Microlocal analysis and applications: lectures given at the by Lamberto Cattabriga, Luigi Rodino, J.M. Bony, G. Grubb, L.

By Lamberto Cattabriga, Luigi Rodino, J.M. Bony, G. Grubb, L. Hörmander, H. Komatsu, J. Sjöstrand

CONTENTS: J.M. Bony: examine microlocale des equations aux derivees partielles non lineaires.- G.G. Grubb: Parabolic pseudo-differential boundary difficulties and applications.- L. H|rmander: Quadratic hyperbolic operators.- H. Komatsu: Microlocal research in Gevrey periods and in advanced domains.- J. Sj|strand: Microlocal research for the periodic magnetic Schr|dinger equation and comparable questions.

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11 show that interferences caused by nitric acid are not critical, and only the ion ArN+ will interfere in the measurements of mass 54 isotopes of Fe+ and Cr+. In this case, the most abundant isotopes of Fe and Cr that do not suffer from isobaric interferences are much more appropriate and can easily be selected for measurements. Furthermore, residual levels of perchloric or hydrochloric acid may form isobaric species that will cause interferences on the determination of vanadium and arsenic by ICP-MS.

2.

In some cases, the dissolution is complete but the losses by volatilization are considerable, such as those occurring in decomposition methods by fusion. Another source of error is that the sample components may react with the materials used in some oxidative decomposition methods such as dry ashing, particularly when the decompositions are carried out in crucibles. The magnitude of the losses depends on the temperature, the material of the crucible and the sample composition. 8) *m = mass, z = charge.

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