Gioele Mirabelli

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We present a DC-AC Hall-effect analysis on transition-metal-dichalcogenides comprising natural crystals of molybdenum disulfide and tungsten diselenide; and synthetic crystals of hafnium diselenide, molybdenum ditelluride, molybdenum diselenide and niobium-doped molybdenum disulfide. We observe a wide range of Hall mobility and carrier concentration values(More)
We report on measurements of hadronic and leptonic cross sections and leptonic forwardbackward asymmetries performed with the L3 detector in the years 1993–95. A total luminosity of 103 pb−1 was collected at centre-of-mass energies √ s ≈ mZ and √s ≈ mZ±1.8 GeV which corresponds to 2.5 million hadronic and 245 thousand leptonic events selected. These data(More)
M. Acciarri 25 A. Adam 43, O. Adriani 15, M. Aguilar-Benitez 24, S. Ahlen 9, J. Alcaraz 16, A. Aloisio 27, G. Alverson t~ M.G. Alviggi 27, G. Ambrosi 32, Q. An 17, H. Anderhub 46, A.L. Anderson t4, V.P. Andreev 36, T. Angelescu 11, L. Antonov 4~ D. Antreasyan 7, G. Alkhazov 36, P. Arce 24, A. Arefiev 26, T. Azemoon 3, T. Aziz 8, P.V.K.S. Baba iT, P. Bagnaia(More)
Device modelling is a key enabling capability for the semiconductor industry, especially for process optimisation, and for insight into the physics of novel architectures and materials that are difficult to access experimentally. Despite much innovative experimental work, device modelling capabilities for field effect devices based on Transition Metal(More)
We have studied the reactions e + e ~ hadrons, e+eS , /~+/~and z+T , in the energy range 88.2 =<I/s=< 94.2 GeV. A total luminosity of 5.5 pb-1 , corresponding to approximately 115000 hadronic and 10000 leptonic Z ~ decays, has been recorded with the L3 detector. F rom a simultaneous fit to all of our measured cross section data, we obtain assuming lepton(More)