CONDENSED VERSION - EVNI = USED SODIUM PEROXIDE
lets see how each compound
nickel chloride
nickel sulphide
nickel oxide
NiCl2 + NaOH + H2O2 = NaCl + Ni(OH)3
NiS + NaOH + H2O2 = Ni(OH)2 + Na2SO4 + H2O
Ni + NaOH + H2O2 = Na2NiO4 + H2O
BOOM - #1 + #2 both types of nickel.....
convert to nickel hydroxide far larger compound molecule.
One actually has - 3 - multi compounds.
Ni oxide #3 - melds with sodium.
could even go undetected under plasma spectrometry.
Another huge molecukle bond.
Far less habitation area in a mist - if molecule is too large.
such creates - less nickel habitation = less nickel detection.
Based on vapor mist size.
CNC = USED SIMPLE PEROXIDE
nickel sulphide
nickel chloride
nickel oxide
NiS + H2O2 + H2So4 = S + NiSo4 + H2O
can't find an equation for - nickel chloride + h2o2
Ni + H2O2 = NiO + H2
------------------------------------------------------------------------------------------------
COMPARISON -
Comparing just the sulphides between two juniors....
evni - 14 molecules
cnc - 5 molecules
NOW.... consider just one droplette - vapor mist.
compound molecules harbor far more - other bonds
creating less nickel capacity with in - mist vapor.
Hey.... if i'm off on this analysis ...
Please do chime in and correct....
or... permission to delete post.
But.. .what if i'm right ?
Cheers....
I would think....
analyzing historical assays that used, indifferent acids
and arrived at higher nickel values.. .would be a good place
to start.... when comparing - newer current assay methods.
And... comparing other junior grades in same district...
with similar ores... but diff percentages between the two juniors.
corection last post....
last image is,
nickel nitrate compound bond... i had said, nickel hydroxide.
Nitirc - yet another acid that creates massive compounds
which consumes all the more volume and area
with in a - mist vapor.
Just trying to help the junor....
Nothing more, nothing less.