import numpy as np
from plasmautils import perform_rate_analysis
metals = ''
if not len(metals):
ENs = np.linspace(-1.5, 1.0, 60)
else:
ENs = np.array([])
metals = ''.split(', ')
perform_rate_analysis('site=step-T=673.0K-P=100.0atm-Ev=0.0eV', ENs, T=673.0, p0=100.0,
site='step', Evib=0.0, alkali_promotion=False,
X=0.01, use_alpha=False, model='effective',
nlevels=1, dist='Treanor', Tv=3500,
metals=metals,
Agg=True)
import numpy as np
from plasmautils import perform_rate_analysis
metals = 'Re, Ru, Rh, Co, Ni, Pt, Pd'
if not len(metals):
ENs = np.linspace(-1.5, 1.0, 30)
else:
ENs = np.array([-1.385, -0.535, -0.125, -0.045, 0.155, 0.725, 0.995])
metals = 'Re, Ru, Rh, Co, Ni, Pt, Pd'.split(', ')
perform_rate_analysis(
'site=terrace-Tg=473.0K-Tv=3000.0K-P=1.0atm-dist=Treanor-nlevels=11-alpha=True',
ENs,
T=473.0,
p0=1.0,
site='terrace',
Evib=0.0,
alkali_promotion=False,
X=0.01,
use_alpha=True,
model='explicit',
nlevels=11,
dist='Treanor',
Tv=3000.0,
metals=metals,
Agg=True,
N2_frac=0.25)