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Extra resources for Advanced Light Source [activity rpt 1997-1998]
Solidly colored regions represent dipole- In the first step beyond the dipole approximation, higher-order photon interactions lead to nondipole effects in these patterns, described by two new parameters, 5 and y. A second angle, $, relative to the propagation direction, k, of the ionizing radiation approximation patterns for different values of ~. The solid red and green curves represent nondipole angular-distribution patterns for 2p (b) and 2s (c) photoemission inferred from Figure 5. I Science Highlights Atomic, MoleculaC and Optical Physics 41 (Figure 3), also comes into play permitting forwmd- distributions (~= 5 = y= O).
Martinez (University of in probing the chemistry of natural organic mole- Puerto Rico). 28American Funding 1998), Vol. 38, pp. 57–58. S. Department of Energy, Oflice of Biological and Environmental Research. 30 Science Hiehli~hts I I Environmental and Earth Sciences BilOSCil ENICES U: PROTIEUINI CFlY$3TALlL0GlRAlF’ lXIY Structural Genomics of M. mctions. mctions derivable tive indicator of itsj%z-tion. k,protein struc- from mutational studies, transcription tracking, turesare ckzu$abh in tem translation tracking, and interaction tracking.
Reu Lett. 80,5085-5088 Science Highlights Atomic, Molecula~ and Optical Physics (1998). ” Electrons(p) ............ ktrom x alsoare drkingukbed by their direction ofmnkion. Ehtron tjectionprobabi[ities tzrafinctz”onofangkare Figure 3 mcelentprobes ofquantum-mechanica[photoemission In the dipole approximation, ~ alone describes electron angu- cbanneh, becausetheyare sensitz”ve tophase d@rences lar distributions as a function of the angle, 0, relative to the among thesechanneh. For thisremon, angk-resolvedphotoemissionhas been medfor manyyears toprovi&strz”ngent testsofour undetstandingofthe intetaa”on of polarization, E,of the radiation.