zirconia
Still studying Print Lab capabilities for applications.
Perhaps not of relevance?
Interest..
This 2011 paper becomes important to explain our 2021 MHE results on AHE generation mechanism in H-gas loading with Cu1Ni7/zirconia
zirconia
Still studying Print Lab capabilities for applications.
Perhaps not of relevance?
Interest..
This 2011 paper becomes important to explain our 2021 MHE results on AHE generation mechanism in H-gas loading with Cu1Ni7/zirconia
Probably you wanted to print UDH ?
The current 2.0 fashion world promises so many fucking things.. even for metal printing field.
Probably the Spoke's enterprise was printed to achieve lightspeed.
Seriously, by metal printing nothing under µm :
I'm not sure, still studying their ability to print the molecule. Are you neighbors?
Print Lab Address
Unit 20, Chorley Central Business Park, Stump Lane, Chorley, Lancashire, UK,
Gregory Byron Goble - Print Lab is around 200 miles N of me.
Almost all Zirconium contains Hafnium
The gamma spectra might illuminate hafnium impurity in the
specimens Takahashi uses
Hf has a bunch of isotopes with less studied behaviour in the presence of deuterium.
Steinetz found novel behaviour with Hf D2... activation of Hf180m1 and Hf181
We well know that Japanese teams are using complex metallurgical ways to do these kind of complex alloys.
We well know that Japanese teams are using complex metallurgical ways
Some Japanese teams are better than others,,
Shin-etsu has the lead in rare metal alloys..
I don't think MHI is in their league
activation of Hf180m1 and Hf181
Thanks
Does this mean these might assist in energy product... in the lattice energy sequences...
in the lattice energy sequences.
Yes... hafnium "could" assist
According to the atomecological model where low Kev nuclear states provide a pathway for
nonphotonic transfer of energy from ~20Mev states in deuterium to the subeV phonon lattice vibrations
Hf181 has many low kev states and Hf180 has a few only too..
but Hf181 is normally nonexistent in natural Hafnium..it is extinct..
so it looks like the deuterium gamma environment in the Steinetz experiment is manufacturing Hf181
Hafnium is 35% Hf180..
Just to give a ballpark idea of "could"
It all depends on the impurity level. Lets say 0.1 % (1000ppm) of the Zirconium is Hf
Hf180 is 0,035%of the Zr, maybe 0.01% of the mix..
but given Avogadro's number that is still a lot of atoms per cc
and if every one is worth 93 KeV per 1.5 ns??????... see livechart screengrab.
that calculates to quite a few ? heat Watts per cc .
"Could" needs five years of exptal validation to become "does"...
and lots of gamma spectrometry work..and of course $..
Note. I hope Takahashi sensei has checked for hafnium contamination..!!!
Hf at even 300 ppm of Zr could give an effect..
Project
Goal: To confirm non-chemical (namely nuclear origin-like) high energy-density heat genration by nano-metal and hydrogen gas inetraction at elevated temperature and to extend R&D program for new hydrogen energy devices. Labs: Akito Takahashi's LabCondensed Matter Nuclear Science
Project
https://www.researchgate.net/p…-hydrogen-gas-interaction
Hi Gregory- just moved your post above into this thread from the playground. More on topic here I think.