Bounds For The E 2 Parameter As Function Of M Z Obtained Through

Bounds for the | μe | 2 parameter as function of m Z obtained through ...
Bounds for the | μe | 2 parameter as function of m Z obtained through ...
Upper bounds on the sin ǫ parameter as a function of m X for different ...
Upper bounds on the sin ǫ parameter as a function of m X for different ...
On the left, bounds on ǫ 2 B as a function of M h for √ s = 175GeV. On ...
On the left, bounds on ǫ 2 B as a function of M h for √ s = 175GeV. On ...
Bounds on the parameters d (1) e , d (1) m e as a function of the mass ...
Bounds on the parameters d (1) e , d (1) m e as a function of the mass ...
Bounds on the parameters d (2) e , d (2) m e as a function of the mass ...
Bounds on the parameters d (2) e , d (2) m e as a function of the mass ...
Bounds on the parameters d (2) e , d (2) m e as a function of the mass ...
Bounds on the parameters d (2) e , d (2) m e as a function of the mass ...
95% CL bounds on the Z coupling gz as a function of M Z. The dashed ...
95% CL bounds on the Z coupling gz as a function of M Z. The dashed ...
Bounds on the parameters d (1) e , d (1) m e as a function of the mass ...
Bounds on the parameters d (1) e , d (1) m e as a function of the mass ...
The expansion parameter, ε ≡ e − 2 3 kzc , as a function of the 5D ...
The expansion parameter, ε ≡ e − 2 3 kzc , as a function of the 5D ...
Bounds on f bh as a function of PBH peak mass M • ; the filled regions ...
Bounds on f bh as a function of PBH peak mass M • ; the filled regions ...
The extracted τ parameters as a function of Z bound for 124 La, 124 Sn ...
The extracted τ parameters as a function of Z bound for 124 La, 124 Sn ...
The upper bound on ϵ 2 as a function of m ψ . The other parameters are ...
The upper bound on ϵ 2 as a function of m ψ . The other parameters are ...
Various lower bounds of the DGP parameter λ 2 for ρ 1 = 0, λ 1 = 0, d ...
Various lower bounds of the DGP parameter λ 2 for ρ 1 = 0, λ 1 = 0, d ...
The upper bound on ϵ 2 as a function of m ψ . The other parameters are ...
The upper bound on ϵ 2 as a function of m ψ . The other parameters are ...
The strongest bounds on the Z mass as a function of gauge coupling g of ...
The strongest bounds on the Z mass as a function of gauge coupling g of ...
The parameter space of the E 2 theory, which is identified as the ...
The parameter space of the E 2 theory, which is identified as the ...
Various lower bounds of the DGP parameter λ 2 for ρ 1 = 0, λ 1 = 0, d ...
Various lower bounds of the DGP parameter λ 2 for ρ 1 = 0, λ 1 = 0, d ...
The upper bound on ϵ 2 as a function of m ψ . The other parameters are ...
The upper bound on ϵ 2 as a function of m ψ . The other parameters are ...
The upper bound on the parameter λ as a function of M 1/2 (in GeV), as ...
The upper bound on the parameter λ as a function of M 1/2 (in GeV), as ...
Expected limits on ε 2 as a function of M A 0 and scalar DM mass ...
Expected limits on ε 2 as a function of M A 0 and scalar DM mass ...
Bounds from B s-mixing on the parameter space of the simplified Z model ...
Bounds from B s-mixing on the parameter space of the simplified Z model ...
Allowed parameter region (green shaded) for m Z ′ = 4 TeV in the ...
Allowed parameter region (green shaded) for m Z ′ = 4 TeV in the ...
Values of the function b − Ax(β) 2 = f DP + ε 2 in (24), lower bounds G ...
Values of the function b − Ax(β) 2 = f DP + ε 2 in (24), lower bounds G ...
Values of the function b − Ax(β) 2 = f DP + ε 2 in (24), lower bounds G ...
Values of the function b − Ax(β) 2 = f DP + ε 2 in (24), lower bounds G ...
(a) and (b) Calculated E1 and E2 as a function of U/M for different M ...
(a) and (b) Calculated E1 and E2 as a function of U/M for different M ...
Left: The η parameter as a function of ε u /ε d . Right: As in Fig. 6 ...
Left: The η parameter as a function of ε u /ε d . Right: As in Fig. 6 ...
Upper bounds on ξ in the 2-site model (c = 0) as a function of the ...
Upper bounds on ξ in the 2-site model (c = 0) as a function of the ...
Predictions of elastic parameters: (a) E z , (b) m zh and (c) G zh as ...
Predictions of elastic parameters: (a) E z , (b) m zh and (c) G zh as ...
Plot of E = E in units Z 3 e a 2 0 adopting ε = 1 versus distance x for ...
Plot of E = E in units Z 3 e a 2 0 adopting ε = 1 versus distance x for ...
The allowed range of parameters ε and m 2 for γ = 1. If a point (ε, m 2 ...
The allowed range of parameters ε and m 2 for γ = 1. If a point (ε, m 2 ...
Figure 2 from A Priori Error Bounds and Parameter Scalings for the Time ...
Figure 2 from A Priori Error Bounds and Parameter Scalings for the Time ...
(Left Panel) The extracted τ parameters as a function of normalized Z ...
(Left Panel) The extracted τ parameters as a function of normalized Z ...
Bounds from S, T parameters. Left plot: Δχ 2 as a function of ξ under ...
Bounds from S, T parameters. Left plot: Δχ 2 as a function of ξ under ...
Relation between the parameter K ¢ and the e 2 component of the ...
Relation between the parameter K ¢ and the e 2 component of the ...
Values of E 1 , E 2 , and E 3 when parameters m and T are varied, as ...
Values of E 1 , E 2 , and E 3 when parameters m and T are varied, as ...
Parameters e 1 and e 2 as a function of ε, Magnitude e 2 1 + e 2 2 and ...
Parameters e 1 and e 2 as a function of ε, Magnitude e 2 1 + e 2 2 and ...

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