Sentence examples for beam in the range from inspiring English sources
A multiple liquid scintillator system for measuring the energy spectrum of a neutron beam in the range 15 150 MeV is described.
We derived the effective MCP detection efficiency to primary and secondary radiation and effective shielding transmission coefficients to incident high-energy electron beam in the range of applied beam momenta.
A 16 mm thick sheet of fabricated filled composite at (φS) of 0.08 and 0.1 can shield greater than 95%and99%9% respectively of a primary X-ray beam in the range of 60 120 kVp.
The direct geometry instruments provide the opportunity to trade sensitivity and resolution and MARI produces a monochromatic neutron beam in the range of 72 8,060 cm−1 with a resolution of ~1 % of the incident energy, Ei, at the largest energy transfer.
Given the active spot size of the X-ray beam in the range of 1 mm, this result implies epitaxial order of the adsorbate in 12 preferential rotational domains at this length scale, which is possible due to the correspondingly large grain size of the copper foil upon thermal annealing (close to the melting temperature of Cu) during CVD graphene, which is reported to be beyond several millimeters.
The expected radioactive beam intensities for exotic species in the mass range from A= 60 to A= 140, of the order of 106 1010 pps will surpass by two order of magnitude any existing facility in the world.
Assuming that the frequency has been normalized, thus we can only synthesize 15 orthogonal beams in the range of all direction.
Victor Malka (Ecole polytechnique-ENSTA, Palaiseau, France) exposed a new laser-plasma accelerator providing femtosecond electron beams in the range of 5 – a few 100 MeV.
After initial operation using a 1 μA proton driver beam for radioactive ion beam production, the ISAC facility at TRIUMF has progressed to operating at higher proton beam intensities, in the range of 10 μA p+.
This paper, however, proposes an analytical method to calculate the torsional stiffness of a torsion beam for various loading conditions based on the assumption that a torsion beam is in the range of linear torsional angles with a constant cross section.
The energy of the extracted proton beam is in the range 35 70 MeV with an intensity up to 700 μA.
