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Noms. # Formules. # Poids \\ de l’atome. # + E. # - E. # Eau.
CIDUM oximuriati- \\ cum.... # MO^8 = \8.M # 942.65 # 15.13 # 84.87
# \8.M^2 # 1885.30
# \8.M^3 # 2827.95
oximuriatosum. # MO^6 = \6.M # 742.65 # 19.21 # 80.79
# \6.M^2 # 1485.30
# \6.M^3 # 2227.65
oxiiodicum.. # IO^8 = \8.I # 2066.70 # 61.29 # 38.71
# \8.I^2 # 4133.40
# \8.I^3 # 6200.10
# \7.I^4 # 8266.80
phosphoricum. # PO^5 = \5.P # 892.30 # 43.97 # 56.03
# \5.P^2 # 1784.60
# \5.P^3 # 2676.90
# \5.P^4 # 3569.20
phosphorosum # PO^3 = \3.P # 692.30 # 56.67 # 43.33
# \3.P^2 # 1384.60
# \3.P^3 # 2076.90
# \3.P^4 # 2769.20
prussiacum.. # C^2 NH^2 = P # 339.56 # C = 44.37 # N = 51.72 # H = 3.92
# P^2 # 679.12
# P^3 # 1018.68
# P^4 # 1358.24
selenicum.. # Se O^2 = \2.Se # 695.91 # 71.26 # 28.74
# \2.Se^2 # 1391.82
# \2.Se^3 # 2087.73
# \2.Se^4 # 2793.64
# \2.Se^6 # 4175.46
Noms. # Formules. # Poids \\ de l’atome. # + E. # - E. # Eau.
CIDUM oximuriati- \\ cum.... # MO^8 = \8.M # 942.65 # 15.13 # 84.87
# \8.M^2 # 1885.30
# \8.M^3 # 2827.95
oximuriatosum. # MO^6 = \6.M # 742.65 # 19.21 # 80.79
# \6.M^2 # 1485.30
# \6.M^3 # 2227.65
oxiiodicum.. # IO^8 = \8.I # 2066.70 # 61.29 # 38.71
# \8.I^2 # 4133.40
# \8.I^3 # 6200.10
# \7.I^4 # 8266.80
phosphoricum. # PO^5 = \5.P # 892.30 # 43.97 # 56.03
# \5.P^2 # 1784.60
# \5.P^3 # 2676.90
# \5.P^4 # 3569.20
phosphorosum # PO^3 = \3.P # 692.30 # 56.67 # 43.33
# \3.P^2 # 1384.60
# \3.P^3 # 2076.90
# \3.P^4 # 2769.20
prussiacum.. # C^2 NH^2 = P # 339.56 # C = 44.37 # N = 51.72 # H = 3.92
# P^2 # 679.12
# P^3 # 1018.68
# P^4 # 1358.24
selenicum.. # Se O^2 = \2.Se # 695.91 # 71.26 # 28.74
# \2.Se^2 # 1391.82
# \2.Se^3 # 2087.73
# \2.Se^4 # 2793.64
# \2.Se^6 # 4175.46