Posts by ugo.abundo

@ Nigel Appleton : The first step is to evaluate the absorbing capability of nickel under hydrogen pressure vs time, at different temperatures.
In course.

Thanks.
Ugo Abundo at Open Power

I hope the previously attached Set up file may be useful.
Ugo Abundo at Open Power

Set up drawing

@ Bobeson The Watlow heater has its own specifications on https://www.watlow.com/product…ceramic-fiber-heaters.cfm
As regarding the heat losses, an experimental campaign was previously carried out.
As suggested by Bobeson, a diagram is attached about the system overall view.
@ Long view: we agree, and are working also in this direction.

Thanks.
Ugo Abundo at Open Power

Please read the 0018 report http://www.hydrobetatron.org/f…aon-rev1_Def_1c5c7l1q.pdf (actually in italian language for a quick communication) regarding the strategy of experimentation planning. We hope to translate the text in the next days, but accept any help from the friends of LENR-forum.

Thanks.
Ugo Abundo at Open Power Lab

@ Stephen C : Boron Nitride coating was firstly suggested by Bob Greenyer (MFMP) against corrosion by lithium.
@ Mats 002 : the boron nitride is an internal coating against corrosion;
in Rossi's apparatus, the external succession of boron and lead evidently means an hypothesized flux of neutrons (or quasi-neutrons) that will be absorbed by boron, with emission of gamma rays intercepted by lead.
We adopt such a double shield too.
By our Atomtex 6102 neutron detector, neutron presence will be evaluated, and related to the possible models for the process.
@ Axil : thank you.

Thanks.
Ugo Abundo at Open Power Lab

to Tarun and Artefact: many thanks

to Ecco: both of them

Ugo Abundo at Open Power Lab

to: Lenr calendar
H ions , accelerated by electric shock towards Ni, are scattered with high energy;

to: Ecco
thank you

to Lipinski and other friends

The work of Lipinski is our very important reference, we thank the involved researchers.

We have planned a structured set of runs, first in non-reacting conditions, to study the electric behavior of many configurations of mixed powders, vs temperature (ambient to 1400 °C), ranging from simple mix, sintered, ceramic-metal cermet, mixed metal and alumina and/or boron carbide, use of a substrate, and so on, ending with a micro-nano powder (fractal dendrites with repeating shape from the microscale down to nano one), to let microsintering avoiding nano one.
We agree with the suggest to use porous alumina filled with nano nickel.
Both in continuous or sinusoidal, and pulsed electrical regimes.
All these aspects are dealed with in our P.A.
Many thanks for any further suggestions.
Best regards.
Ugo Abundo - Open Power

Thank you, SERGEI !

Dear friends,
the informations about current triggered anomalous behavior are very interesting; indeed, we have planned to modify the replications Parkhomov-like , after the simple replications to be firstly done, by a newly modified reactor as in the report on our hydrobetatron website, and our Patent Application, introducing:
- electrodes, for continuous or pulsed discharges;
- nano iron, and boron carbide powder for thermoelectric effects and energy localization ones;
- Lithium deuteride, to introduce neutrons available for nickel-lithium capture and exhoenergetic transmutations.
Actually , our speed is low, because we are involved into an anomalous behavior of glass fibers at 1450 °C in our self made kanthal-heater....
My aim is to let you know the details as soon as we know them.
Yours.
Ugo Abundo - Open Power Association

Hello, we are practically ready, but are waiting for the special ceramic tubes.
Actually , we are however performing tests about the heater, and first data will be soon released.
Thanks for your attention to our work.
Yours.
Ugo Abundo - Open Power Association

Dear friends, we reported a 2.26 ratio between runs in hydrogen vs argon. It is not a COP owing to a "reference" method, not direct calorimetry. A deeper analysis is under investigation.
Yours.
Ugo Abundo - Open Power

Ecco the dolphin, Barty

thank you for your suggestion, really scientific.
However, we would try to modify the experiment to AVOID the extremely high temperature problems, and related risks.
We are seeing with high interest all conventional replications.
Very grateful,
yours
Ugo Abundo

Dear friends,
our Open Power group has designed a variant of the Parkomov reactor that will be tested soon.

Its characteristics are:

presence of lithium boron hydride,

addition of nano iron,

lower operating temperature,

owing to electrical pulsed solicitations through the powder mixture.

We are grateful for critical suggestions.

Yours.

Ugo Abundo