I can't say for certain that I've found a more despicable group of
NASA Borgs than you'll discover right here, but as for anything having
to do with practical notions for the likes of accomplishing anything
lunar, or with the likes of obtaining lunar he3, or even on behalf of
exposing Brown's Gas (2h2o2) and/or h2o2 well get you similar
orchestrated flak as I've received upon anything lunar or even Venus
related.

You shouldn't have to be writing fiction about our moon, though since
our Apollo missions accomplished so damn little, there's certainly
room for speculations on just about anything you can think of.

The following is an extract of what's been posted, and subsequently
I'm receiving flak from all directions, especially with anything moon
related.

I believe Don Lancaster was way before myself with this sort of
reference to Einstein, whereas Einstein remarked; "Great spirits have
always met violent opposition from mediocre minds"

Thereby, in order to please those "mediocre minds", how about we apply
a little of Yull Brown's well documented and truthful physics
technology, along with a few modern electrolytic zirconium membranes,
just to see if we can't manage to create and/or extract pure h2o2
without getting ourselves blown to bits.

Since even Yull Browns efforts essentially further proved that "energy
in = energy out", as that which created the 2h2o2, if we continued
along the lines of what the original process created as Brown's Gas,
how hard could it possibly be for obtaining just plain old h2o2?

If energy in = energy out, thereby the process of creating, separating
and/or improving the purity of h2o2 should be worth the effort. After
all, the h2o2 along with a small amount of c12h26 should be just the
ticket for powering up the lunar LM-1 exploration bus, or of powering
the likes of a shuttle/airship explorer that could effectively
aerodynamic navigate itself through the crystal clear CO2 ocean of
Venus.

In either lunar or the Venus environments, the energy derived by the
IRRC engine(s) would offer an efficient solution that's relatively
clean burning, while obtaining a good deal of energy density, a key
element in doing business in such environments.

This page is partly about the applications of such energy for a good
cause, and/or as a result of achieving contact with others we need to
be aware of:
http://guthvenus.tripod.com/gv-interplanetary.htm

Whereas these following offer more on the LM-1 application:
http://guthvenus.tripod.com/gv-lm-1.htm
http://guthvenus.tripod.com/gv-irrce.htm
http://guthvenus.tripod.com/gv-h2o2-irrce.htm

This report is having mostly to do with the reasons why we need a good
mechanical energy solution for accessing lunar he3 before others do:
http://guthvenus.tripod.com/gv-lse-he3.htm

This unfortunate page is mostly about what went so terribly wrong:
http://guthvenus.tripod.com/moon-04.htm