Sunday, March 29, 2015

HARDCORE LENR: PALLADIUM STILL SHINING BRIGHT AT ICCF-19

MOTTO

Growth is the only evidence of life. (John Henry Newman)

I have continued to think about the ICCF-19 program. To err is human, it seems I missed to include two papers in he list of yesterday:

A. Possibly also with technological implications:

1. Igor Goryachev 
"Road Map" for Developing Engineering Applications of LENR Technologies

2. Chong Eng Huang
A Study on the Excess Heat Generation in Ni-H Gas Discharge Systems

B. The hardcore of the presentation is, as it was at all ICCFs,  about  the existential, understanding and development problems of the Palladium Deuterium system. Old poisoned challenge to problem solving, let's see if some breakthrough has appeared and  if my Pdisaster idea was killed by facts- I hope so, even if it sounds a bit schizophrenic


1. Vittorio Violante
Heat Production and RF detection during cathodic polarization of Palladium in O.1 MLiOD


2. Arik El-Boher
Search for excess heat in electrolysis using single-walled carbon nanotubes SWCNT and graphene-coated palladium cathodes

 3. Arik El-Boher
Effect of Pd nanoparticles co-deposition on excess heat generation and H/D loading in electrochemical and permeation cells


4. Arik El-Boher
Search for low-energy x-ray and particle emissions from an electrochemical cell


5. Melvin Miles
Thermodynamic and Kinetic Factors Concerning the D+D Fusion Reaction for the Pd/D


6. Stefano Lecci
Methods for F&P Experiments Electrodes Materials Key Features Investigation


7. Ubaldo Mastromatteo
LENR Anomalies in Pd-H2 systems submitted to LASER stimulation


8. Felix Scholkmann
Electromagnetic and Electronic Frequencies Associated with Heat Production during Electrochemical Loading of Deuterium into Palladium


9. Hamm
Electrochemical Analysis of Palladium Cathodes toward the Advancement of Reproducibility High H/D Loading Ratios

10. Jean-Paul Biberian

Excess Heat Observed with Capacitor having one Palladium Electrode

11. Orchideh Azizi
Effect of cathode pretreatment and chemical additives on H/D absorption into palladium via electrochemical permeation


12. Olga Dmitriyeva
Role of dopants in deuterium loading during electrochemical experiment


12.  Yuri Kurilenkov
On Specifics of DD neutron generation along low energy nanosecond vacuum discharge Deuterium-loaded Pd Anode


13. David A. Kidwell
Observations of RF Emissions and heat in electrochemical loading experiments


14. David Knies
A Method to Control Palladium Crystallographic Texture and Surface Morphology

15. Francesca Sarto
Morphology and electrochemical properties of Pd-based nanostructures deposited by different thin-film technique

Obviously for commenting about these papers I have to read and study them.
Breakthrough or not breakthrough, morphology and heat release connected, the actionable parameters were eventually found? Let's hope the best!

DAILY NEWS


Myron Evans: Replicated by Parkhomov:

https://drmyronevans.wordpress.com/2015/03/28/lenr-replicated-by-parkhomov/

A fast fuel test based on the “heat after death”
http://www.ecat-thenewfire.com/blog/fast-fuel-test-heat-after-death/

Yaroslav Starukhin's complete recording of the Seminar from March 26, 2015
https://www.youtube.com/watch?v=ZdgydEwDgFE&feature=youtu.be

2 comments:

  1. I note that there is a goodly number of papers covering RF emissions from the deuterium systems scheduled for the ICCF-19 conference. I believe that RF emissions is a negative sign or influence for the LENR reaction because this EMF emission robs power from the reaction and broadcasts that power to the far field. It is anagoges to a poorly timed gasoline engine that produces little useful output power and lots of unburned fuel. The deuterium reaction is prone to produce this LENR reaction pollutant because of the nuclear spin characteristic of deuterium. Deuterium is far more NMR active than hydrogen... protium (name rarely used, symbol 1H) is. The best LENR hydrogen isotope for the LENR reaction is the most NMR inactive with a zero nuclear spin.

    ReplyDelete
  2. I note that there is a goodly number of papers covering RF emissions from the deuterium systems scheduled for the ICCF-19 conference. I believe that RF emissions is a negative sign or influence for the LENR reaction because this EMF emission robs power from the reaction and broadcasts that power to the far field. It is anagoges to a poorly timed gasoline engine that produces little useful output power and lots of unburned fuel. The deuterium reaction is prone to produce this LENR reaction pollutant because of the nuclear spin characteristic of deuterium. Deuterium is far more NMR active than hydrogen... protium (name rarely used, symbol 1H) is. The best LENR hydrogen isotope for the LENR reaction is the most NMR inactive with a zero nuclear spin.

    ReplyDelete