From ec88c2411416413c74988378c288e0cf78a31e6e Mon Sep 17 00:00:00 2001
From: Jameson Graef Rollins <jrollins@finestructure.net>
Date: Thu, 22 Mar 2018 16:40:27 -0700
Subject: [PATCH] tweak comment formatting in aLIGO definition
no functional change
---
gwinc/ifo/aLIGO.yaml | 148 +++++++++++++++++++++----------------------
1 file changed, 73 insertions(+), 75 deletions(-)
diff --git a/gwinc/ifo/aLIGO.yaml b/gwinc/ifo/aLIGO.yaml
index 6b3cc39b..f2f005dc 100644
--- a/gwinc/ifo/aLIGO.yaml
+++ b/gwinc/ifo/aLIGO.yaml
@@ -26,24 +26,22 @@
# 12. Gretarsson & Harry, Gretarsson thesis
# 13. Fejer
# 14. Braginsky
-#
-#
Constants:
# Temperature of the Vacuum
- Temp: 290 # K
+ Temp: 290 # K
Infrastructure:
- Length: 3995 # m
+ Length: 3995 # m
ResidualGas:
- pressure: 4.0e-7 # Pa
- mass: 3.35e-27 # kg; Mass of H_2 (ref. 10)
- polarizability: 7.8e-31 # m^3
+ pressure: 4.0e-7 # Pa
+ mass: 3.35e-27 # kg; Mass of H_2 (ref. 10)
+ polarizability: 7.8e-31 # m^3
TCS:
- s_cc: 7.024 # Watt^-2
- s_cs: 7.321 # Watt^-2
- s_ss: 7.631 # Watt^-2
+ s_cc: 7.024 # Watt^-2
+ s_cs: 7.321 # Watt^-2
+ s_ss: 7.631 # Watt^-2
# The hardest part to model is how efficient the TCS system is in
# compensating this loss. Thus as a simple Ansatz we define the
# TCS efficiency TCSeff as the reduction in effective power that produces
@@ -58,14 +56,14 @@ TCS:
SRCloss: 0.00
Seismic:
- Site: 'LHO' # LHO or LLO (only used for Newtonian noise)
- KneeFrequency: 10 # Hz; freq where 'flat' noise rolls off
- LowFrequencyLevel: 1e-9 # m/rtHz; seismic noise level below f_knee
- Gamma: .8 # abruptness of change at f_knee
- Rho: 1.8e3 # kg/m^3; density of the ground nearby
- Beta: 0.5 # quiet times beta: 0.35-0.60
+ Site: 'LHO' # LHO or LLO (only used for Newtonian noise)
+ KneeFrequency: 10 # Hz; freq where 'flat' noise rolls off
+ LowFrequencyLevel: 1e-9 # m/rtHz; seismic noise level below f_knee
+ Gamma: .8 # abruptness of change at f_knee
+ Rho: 1.8e3 # kg/m^3; density of the ground nearby
+ Beta: 0.5 # quiet times beta: 0.35-0.60
# noisy times beta: 0.15-1.4
- Omicron: 1 # Feedforward cancellation factor
+ Omicron: 1 # Feedforward cancellation factor
Suspension:
# 0 for cylindrical suspension
@@ -73,20 +71,20 @@ Suspension:
Type: 2
# 0: round, 1: ribbons
FiberType: 0
- BreakStress: 750e6 # Pa; ref. K. Strain
+ BreakStress: 750e6 # Pa; ref. K. Strain
Temp: 290
VHCoupling:
- theta: 1e-3 # vertical-horizontal x-coupling
+ theta: 1e-3 # vertical-horizontal x-coupling
Silica:
- Rho : 2200 # Kg/m^3;
- C : 772 # J/Kg/K;
- K : 1.38 # W/m/kg;
- Alpha : 3.9e-7 # 1/K;
- dlnEdT: 1.52e-4 # (1/K), dlnE/dT
- Phi : 4.1e-10 # from G Harry e-mail to NAR 27April06 dimensionless units
- Y : 72e9 # Pa; Youngs Modulus
- Dissdepth: 1.5e-2 # from G Harry e-mail to NAR 27April06
+ Rho : 2200 # Kg/m^3;
+ C : 772 # J/Kg/K;
+ K : 1.38 # W/m/kg;
+ Alpha : 3.9e-7 # 1/K;
+ dlnEdT: 1.52e-4 # (1/K), dlnE/dT
+ Phi : 4.1e-10 # from G Harry e-mail to NAR 27April06 dimensionless units
+ Y : 72e9 # Pa; Youngs Modulus
+ Dissdepth: 1.5e-2 # from G Harry e-mail to NAR 27April06
C70Steel:
Rho: 7800
@@ -95,7 +93,7 @@ Suspension:
Alpha: 12e-6
dlnEdT: -2.5e-4
Phi: 2e-4
- Y: 212e9 # measured by MB for one set of wires
+ Y: 212e9 # measured by MB for one set of wires
MaragingSteel:
Rho: 7800
@@ -127,12 +125,12 @@ Suspension:
# in suspQuad, so including it here would double count)
Stage:
# Stage1
- - Mass: 39.6 # kg; current numbers May 2006 NAR
- Length: 0.59 # m
- Dilution: .nan #
- K: .nan # N/m; vertical spring constant
- WireRadius: .nan # m
- Blade: .nan # blade thickness
+ - Mass: 39.6 # kg; current numbers May 2006 NAR
+ Length: 0.59 # m
+ Dilution: .nan #
+ K: .nan # N/m; vertical spring constant
+ WireRadius: .nan # m
+ Blade: .nan # blade thickness
NWires: 4
# Stage2
@@ -199,45 +197,45 @@ Materials:
## Substrate Material parameters--------------------------------------------
Substrate:
- c2 : 7.6e-12 # Coeff of freq depend. term for bulk mechanical loss, 7.15e-12 for Sup2
- MechanicalLossExponent: 0.77 # Exponent for freq dependence of silica loss, 0.822 for Sup2
- Alphas: 5.2e-12 # Surface loss limit (ref. 12)
- MirrorY: 7.27e10 # N/m^2; Youngs modulus (ref. 4)
- MirrorSigma: 0.167 # Kg/m^3; Poisson ratio (ref. 4)
- MassDensity: 2.2e3 # Kg/m^3; (ref. 4)
- MassAlpha: 3.9e-7 # 1/K; thermal expansion coeff. (ref. 4)
- MassCM: 739 # J/Kg/K; specific heat (ref. 4)
- MassKappa: 1.38 # J/m/s/K; thermal conductivity (ref. 4)
- RefractiveIndex: 1.45 # mevans 25 Apr 2008
+ c2 : 7.6e-12 # Coeff of freq depend. term for bulk mechanical loss, 7.15e-12 for Sup2
+ MechanicalLossExponent: 0.77 # Exponent for freq dependence of silica loss, 0.822 for Sup2
+ Alphas: 5.2e-12 # Surface loss limit (ref. 12)
+ MirrorY: 7.27e10 # N/m^2; Youngs modulus (ref. 4)
+ MirrorSigma: 0.167 # Kg/m^3; Poisson ratio (ref. 4)
+ MassDensity: 2.2e3 # Kg/m^3; (ref. 4)
+ MassAlpha: 3.9e-7 # 1/K; thermal expansion coeff. (ref. 4)
+ MassCM: 739 # J/Kg/K; specific heat (ref. 4)
+ MassKappa: 1.38 # J/m/s/K; thermal conductivity (ref. 4)
+ RefractiveIndex: 1.45 # mevans 25 Apr 2008
## Laser-------------------------------------------------------------------
Laser:
- Wavelength: 1.064e-6 # m
- Power: 125 # W
+ Wavelength: 1.064e-6 # m
+ Power: 125 # W
## Optics------------------------------------------------------------------
Optics:
Type: 'SignalRecycled'
- PhotoDetectorEfficiency: 0.95 # photo-detector quantum efficiency
- Loss: 37.5e-6 # average per mirror power loss
- BSLoss: 0.5e-3 # power loss near beamsplitter
- coupling: 1.0 # mismatch btwn arms & SRC modes; used to
+ PhotoDetectorEfficiency: 0.95 # photo-detector quantum efficiency
+ Loss: 37.5e-6 # average per mirror power loss
+ BSLoss: 0.5e-3 # power loss near beamsplitter
+ coupling: 1.0 # mismatch btwn arms & SRC modes; used to
- #SubstrateAbsorption: 0.5e-4 # 1/m; bulk absorption coef (ref. 2)
- SubstrateAbsorption: 0.3e-4 # 1/m; 0.3 ppm/cm for Hereaus
- pcrit: 10 # W; tolerable heating power (factor 1 ATC)
+ #SubstrateAbsorption: 0.5e-4 # 1/m; bulk absorption coef (ref. 2)
+ SubstrateAbsorption: 0.3e-4 # 1/m; 0.3 ppm/cm for Hereaus
+ pcrit: 10 # W; tolerable heating power (factor 1 ATC)
Quadrature:
- dc: 1.5707963 # pi/2 # demod/detection/homodyne phase
+ dc: 1.5707963 # pi/2 # demod/detection/homodyne phase
ITM:
- BeamRadius: 0.055 # m, 1/e^2 power radius
+ BeamRadius: 0.055 # m, 1/e^2 power radius
Transmittance: 0.014
CoatingThicknessLown: 0.308
CoatingThicknessCap: 0.5
CoatingAbsorption: 0.5e-6
- SubstrateAbsorption: 0.3e-4 # 1/m, 0.3 ppm/cm for Hereaus
+ SubstrateAbsorption: 0.3e-4 # 1/m, 0.3 ppm/cm for Hereaus
ETM:
- BeamRadius: 0.062 # m, 1/e^2 power radius
+ BeamRadius: 0.062 # m, 1/e^2 power radius
Transmittance: 5e-6
CoatingThicknessLown: 0.27
CoatingThicknessCap: 0.5
@@ -245,10 +243,10 @@ Optics:
Transmittance: 0.03
SRM:
Transmittance: 0.20
- CavityLength: 55 # m, ITM to SRM distance
- Tunephase: 0.0 # SEC tuning
+ CavityLength: 55 # m, ITM to SRM distance
+ Tunephase: 0.0 # SEC tuning
- Curvature: # ROC
+ Curvature: # ROC
ITM: 1970
ETM: 2192
@@ -261,18 +259,18 @@ Optics:
# OptimalOptimal = optimal squeeze angle, assuming optimal readout phase
Squeezer:
Type: 'None'
- AmplitudedB: 10 # SQZ amplitude [dB]
- InjectionLoss: 0.05 # power loss to sqz
- SQZAngle: 0 # SQZ phase [radians]
+ AmplitudedB: 10 # SQZ amplitude [dB]
+ InjectionLoss: 0.05 # power loss to sqz
+ SQZAngle: 0 # SQZ phase [radians]
# Parameters for frequency dependent squeezing
FilterCavity:
- fdetune: -14.5 # detuning [Hz]
- L: 100 # cavity length
- Ti: 0.12e-3 # input mirror trasmission [Power]
- Te: 0 # end mirror trasmission
- Lrt: 100e-6 # round-trip loss in the cavity
- Rot: 0 # phase rotation after cavity
+ fdetune: -14.5 # detuning [Hz]
+ L: 100 # cavity length
+ Ti: 0.12e-3 # input mirror trasmission [Power]
+ Te: 0 # end mirror trasmission
+ Lrt: 100e-6 # round-trip loss in the cavity
+ Rot: 0 # phase rotation after cavity
## Variational Output Parameters--------------------------------------------
# Define the output filter cavity chain
@@ -282,9 +280,9 @@ Squeezer:
OutputFilter:
Type: 'None'
FilterCavity:
- fdetune: -30 # detuning [Hz]
- L: 4000 # cavity length
- Ti: 10e-3 # input mirror trasmission [Power]
- Te: 0 # end mirror trasmission
- Lrt: 100e-6 # round-trip loss in the cavity
- Rot: 0 # phase rotation after cavity
+ fdetune: -30 # detuning [Hz]
+ L: 4000 # cavity length
+ Ti: 10e-3 # input mirror trasmission [Power]
+ Te: 0 # end mirror trasmission
+ Lrt: 100e-6 # round-trip loss in the cavity
+ Rot: 0 # phase rotation after cavity
--
GitLab