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This model will also simulate radiation pressure forces from the electric fields to the mirrors in order to provide interface with the mechanical system. This model will also simulate radiation pressure forces from the electric fields to the mirrors in order to provide an interface with the mechanical system.

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||||||||||'''Analytical model'''||
||Platform||Description||Author||Date||File||
|| || || || || ||
||Matlab||Default design in 2007(BRSE)||Masaki Ando||2005/5/23 for TAC meeting||[[attachment:lcgt_param.m]] [[attachment:noise_lcgt.m]]||
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||||||||||'''Simulation model'''||
||Platform||Description||Author||Date||File||
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||FINESSE|| || || || ||
||Optickle|| || || || ||

Core IFO Model

The core IFO model will be a simulation model which describes the interferometric part of LCGT. Calculating the behavior of the electric fields inside the interferometer is the main task of this model. This model will also simulate radiation pressure forces from the electric fields to the mirrors in order to provide an interface with the mechanical system.


Analytical model

Platform

Description

Author

Date

File

Matlab

Default design in 2007(BRSE)

Masaki Ando

2005/5/23 for TAC meeting

lcgt_param.m noise_lcgt.m

Simulation model

Platform

Description

Author

Date

File

FINESSE

Optickle

LCGT/subgroup/ifo/ISC/TaskList/CoreIFOModel (last edited 2009-10-01 00:56:37 by OsamuMiyakawa)