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subroutine, public | aer_cloud_init () |
| This subroutine calculates.
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subroutine, public | aerosol_activate (tparc_in, pparc_in, sigwparc_in, wparc_ls, aer_props, npre_in, dpre_in, ccn_diagr8, ndropr8, cdncr8, smaxliqr8, incr8, smaxicer8, nheticer8, inimmr8, dinimmr8, ncdepr8, ncdhfr8, sc_icer8, fdust_immr8, fdust_depr8, fdust_dhfr8, nlimr8, use_average_v, ccn_param, in_param, fd_dust, fd_soot, pfrz_inc_r8, sigma_nuc, rhi_cell, nccn) |
| This subroutine sets the variables needed for the activation subroutines and return the activated droplet and ice number concentration.
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subroutine | aerconversion_base () |
| This subrotine sets basic properties of the aerosol size distributions when using GOCART aerosol Mass-number conversion based on Barahona at al.(2014) [15].
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subroutine, public | aerconversion (aer_mass, aerpr, kappa, sulfate, org, bcarbon, dust, seasalt) |
| This subroutine sets the properties of the aerosol distributions Mass-number conversion based on Barahona at al. GMD, 2014. [15].
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subroutine, public | aerconversion1 (aer_mass, aerpr) |
| This subroutine sets the properties of the aerosol distributions.
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subroutine, public | vertical_vel_variance (omeg, lc_turb, tm_gw, pm_gw, |
| This subroutine calculates subgrid scale distribution of vertical velocity.
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subroutine, public | getinsubset (typ, aerin, aerout) |
| This subroutine extracts aerosol props with INactive = typ.
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subroutine | copy_aer (a, b) |
| This subroutine handles aer structure.
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subroutine | copy_mode (a_out, a_in, mode_in, mode_out) |
| This subroutine.
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subroutine, public | init_aer (aerout) |
| This subroutine initialize aerosol properties in MG sheme.
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subroutine | arg_activ (wparc, sigw, nact, smax, nmodes, tp_par, dpg_par, kappa_par, sig_par, temp_par, pres_par) |
| This subroutine finds the activated droplet number following Abdul-Razzak and Ghan (2000) [1] .
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subroutine | ccn_at_super (super, ccn_at_s, nmodes, sig_par, sg_par, tp_par) |
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subroutine | ccnspec (tparc, pparc, nmodes, |
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subroutine | pdfactiv (wparc, sigw, nact, smax, nmodes, |
| This subroutine calculates the ccn activation fraction according to the nenes and seinfeld (2003) parameterization, with modification for non-contunuum effects as proposed by fountoukis and nenes (2005). this routine calculates for a pdf of updraft velocities.
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subroutine | activate (wparc, ndroplet, smax, nmodes, |
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subroutine | sintegral (spar, summa, sum, summat, wparcel, nmodes, |
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subroutine | props (pres_par, temp_par, surt_par, dv_par, act_param, |
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real *8 function | vpres (t) |
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real *8 function | sft (t) |
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subroutine | gauleg (x, w, n) |
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real *8 function | erf (x) |
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real *8 function | gammln (xx) |
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subroutine | iceparam (sigma_w, denice_ice, ddry_ice, np_ice, |
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subroutine | nice_vdist (denice_ice, ddry_ice, np_ice, |
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real *8 function | erfapp (x) |
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subroutine | nice_param (wpar_icex, denice_ice, ddry_ice, np_ice, |
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real *8 function | findsmax (sx, dsh, |
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real *8 function | vpreswater_ice (t) |
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real *8 function | vpresice (t) |
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real *8 function | dhsub_ice (t) |
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real *8 function | densityice (t) |
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real *8 function | watdensity_ice (t) |
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subroutine | prop_ice (t, p, denice_ice, ddry_ice, |
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subroutine | gausspdf (x, dp, sigmav_ice, miuv_ice, normv_ice) |
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real *8 function | cubicint_ice (y, y1, y2, a, b) |
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real *8 function | dcubicint_ice (y, y1, y2, a, b) |
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real *8 function | pdg07_ice (si, t) |
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subroutine | inspec_ice (six, n, dsh, np_ice, norg_ice, sigorg_ice, |
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subroutine | inimmersion (inconc, dinconc, wparcel, dbc_ice, sigbc_ice |
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subroutine | empirical_param_phillips (si, siw, sw, d_grid_dust, |
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real function | h_1 (x, x_1, x_2, hlo) |
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real function | h_1_smooth (x, x_1, x_2, hlo, hhi, dh1smooth) |
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