Using the measured ρxx as a thermometer for Dirac fermions, we are able to determine TDF and the exponent in the TDF-I relation at different magnetic fields as shown in Figure 7.
DOI: http://dx.doi.org/10.7554/eLife.01438.007 The Ca2+ dependence of IKSper was quantified by recording the I-V relation at 2.5-1000 µM Ca2+ in the pipette.
This fact translates to the following statement in our graphical representation: given a vertex v ∈ V G, define (1) This is an indicator variable for whether the individual v is involved in a match relation at locus i.
We report on (i) the phase relations at 800 °C within the ternary system Au Ba Si up to 33.3 at.% Ba, (ii) on the crystallographic data of new ternary compounds, (iii) on details of the clathrate type I solid solution, (iv) on electrical and thermal transport measurements for Ba8Au5.1Si40.9 supported by (v) density functional theory calculations.
The total number of individuals involved in match relations at locus i is denoted by δ i (G)≔∑ v ∈ V (G ) δ i (v).
Possibly, but while I have no insight into internal relations at Milan I would guess that the problem goes a bit deeper.
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