Low temperature catalytic thermolysis of water

[kolbacict]

The absorption of ultrasound in the zeolite will be high.

Let the zeolite itself be an ultrasonic emitter in this case.
From barium titanate, or something else, is it difficult to make a porous zeolite?

[Sergh]

It looks impossible, the cavities of the zeolite consist of an aluminosilicate frame. Other materials do not form such a cavity structure with galleries, passages, etc.
I think a powerful beeper might be suitable, such as those was used in alarm devices.

[Sergh]

Preliminary preparation consists in heating at a certain temperature of 500 - 550 degrees Celsius in a vacuum.

The result is negative. I must return to this:
https://overunity.com/18865/low-temperature-catalytic-thermolysis-of-water/msg575130/#msg575130

[kolbacict]

It was found in my computer,perhaps it is material saving from your site.
Why theme zografos device has dead ? 

[Sergh]

There is not much in this article about the use of zeolites for generating thermal energy:

" Zeolites are interesting substrates for LENR. They are micro-porous crystalline inorganic hydrated aluminosilicate materials having a highly regular structure of pores and chambers with extremely large surface areas.
Zeolite framework structure encloses cavities or pores occupied by cations such as sodium, potassium, cesium, ammonium, and other ions. Figure 4 shows a schematic view of a zeolite.
Addition of nano-particles of palladium in zeolite cavities had a significant temperature effect observed in presence of deuterium gas, whereas no increase in temperature was observed in the presence of hydrogen [16]."

Iraj Parchamazad of the University of LaVerne is doing research in this area and is very optimistic.

https://www.youtube.com/watch?v=2L-lKozWjSA

The fact that there are some effects only in the presence of deuterium and palladium - I strongly doubt it.
Of course, he, as a scientist, probably cannot move from the less aggressively criticized LENR and move on to the even more opportunistic zero-point energy. Although the lack of radioactive emissions in the experiments of the LENR, highly criticized by the officials, could incline to this change.


But not everything is so clear.
But maybe Iraj Parchamazad is really getting LENR with deuterium and palladium. And quantum fields in cavity structures catalyze this process.


How to imagine the zero point energy?
Why do tunnel diodes work? Where do the electrons get energy in these devices to penetrate the dielectric barrier? Where do the electrons get these required millivolts?
The effect is negligible, and in the form of a tunnel diode is unsuitable for energy production.
But if you use this small step to move from quantitative to qualitative changes? If, with the help of catalysts, chemical bonds are strained so strongly that the slightest disturbance was enough to break them?

Of course, these millivolts look like a very small amount of energy. But what is its total flow in a unit volume of space?
Suppose we are in a room through which a superconducting cable passes, through which a current of millions of amperes flows. Somewhere outside the room, gigantic energy, millions of volts, millions of amperes, is transferred from the cable to the load.
How can we use at least a tiny part of the energy if it is impossible to cut the cable?