids
Bowie John H., Stapleton B. Jane
Organic Mass Spectrometry. 1977 12(7). p.436
Electron impact studies. CXXIV—Negative ion mass spectra of organic functional groups. Thioacetanilides
Clausen K.,
Pedersen B. S.,
Scheibye S.,
Lawesson S.‐O., Bowie J. H.
Organic Mass Spectrometry. 1979 14(2). p.101
Electron impact studies. CXII—The properties of positive ions produced by charge stripping from negative ions. [C6H5O]+, [C6H5S]+ and [C7H7S]+
Benbow John A.,
Bowie John H., Klass Gunter
Organic Mass Spectrometry. 1977 12(7). p.432
Comprehensive Heterocyclic Chemistry II (1996)
Electron impact studies. CV—negative ion mass spectra of functional groups. The trimethylsilyl group. Singly charghed and doubly charged ions
Bowie John H., Hale Barbara A.
Organic Mass Spectrometry. 1976 11(11). p.1105
Negative‐ion mass spectra of organophosphorus compounds containing PO AND PS groups
Meyer H. J.,
Larsson F. C. V.,
Lawesson S. ‐O., Bowie J. H.
Bulletin des Sociétés Chimiques Belges. 1978 87(7). p.517
Electron‐impact studies. LXXXIV—Substituent effects in the negative ion mass spectra of aryl esters
Bowie J. H., Nussey B.
Organic Mass Spectrometry. 1974 9(3). p.310
Electron impact studies. CI—negative ion mass spectra of the carbonyl group. The ArylCH2CO‐ and Aryl(CH2)2CO‐ systems
Bowie John H., Janposri Sompong
Organic Mass Spectrometry. 1975 10(12). p.1117
Electron impact studies. CVII—Negative ion mass spectra of the oxime group. Monoximes derived from α‐dicarbonyl systems
Bowie John H., Janposri Sompong
Organic Mass Spectrometry. 1976 11(12). p.1290
Comprehensive Heterocyclic Chemistry II (1996)
Electron‐impact studies. LXXXII—Negative ion mass spectrometry of functional groups. Collision induced spectra of the carboxyl group
Bowie J. H.
Organic Mass Spectrometry. 1974 9(3). p.304
Negative ions in organic mass spectrometry. II—Negative ion mass spectra of simple thio and dithio esters.
Rullkötter Jürgen, Budzikiewicz Herbert
Organic Mass Spectrometry. 1976 11(1). p.44
Electron impact studies CXVII. Deuterium isotope effects for losses of ketene from substituted acetate and acetanilide anions
Benbow John A.,
Wilson Joe C., Bowie John H.
International Journal of Mass Spectrometry and Ion Physics. 1978 26(2). p.173
Electron impact studies
Bowie J.H., Hart S.G.
International Journal of Mass Spectrometry and Ion Physics. 1974 13(4). p.319
ChemInform Abstract: ELECTRON IMPACT STUDIES PART 79, NEGATIVE‐ION MASS SPECTROMETRY OF FUNCTIONAL GROUPS, 2‐ARYL‐1,3‐OXATHIANS AND ‐1,3‐DIOXANS
BOWIE J. H., HO A. C.
Chemischer Informationsdienst. 1973 4(46).
Negative ion mass spectra of metal complexes: Secondary electron capture and CS2 elimination from nickel (ii) dithiocarbamates
Fraser I. W.,
Garnett J. L.,
Gregor I. K., Jessop K. J.
Organic Mass Spectrometry. 1975 10(1). p.69
Electron‐impact studies XCII–Negative ion‐molecule reactions in anhydride systems. Perfluoroacetic anhydride with succinic, maleic and phthalic anhydrides. An ion cyclotron resonance study
Bowie J. H., Williams B. D.
Organic Mass Spectrometry. 1975 10(2). p.141
Electron impact studies. CIII—Negative ion mass spectra of naturally occurring compounds: Nitrobenzoyl derivatives of amino esters
Stapleton B. Jane, Bowie John H.
Organic Mass Spectrometry. 1976 11(4). p.429
The formation and fragmentation of negative ions derived from organic molecules
Bowie John H.
Mass Spectrometry Reviews. 1984 3(2). p.161
Electron‐impact studies. LXXXVII—ortho effects in the negative ion mass spectra of salicylates and anthranilates
Bowie J. H., Ho A. C.
Organic Mass Spectrometry. 1974 9(10). p.1006
Electron impact studies
Bowie J.H., Williams B.D.
International Journal of Mass Spectrometry and Ion Physics. 1975 17(4). p.395
Studies in negative ion mass spectrometry. V—A Comparison of positive a positive and negative ion mass spectra of copper(II) complexes of bidentate schiff base ligands
Wilson J. G.,
Fraser I. W.,
Garnett J. L., Gregor I. K.
Organic Mass Spectrometry. 1975 10(12). p.1047
Electron‐impact studies. XCIX—negative ion mass spectrometry of the o‐NO2C6H4XC6H5 systems. Aryl hydrogen scrambling and proximity effects
Wilson Joe C., Bowie John H.
Organic Mass Spectrometry. 1975 10(10). p.836
