Results 341 to 350 of about 197,251 (366)
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Implications of a half-millisecond pulsar
Physical Review Letters, 1989New models of rotating neutron stars show that only a surprisingly narrow range of possible equations of state (EOS's) can simultaneously allow a rotating neutron star with frequency as large as 1968 Hz and a spherical (nonrotating) neutron star with mass as large as 1.44${\mathrm{M}}_{\mathrm{\ensuremath{\bigodot}}}$.
, Friedman, , Ipser, , Parker
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Review of Scientific Instruments, 1951
A device giving a time delay up to 10-sec duration and having a precision of 1 millisec is described. A simplified form of the device can be employed as a trigger-operated stop clock for timing periods of any length.
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A device giving a time delay up to 10-sec duration and having a precision of 1 millisec is described. A simplified form of the device can be employed as a trigger-operated stop clock for timing periods of any length.
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Millisecond-timescale, genetically targeted optical control of neural activity
Nature Neuroscience, 2005E. Boyden +4 more
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Femtosecond-to-millisecond structural changes in a light-driven sodium pump
Nature, 2020P. Skopintsev +28 more
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1992
A study of the flux density and component emission of four millisecond radio pulsars shows that on average millisecond radio pulsars have steeper spectra than slow period pulsars. The results of flux density measurements of four millisecond pulsars, PSRs 1620-26, 1821-24, 1855+09, and 1937+21, have been made to determine their spectral indices in the ...
R. S. Foster, D. C. Backer, L. Fairhead
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A study of the flux density and component emission of four millisecond radio pulsars shows that on average millisecond radio pulsars have steeper spectra than slow period pulsars. The results of flux density measurements of four millisecond pulsars, PSRs 1620-26, 1821-24, 1855+09, and 1937+21, have been made to determine their spectral indices in the ...
R. S. Foster, D. C. Backer, L. Fairhead
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2001
ABSTRACT Catalytic partial oxidation processes at very short contact times have great promise for new routes to chemical synthesis from alkanes because they are capable of producing highly nonequilibrium products with no carbon formation using reactors that are much smaller and simpler than with conventional technology.
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ABSTRACT Catalytic partial oxidation processes at very short contact times have great promise for new routes to chemical synthesis from alkanes because they are capable of producing highly nonequilibrium products with no carbon formation using reactors that are much smaller and simpler than with conventional technology.
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