MS replied to several of my comments. Interestingly, I see some groupthink at work… That being said, I have no reason to believe
anything I have suggested is correct.
They are all speculations.
Re. 1.) Signal above
the mean for a period is known as a baseline shift. There are many, many causes for baseline shift
that have nothing to do with an actual signal.
Then again, maybe it is. Reproduce
and control.
Re. 2) LiOH and LiOD are both basic water solutions. They will have similar chemistry, and maybe
even very similar. Isotopic differences
will not cancel out acid/base-type of considerations. Agreed
that you are just starting, much more to do,
Reproduce and control.
The primary difference is in the electrolysis I think. The thermoneutral voltages are different for H2O vs. D2O. That means for a fixed current and voltage, you will get different loading levels and extents of ohmic heating. One impacts 'LENR' probabilities supposedly, the other supposedly would impact chemical rates. You might get minor differences in extraction (leaching) rates due to pH not being the same as pD.
Re. 3) This directional sensitivity needs to be worked out
long-term as you note. Also, glad you
picked up on the ‘Bockris Effect’ as I jokingly call it.
Re. 4) ‘Mined minerals’ as I called them will have
contaminants. One common contaminant is
U, another is Th. The decay chains
produce alpha and beta radiation according to what I see. Wikipedia lists _average_ contamination
levels at 2 to 7 ppm. What might be in
your paper? Would it be the same as J5’s?
Who knows? The water/base that gets to the paper can leach (extract) the
contaminants. Now you have to consider
self-shielding. Rad contaminants held in
filler particles will be highly shielded, reducing the amount of radiation that
can be detected externally. Leaching
into a thin liquid layer could well change that, allowing the radiation to be
more easily seen. (Further in relation
to a J5 comment, that liquid can slowly weep down the sides of the
container.) Again speculation. If you don’t like what I say, no skin off of
my nose, but if you don’t check, shame on you…that would be groupthink
especially. Oh, and how often do you
think people wet office paper and measure it for radiation? Every day right?... Also, sometimes paper has acid content. Acid can also aid leaching.
Re. 5) The blank run with no electrolysis being run at a
different time shouldn’t be a problem if my proposed mechanism is active. I would worry about not getting enough vapor
if no electrolysis and no heating. The
electrolysis gases will carry the vapor up to the paper, just like in our extended
discussion of this in the “F&P Experiments…” thread w.r.t. water loss from
open cells.