Ohno,M. et al.Time-Evolution of Peak Energy and Luminosity Relation within Pulses for GRB 061007:Probing Fireball Dynamics. Publications of the Astronomical Society of Japan . 2009Ohno,M. et al.Time-Evolution of Peak Energy and Luminosity Relation within Pulses for GRB 061007:Probing Fireball ...
mass-energy relation mass-flow bin mass-haul curve Mass-line Media Centre mass-luminosity relation mass-market mass-market Mass-Market Paperback mass-marketed mass-marketing mass-marketing mass-markets Mass-media Mass-media mass-memory unit Mass-murder Mass-murder Mass-Observation Mass-Observation mass...
Spectral-luminosity relation within individual Fermi gamma rays bursts mechanism, operating for the duration of different GRBs, tightly linking the burst luminosity with the peak energy of the spectrum emitted at different ... G Ghirlanda,L Nava,G Ghisellini - 《Astronomy & Astrophysics》 被引量:...
mass-energy relation mass-flow bin mass-haul curve Mass-line Media Centre mass-luminosity relation mass-market mass-market Mass-Market Paperback mass-marketed mass-marketing mass-marketing mass-markets Mass-media Mass-media mass-memory unit Mass-murder Mass-murder Mass-Observation Mass-Observation mass...
Coch, R. Serra, Scaling laws and the modern city. Physica A 382, 643 (2007) Article ADS Google Scholar Mass–luminosity relation, https://en.m.wikipedia.org/wiki/Mass%E2%80%93luminosity_relation M.A. Taylor et al., A collection of new dwarf galaxies in NGC 5128’s western halo. ...
Comparing the cluster angular diameter distance data with luminosity distance data from type Ia Supernovae, we obtain the model independent constraint η = 1.01 ± 0.07 at 68% c.l. Those results provide a useful check for the cosmological concordance model and for the presence of systematics in...
We extend the Hubble diagram up to z= 5.6 using 63 gamma-ray bursts (GRBs) via peak energy–peak luminosity relation (so-called Yonetoku relation), and obtain constraints on cosmological parameters including dynamical dark energy parametrized by P/ρ≡w(z) =w0+wa×z/(1 +z). It is ...
Although CNO cycle contributes only a small amount to the Sun’s luminosity, it dominates in stars that are more massive than a few times the Sun’s mass. A star like Sirius with somewhat more than twice the mass of the Sun derives almost all of its energy from the CNO cycle. ...
But with the power at each of the weighted wavelengths according to the luminosity function there is a standardized human model visual brightness perception. In English, the word -"lux" is used as both the singular and plural form. The word is said to be derived from the Latin word that...
The energy transfer rate depends on the mass and luminosity ratio. A new group of W UMa-type stars is introduced: it is called H-subtype systems meaning high mass ratio systems. They have a mass ratio larger than 0.72 and a different energy transfer rate relation than other types of W ...