6.8,
12.5, 10.1,
16.3, 17.3,
20.8,
25.1,
100,
]],
mass_mat=65, F0=5763900
)
urania_data_500: PlotInputTDict = {
"title": "Urania from oxalate vs nitrate @ 500°C",
"data": [
WA_dataset(x_uo2_ox, y_uo2_ox, "UO\u2082 (oxalate)", color="r", mass=55, temp=75),
WA_dataset(x_uo2_n, y_uo2_n, "UO\u2082 (nitrate)", color="m", mass=65, temp=75),
],
}
sp = Path(R".\results")
urania_plot_500 = plot_multi(input=urania_data_500,
save_path=sp,
file_name="plot_urania.png",
fix_n=False, vmax_line=False, equation=False)
urania_plot_500_fix = plot_multi(input=urania_data_500,
save_path=sp,
file_name="plot_urania_fix.png",
fix_n=True, vmax_line=False, equation=False)
urania_bet_500 = plot_bet_multi(input=urania_data_500, save_path=sp,
file_name="bet_urania.png", y_max=1e13)
table_bet_multi(urania_data_500, save_path=sp, file_name="bet_urania.tsv")
45.4, 39.3,
74.2, 111.5]],
mass_mat=55, F0=5798366)
x_tho2_ox = water_added_to_pp(
[10, 10, 25, 25, 50, 50, 75, 75, 100, 100, 150, 150, 200, 200, 240, 240])
y_tho2_ox = freq_change_to_WA(
[2 * x for x in [17.0, 11.2,
20.15, 23.1,
26.5, 32.5,
29.5, 30.2, 34.2, 33.4, 38.3, 41.1, 63.1, 52.5, 82.9, 156.0]],
mass_mat=70.5, F0=5794505
)
oxal_data_500: PlotInputTDict = {
"title": "MOx from oxalate @ 500°C",
"data": [
WA_dataset(x_ceo2_ox, y_ceo2_ox, "CeO\u2082 (oxalate)", color="c", mass=69, temp=75),
WA_dataset(x_tho2_ox, y_tho2_ox, "ThO\u2082 (oxalate)", color="g", mass=70.5, temp=75),
WA_dataset(x_uo2_ox, y_uo2_ox, "UO\u2082 (oxalate)", color="r", mass=55, temp=75),
],
}
sp = Path(R".\results")
oxalate_plot_500 = plot_multi(input=oxal_data_500, save_path=sp,
file_name="plot_oxalate.png", fix_n=False, vmax_line=False)
oxalate_bet_500 = plot_bet_multi(input=oxal_data_500, save_path=sp, file_name="bet_oxalate.png", y_max=1e13)
oxalate_plot_500 = plot_multi(input=oxal_data_500, save_path=sp,
file_name="plot_oxalate_fix.png", fix_n=True, vmax_line=False)
table_bet_multi(oxal_data_500, save_path=sp, file_name="bet_oxalate.tsv")
"Urania from oxalate vs nitrate @ 500°C",
"data": [
WA_dataset(x_tho2_ox,
y_tho2_ox,
"ThO\u2082 (oxalate)",
color="g",
mass=70.5,
temp=75),
# WA_dataset(x_tho2_n, y_tho2_n, "ThO\u2082 (nitrate)", color="b", mass=46, temp=75),
],
}
sp = Path(R".\results")
thoria_plot_500 = plot_multi(input=thoria_data_500,
save_path=sp,
file_name="plot_thoria.png",
fix_n=False,
vmax_line=False,
equation=False)
thoria_plot_500_fix = plot_multi(input=thoria_data_500,
save_path=sp,
file_name="plot_thoria_fix.png",
fix_n=True,
vmax_line=False,
equation=False)
thoria_bet_500 = plot_bet_multi(input=thoria_data_500,
save_path=sp,
file_name="bet_thoria.png",
y_max=1e13)
table_bet_multi(thoria_data_500, save_path=sp, file_name="bet_thoria.tsv")
"data": [
WA_dataset(x_ceo2_n,
y_ceo2_n,
"CeO\u2082",
color="c",
mass=46,
temp=75),
# WA_dataset(x_tho2_n, y_tho2_n, "ThO\u2082", color="g",mass=70.5, temp=75),
WA_dataset(x_uo2_n, y_uo2_n, "UO\u2082", color="r", mass=65, temp=75),
],
}
sp = Path(R".\results")
nitrate_plot_500 = plot_multi(input=nitrate_data_500,
save_path=sp,
file_name="plot_nitr.png",
fix_n=False,
vmax_line=False,
equation=True)
oxalate_bet_500 = plot_bet_multi(input=nitrate_data_500,
save_path=sp,
file_name="bet_nitr.png",
y_max=1e13)
oxalate_plot_500 = plot_multi(input=nitrate_data_500,
save_path=sp,
file_name="plot_nitr_fix.png",
fix_n=True,
vmax_line=False,
equation=False)
table_bet_multi(nitrate_data_500, save_path=sp, file_name="bet_nitr.tsv")