Inspiral Phase Time Evolution [Computer Software]

Maria Babiuc-Hamilton; Dillon Buskirk

Inspiral Phase Time Evolution [Computer Software]

Maria Babiuc-Hamilton
, Dillon Buskirk

Marshall University

Research output: Other contribution

Abstract

Inspiral Phase Time Evolution Computer Software

Variables and ConstantsCalculating PN Parameter-x for e=0 (zero eccentricity)Final Time is chosen where the Strain hits its last peak before the DE becomes too“stiff”Orbital Frequency EvolutionCalculations for Merger-Ringdown WaveformNow we do the overlapping

Original language	American English
State	Published - Jan 1 2022

Publication series

Name	Physics Faculty Research

Access to Document

http://mds.marshall.edu/physics_faculty/102

Cite this

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title = "Inspiral Phase Time Evolution [Computer Software]",

abstract = "Inspiral Phase Time Evolution Computer Software Variables and ConstantsCalculating PN Parameter-x for e=0 (zero eccentricity)Final Time is chosen where the Strain hits its last peak before the DE becomes too“stiff”Orbital Frequency EvolutionCalculations for Merger-Ringdown WaveformNow we do the overlapping",

author = "Maria Babiuc-Hamilton and Dillon Buskirk",

year = "2022",

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day = "1",

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AU - Buskirk, Dillon

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AB - Inspiral Phase Time Evolution Computer Software Variables and ConstantsCalculating PN Parameter-x for e=0 (zero eccentricity)Final Time is chosen where the Strain hits its last peak before the DE becomes too“stiff”Orbital Frequency EvolutionCalculations for Merger-Ringdown WaveformNow we do the overlapping

M3 - Other contribution

T3 - Physics Faculty Research

ER -