49 citations · 158 across the 8 of their papers we have counts for
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Parametrization of Born-Infeld Type Phantom Dark Energy Model
Z. G. Huang, H. Q. Lu, W. Fang
Applying the parametrization of dark energy density, we can construct directly independent-model potentials. In Born-Infeld type phantom dark energy model, we consider four special…
Statefinder Diagnostic for Dilaton Dark Energy
Z. G. Huang, X. M. Song, H. Q. Lu +1
Statefinder diagnostic is a useful method which can differ one dark energy model from the others. The Statefinder pair is algebraically related to the equation of state…
Potentials of Coupled Quintessence Based on a Dilaton
Z. G. Huang, Q. Q. Sun, W. Fang +1
In this paper, we regard dilaton in Weyl-scaled induced gravitational theory as coupled Quintessence, which is called DCQ model by us. Parametrization of the dark energy model is a…
Born-Infeld Type Phantom Model in the Plane
Z. G. Huang, X. H. Li, Q. Q. Sun
In this paper, we investigate the dynamics of Born-Infeld(B-I) phantom model in the plane, which is defined by the equation of state parameter for the dark energy and its de…
Dilaton Coupled Quintessence Model in the Plane
Z. G. Huang, H. Q. Lu, W. Fang
In this paper, we regard dilaton in Weyl-scaled induced gravitational theory as a coupled quintessence. Based on this consideration, we investigate the dilaton coupled quintessence…
Exponential Potentials and Attractor Solution of Dilatonic Cosmology
Wei Fang, H. Q. Lu, Z. G. Huang
We present the scalar-tensor gravitational theory with an exponential potential in which pauli metric is regarded as the physical space-time metric. We show that it is essentially…
Coupled Quintessence and Phantom Based On a Dilaton
Z. G. Huang, H. Q. Lu, W. Fang
Based on dilatonic dark energy model, we consider two cases: dilaton field with positive kinetic energy(coupled quintessence) and with negative kinetic energy(phantom). In the two…
Dark Energy and Dilaton Cosmology
H. Q. Lu, Z. G. Huang, W. Fang +1
We studied the dilaton cosmology based on Weyl-Scaled induced gravity. The potential of dilaton field is taken as exponential form. An analytical solution of Einstein equation is f…