fs.mpia0: Finite Size Corrections to qcotdelta for I=2 pipi near...
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fs.mpia0 R Documentation
Finite Size Corrections to qcotdelta for I=2
pipi near threshold
Description
fs.qcotdelta computes the finite size corrections to
qcotdelta while fs.mpia0 computes the
corresponding finite size corrections to Mpi a0 directly
using the Gasser Leutwyler result from Mpi.
Usage
fs.mpia0(mps, fps, L)
Arguments
mps
pion mass as a scalar variable (must not be a vector)
fps
pion decay constant as a scalar variable (must not be a vector)
L
spatial lattice extent as a scalar variable (must not be a vector)
Value
returns a numeric value representing the finite size correction or
in case of fs.a0 the corrected value for a0.
Author(s)
Carsten Urbach, curbach@gmx.de
References
For the original formula see Eq. (31) from hep-lat/0601033
Examples
fs.mpia0(mps=0.123, fps=0.2, L=24)
hadron documentation built on Sept. 9, 2022, 5:06 p.m.
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| fs.mpia0 | R Documentation |
Finite Size Corrections to qcotdelta for I=2 pipi near threshold
Description
fs.qcotdelta computes the finite size corrections to
qcotdelta while fs.mpia0 computes the
corresponding finite size corrections to Mpi a0 directly
using the Gasser Leutwyler result from Mpi.
Usage
fs.mpia0(mps, fps, L)
Arguments
mps |
pion mass as a scalar variable (must not be a vector) |
fps |
pion decay constant as a scalar variable (must not be a vector) |
L |
spatial lattice extent as a scalar variable (must not be a vector) |
Value
returns a numeric value representing the finite size correction or
in case of fs.a0 the corrected value for a0.
Author(s)
Carsten Urbach, curbach@gmx.de
References
For the original formula see Eq. (31) from hep-lat/0601033
Examples
fs.mpia0(mps=0.123, fps=0.2, L=24)
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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