Plots for SPIE

  • J-band S:N spectra
  • H-band S:N spectra

    • Misc

    Cosmology Definitions

  • LCDM - Omega(matter)=0.3, Omega(Lambda)=0.7, Ho = 65 km/s/Mpc
  • EdS - Omega(matter)=1.0, Omega(Lambda)=0.0, Ho = 100 km/s/Mpc
  • Open - Omega(matter)=0.05, Omega(Lambda)=0.0, Ho = 100 km/s/Mpc

    • Atmospheric transmission plots (to overlay S:N spectra plots)

  • J band (High resolution, Low resolution)
  • H-band

  • Comparative plot of filter transmission curves

    S:N spectrum (J band)

    Plot Filter Resoultion Cosmology Type
    fp_R500_F50_LCDM_SFR1.ps.gz F-P (F=50) 500 LCDM const. SFR
    fp_R500_F50_EdS_SFR1.ps.gz F-P (F=50) 500 EdS const. SFR
    fp_R500_F50_Open_SFR1.ps.gz F-P (F=50) 500 Open const. SFR
    fp_R500_F50_FLUX.ps.gz F-P (F=50) 500 - const. Flux
    fp_R1000_F50_LCDM_SFR1.ps.gz F-P (F=50) 1000 LCDM const. SFR
    fp_R1000_F50_EdS_SFR1.ps.gz F-P (F=50) 1000 EdS const. SFR
    fp_R1000_F50_Open_SFR1.ps.gz F-P (F=50) 1000 Open const. SFR
    fp_R1000_F50_FLUX.ps.gz F-P (F=50) 1000 - const. Flux
    fp_R2000_F50_LCDM_SFR1.ps.gz F-P (F=50) 2000 LCDM const. SFR
    fp_R2000_F50_EdS_SFR1.ps.gz F-P (F=50) 2000 EdS const. SFR
    fp_R2000_F50_Open_SFR1.ps.gz F-P (F=50) 2000 Open const. SFR
    fp_R2000_F50_FLUX.ps.gz F-P (F=50) 2000 - const. Flux
    fp_R4000_F50_LCDM_SFR1.ps.gz F-P (F=50) 4000 LCDM const. SFR
    fp_R4000_F50_EdS_SFR1.ps.gz F-P (F=50) 4000 EdS const. SFR
    fp_R4000_F50_Open_SFR1.ps.gz F-P (F=50) 4000 Open const. SFR
    fp_R4000_F50_FLUX.ps.gz F-P (F=50) 4000 - const. Flux
    fp_R500_F100_LCDM_SFR1.ps.gz F-P (F=100) 500 LCDM const. SFR
    fp_R500_F100_EdS_SFR1.ps.gz F-P (F=100) 500 EdS const. SFR
    fp_R500_F100_Open_SFR1.ps.gz F-P (F=100) 500 Open const. SFR
    fp_R500_F100_FLUX.ps.gz F-P (F=100) 500 - const. Flux
    fp_R1000_F100_LCDM_SFR1.ps.gz F-P (F=100) 1000 LCDM const. SFR
    fp_R1000_F100_EdS_SFR1.ps.gz F-P (F=100) 1000 EdS const. SFR
    fp_R1000_F100_Open_SFR1.ps.gz F-P (F=100) 1000 Open const. SFR
    fp_R1000_F100_FLUX.ps.gz F-P (F=100) 1000 - const. Flux
    fp_R2000_F100_LCDM_SFR1.ps.gz F-P (F=100) 2000 LCDM const. SFR
    fp_R2000_F100_EdS_SFR1.ps.gz F-P (F=100) 2000 EdS const. SFR
    fp_R2000_F100_Open_SFR1.ps.gz F-P (F=100) 2000 Open const. SFR
    fp_R2000_F100_FLUX.ps.gz F-P (F=100) 2000 - const. Flux
    fp_R4000_F100_LCDM_SFR1.ps.gz F-P (F=100) 4000 LCDM const. SFR
    fp_R4000_F100_EdS_SFR1.ps.gz F-P (F=100) 4000 EdS const. SFR
    fp_R4000_F100_Open_SFR1.ps.gz F-P (F=100) 4000 Open const. SFR
    fp_R4000_F100_FLUX.ps.gz F-P (F=100) 4000 - const. Flux
    gauss_R500_LCDM_SFR1.ps.gz Gaussian 500 LCDM const. SFR
    gauss_R500_EdS_SFR1.ps.gz Gaussian 500 EdS const. SFR
    gauss_R500_Open_SFR1.ps.gz Gaussian 500 Open const. SFR
    gauss_R500_FLUX.ps.gz Gaussian 500 - const. Flux
    gauss_R1000_LCDM_SFR1.ps.gz Gaussian 1000 LCDM const. SFR
    gauss_R1000_EdS_SFR1.ps.gz Gaussian 1000 EdS const. SFR
    gauss_R1000_Open_SFR1.ps.gz Gaussian 1000 Open const. SFR
    gauss_R1000_FLUX.ps.gz Gaussian 1000 - const. Flux
    gauss_R2000_LCDM_SFR1.ps.gz Gaussian 2000 LCDM const. SFR
    gauss_R2000_EdS_SFR1.ps.gz Gaussian 2000 EdS const. SFR
    gauss_R2000_Open_SFR1.ps.gz Gaussian 2000 Open const. SFR
    gauss_R2000_FLUX.ps.gz Gaussian 2000 - const. Flux
    gauss_R4000_LCDM_SFR1.ps.gz Gaussian 4000 LCDM const. SFR
    gauss_R4000_EdS_SFR1.ps.gz Gaussian 4000 EdS const. SFR
    gauss_R4000_Open_SFR1.ps.gz Gaussian 4000 Open const. SFR
    gauss_R4000_FLUX.ps.gz Gaussian 4000 - const. Flux
    th_R500_LCDM_SFR1.ps.gz Top-Hat 500 LCDM const. SFR
    th_R500_EdS_SFR1.ps.gz Top-Hat 500 EdS const. SFR
    th_R500_Open_SFR1.ps.gz Top-Hat 500 Open const. SFR
    th_R500_FLUX.ps.gz Top-Hat 500 - const. Flux
    th_R1000_LCDM_SFR1.ps.gz Top-Hat 1000 LCDM const. SFR
    th_R1000_EdS_SFR1.ps.gz Top-Hat 1000 EdS const. SFR
    th_R1000_Open_SFR1.ps.gz Top-Hat 1000 Open const. SFR
    th_R1000_FLUX.ps.gz Top-Hat 1000 - const. Flux
    th_R2000_LCDM_SFR1.ps.gz Top-Hat 2000 LCDM const. SFR
    th_R2000_EdS_SFR1.ps.gz Top-Hat 2000 EdS const. SFR
    th_R2000_Open_SFR1.ps.gz Top-Hat 2000 Open const. SFR
    th_R2000_FLUX.ps.gz Top-Hat 2000 - const. Flux
    th_R4000_LCDM_SFR1.ps.gz Top-Hat 4000 LCDM const. SFR
    th_R4000_EdS_SFR1.ps.gz Top-Hat 4000 EdS const. SFR
    th_R4000_Open_SFR1.ps.gz Top-Hat 4000 Open const. SFR
    th_R4000_FLUX.ps.gz Top-Hat 4000 - const. Flux

    S:N spectra (H-band)

    Plot Filter Resoultion Cosmology Type
    fp_R500_F50_LCDM_SFR1_H.ps.gz F-P (F=50) 500 LCDM const. SFR
    fp_R1000_F50_LCDM_SFR1_H.ps.gz F-P (F=50) 1000 LCDM const. SFR
    fp_R2000_F50_LCDM_SFR1_H.ps.gz F-P (F=50) 2000 LCDM const. SFR
    fp_R4000_F50_LCDM_SFR1_H.ps.gz F-P (F=50) 4000 LCDM const. SFR
    fp_R500_F100_LCDM_SFR1_H.ps.gz F-P (F=100) 500 LCDM const. SFR
    fp_R1000_F100_LCDM_SFR1_H.ps.gz F-P (F=100) 1000 LCDM const. SFR
    fp_R2000_F100_LCDM_SFR1_H.ps.gz F-P (F=100) 2000 LCDM const. SFR
    fp_R4000_F100_LCDM_SFR1_H.ps.gz F-P (F=100) 4000 LCDM const. SFR
    gauss_R500_LCDM_SFR1_H.ps.gz Gaussian 500 LCDM const. SFR
    gauss_R1000_LCDM_SFR1_H.ps.gz Gaussian 1000 LCDM const. SFR
    gauss_R2000_LCDM_SFR1_H.ps.gz Gaussian 2000 LCDM const. SFR
    gauss_R4000_LCDM_SFR1_H.ps.gz Gaussian 4000 LCDM const. SFR
    th_R500_LCDM_SFR1_H.ps.gz Top-Hat 500 LCDM const. SFR
    th_R1000_LCDM_SFR1_H.ps.gz Top-Hat 1000 LCDM const. SFR
    th_R2000_LCDM_SFR1_H.ps.gz Top-Hat 2000 LCDM const. SFR
    th_R4000_LCDM_SFR1_H.ps.gz Top-Hat 4000 LCDM const. SFR

    Fraser Clarke (fclarke@ast.cam.ac.uk)
    4th June 2000