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electronic mail

for the purposes of the regulations on privacy and electronic communications controlling marketing, electronic mail means email and text/picture/video messages.
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where W([E.sub.e],[p.sub.e],[p.sub.[~.v]) is the probability of neutron [beta]-decay; [E.sub.e], [p.sub.e] are the energy and momentum of the electron; [p.sub.[-.v]] is the momentum of the antineutrino; v is the velocity of the electron; a, A, B are the correlation coefficients; [sigma] is the neutron spin; P is the neutron beam polarization.
Project of neutron beta-decay A-asymmetry measurement with relative accuracy of (1-2) X [10.sup.-3]
The first electron micrograph of poxvirus was published in 1938.
Electron microscopy for rapid diagnosis of infectious agents in emergent situations (1). (Synopses)
Roughly speaking, an electron from an exciton strikes au electron bound to an atom, creating another exciton.
Quantum-dot leap: tapping tiny crystals' inexplicable light-harvesting talent
Unlike previous measurements [3-16] which are capable of measuring only one correlation coefficient such as A (the correlation between the neutron spin and the decay electron momentum), our experiment will provide a complete set of correlations including not only A, but also B (the correlation between the neutron spin and the decay neutrino), a (the correlation between the neutrino momentum and the decay electron momentum), and the electron energy spectral distortion term b.
Measurement of neutron decay parameters--the abBA experiment
(*) Konsilarlaboratorium fur die Elektronenmikroskopische Erregerdiagnostik in the Robert Koch Institut, Electron Microscopy and Imaging Group, D13353 Berlin, Germany; and ([dagger]) Electron Microscopy Unit, Department of Medical Microbiology and Infectious Diseases, University of Manitoba, Canada
Specimen Collection for Electron Microscopy
Here X(E) is the experimental asymmetry for some slice of electron energy E:
Proposed measurement of the beta-neutrino correlation in neutron decay
Lacking oxygen, these microbes transfer their electrons to the anode.
Microbial moxie: bacteria-based fuel cells provide power
Coincidences between electrons and protons are detected in a field-expansion spectrometer.
On the measurement of the electron-neutrino correlation in neutron beta decay
Electron spins can exert rotational forces, or torques, on each other, much as arm wrestlers create torques as they push against each other.
Magnetic overthrow: physicists expose a hidden facet of a familiar phenomenon
The main features of radiative [beta]-decay have been derived in the classical approximation by Jackson [1] who assumes that an electron is created at the origin at t = 0 with constant velocity v = c[beta], in which case radiation of angular frequency [omega] is emitted in the direction of the unit vector n with an angular distribution in energy per unit time per unit interval of angular frequency
Search for radiative [beta]-decay of the free neutron
The solenoid has been designed to have a slight (9.5[degrees]) bend in the magnetic field direction at one end allowing the decay proton and electron to be guided out of the beam and into a charged particle detector held at a high negative potential ([approximately equal to] -30 kV) to accelerate the low energy protons to detectable energies.
Detecting the radiative decay mode of the neutron
It's a new variation of the electron microscope, which aims beams of electrons at a sample in order to image it.
Leiden University: Stacked graphene layers act as a mirror for electron beams

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