Photoemission Spectromicroscopy in Materials Science and in Neurobiology
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The rates of combination of Me. with NO and O2 were measured by flash spectroscopy at 295 DegK. The highpressure rate coeff. for Me. + NO(+M) -> MeNO(+M) was recorded as 1.0(+-0.15) * 1013 cm3 mole-1 sec-1. The low-pressure fall-off was interpreted with th ...
The f-value of the 2160-.ANG. band of the free Me radical was detd. exptl. as (1.2 +- 0.2) * 10-2. The rate coeff. for combination is (2.43 +- 0.24) * 1013 cm3/mole-sec at 293 DegK. Me radicals were generated by the flash photolysis of small partial pressu ...
Core-level photoemission peaks taken on several insulators with spatial resolution of 30-300 mu m rigidly shift in energy from place to place, most likely because of local charging effects. Such phenomena can affect the linewidth and the general lineshape ...
We have performed a high-energy-resolution photoelectron spectroscopy investigation of the quasi-two-dimensional material 2H-TaSe2. Temperature-dependent constant-binding energy curves reveal that characteristic changes in the electronic density of states ...
Photoemission spectroscopy now reaches a lateral resolution in the submicrometer range. It is possible, therefore, to perform chemical analysis in the microscopic domain required for life-science experiments. We present a successful test of this approach, ...
Photoemission techniques like electron spectroscopy for chemical analysis are the leading electronic probes in materials science-but their impact in the life sciences has been minimal. A critical problem is that the lateral resolution in ordinary photoemis ...
