Posts by plazma_max

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Это очевидно, так как НИКТО не смог это сделать. Предлагаю всем репликаторам абстрагироваться от информационной шелухи вокруг Энергонивы и сосредоточится на двух вещах: 1) настроить струйный резонатор Гельгольца (это несложно) и 2) добиться достаточно высокой амплитуды давления в нем. Способ возбуждения резонатора можно брать любой понравившийся, например тот, который у Ю. Шалаева. Высокая амплитуда колебаний давления - это сложнее. Шалаев одним выстрелом (высоковольтным высокочастотным разрядом) этих двух зайцев убил. Вачаев добавлял переменный ток низкого напряжения, чем усложнил задачу, добавив в систему третьего зайца. Четвертого зайца - пусковой разряд - он применил, потому что первых трех не хватило, а пятого - катушку - добавил просто так, на всякий случай.

Слишком упрощаете.

Давления в реакторе не было. Вода подавалась самотеком из верхних баков в нижний. Скорость протока воды регулировалась обычными кранами.

В варианте с подачей шламов и руды, диспергированных в воде с помощью мешалки, также подавались самотеком. Я был в лаборатории Вачаева в 2008 году, так что довелось посмотреть и пощупать его стенд.

Насчет катушки. Съем энергии по работе двигателей постоянного и переменного тока велась с катушек реакторов. ТЭНы нагружались на стабилизирующие электроды.

Энергонивой занимаюсь с 2006 года, уже 12 лет.

Как-то уже говорил на российских форумах - того, что опубликовано в интернете по теме Энергонивы явно недостаточно для успешного запуска реактора.

Проблема гораздо сложнее и интереснее.

The other day I was able to get the rhodium in the course of experiments on the transmutation. I is waiting for the results of chemical analysis for writing an article. Reproducibility experience very high. Rhodium output is also very high, it can not be a mistake correlation.
So the work continues

Quote from JedRothwell

Quote from Abd Ul-Rahman Lomax: “maybe there is something to it, once in a while, a meteor hits somebody.”
From the Department of Nerd Nitpicking: I do not think anyone in recorded history has been hit by a meteor. Houses have been hit. One woman's…

Jed, there is no one died in Russia, when the meteorite fell over Chelyabinsk. The meteorite exploded at high altitude and the fragments fell into the lake, from where it got them.

There are laws of physics and chemistry, and no secret technology can not change the thermodynamic data indicators. How can locally change the acceleration of gravity in the same building, so can not change the shape of the heat capacity of the nickel sensitive technology.

Quote from Wyttenbach

Nice try...

I would patent Your idea how to produce some kWh of energy out of some few grams of Nickel...

And one hint: Avoid the term LENR somebody could have the idea that, You only measured adsorption, expansion energy of H2, which is usually delivered in steel (Chrom-Molybdenum) bottles...

Hydrogen gas is stored in bottles at ambient temperature. container walls have a thickness of 6-7 millimeters multilayer specialized steel. If hydrogen is heated to 400-500 ° C, then through the wall of an ordinary iron pipe, hydrogen gas passes 2-3 millimeters thick like a knife in butter.
Energy is select the area in the adsorption of hydrogen gas with nickel equal to 140 - 160 kJ / mol, the standard container capacity of 40 liters, a capacity of 0.54 kg of hydrogen and 270 moles. Thus one of the hydrogen cylinder capacity of 40 liters is possible to obtain about 43 MJ of heat.

In the experiments, after cooling the pipe, they embrittling hydrogen and crumble like sand.

I want to tell you, what was the focus of a successful A.Rossi day experiment E-Cat.
As is known A.Rossi first reactor were made of metal (steel) tube, which was also provided with a supply of hydrogen gas at a pressure of 40 atmospheres during reactor operation.
Now look at the process from the perspective of ordinary chemistries.
1. The adsorption of gas adsorbent is always accompanied by heat, chemical adsorption is accompanied by a very high heat.
2. The absorption of hydrogen nickel powder prevents the chemical bond, how strong the case of Raney nickel. A strong chemical bond is formed with palladium, titanium. Therefore, by heating the nickel powder is easy to hydrogen desorption.
3. As is known, hot hydrogen easily permeates through steel and other metals, other than gold and silver. Therefore, shut-off valves covered with a layer of silver or gold. Other metals other than iron ultrapure not found in nature, which can hold hot hydrogen gas. Only quartz glass also retains hydrogen.
4. In the reactor A. Rossi with hydrogen gas under high pressure, heating the nickel powder occurs due to adsorption of hydrogen, the heater is turned on when the periodicity of the hydrogen is desorbed and leaves in the air atmosphere through the wall of the steel pipe, which is "transparent" for hydrogen.But an observer can not see it with my own eyes. When the left part of the hydrogen reactor pressure of hydrogen increases again over the nickel powder and the adsorption process is repeated. Therefore, a hydrogen balloon near the reactor for continuous replenishment of the gas inside of the reactor.
5. Heat the nickel powder is needed for desorption of hydrogen gas to the saturation point has not come, when to stop the reaction. High pressure is needed to more hydrogen adsorbed nickel and allocate more heat from the chemical reaction.The reactor vessel (steel wall) must pass through the hydrogen, to avoid saturation occurred. If you make the body of quartz glass, the heat release process quickly stops.
6. The process heat release is limited in time and capacity of the pressurized hydrogen gas cylinder. It can work from one day to a week. Then the process stops. We conducted a series of experiments and received confirmation. This focus in the circus when the observer sees no escaping hydrogen through the steel pipe wall and thinks that sealed system.

Therefore, short-term demonstration of the installation of E-Cat has been successful, but it is cheating, and heat is generated by an additional chemical reaction of nickel with hydrogen and energy spent on compression of hydrogen to high pressure in the tank for storage.If you cover the inside of the steel casing of the reactor A. Rossi gold or silver, thereby eliminating the leakage of hydrogen through the pipe wall, then there is no heat generation, in addition to the initial absorption is not.Therefore A.Rossi easily deceived and prestaviteley industrial heat and journalists that they saw no leakage of hydrogen and a chemical reaction within the reactor.

Joint Institute for Nuclear Research, Russia
they are also interested in research LENR

Even now possible to prove that the Earth is flat and the Sun revolves around the Earth using the possibilities of geometry.

Sorry for the poor quality of the images had to be reduced to upload files.

Quote from Eric Walker

Quote from plazma_max: “One of the easiest experiments is to obtain silicon, magnesium, aluminum and iron of ultrapure copper (99.999%) with electrical discharges in distilled water in a platinum crucible. Will always form these elements during at…

Experiments with the electrical discharges on copper electrodes in the laboratory, I spent a few years. Transmutation is also possible from other metals. Other authors have also obtained similar results. Many articles on the research, unfortunately, only in Russian.
But as the example of replication experiments Russian scientists, will put an article on the experiments of the French.

Known fact, Dmitri Ivanovich Mendeleev did not believe in the existence of radioactivity. Atoms can not be self-disintegrate into atoms of other chemical elements. He believed a mistake Curie laboratory experiments.
science always opens new phenomenon.
Why believe that all the discoveries made in the field of atomic physics (not nuclear, it is atomic)?

There are many ways to prove the existence of the transmutation of chemical elements, as part of the evidence for the existence LENR reaction.
One of the easiest experiments is to obtain silicon, magnesium, aluminum and iron of ultrapure copper (99.999%) with electrical discharges in distilled water in a platinum crucible. Will always form these elements during at least 1000 number of experiments.
Why Fundamental physicists and chemists can not hold such a simple experiment?
The reason for just one - in their brains have a barrier. Coulomb barrier.
They will follow this dogma, and will not carry out the most simple experiment cost $ 1,000, which refute all their theoretical conclusions century of nuclear physics.
This is a terrible paradox of fundamental science.
Fear to remain naked, without clothes so familiar from school.

Based problem of high temperature in the reactor is lithium sintering metals or ceramics with the cell casing. Lithium is a vapor at such a temperature over 890 degrees Celsius. To avoid burn-out and sintering of the cell body to be manufactured from tantalum tab. The only material that does not chemically reacts with lithium vapor and has a high melting point of 3100 degrees Celsius. Not good only that the tantalum metal has a high cost. But who has the means to buy a tube of tantalum to solve many problems.

Alan Smith,
Unfortunately, there is no English version of the article.
If you can translate into English and place, I will be very grateful to you.

Or you can publish the Russian version, where you see fit.

Transmutation chemical elements easily determined optically.
This is nothing surprising.
I have for many years on experiments LENR observe the effect.
If you are using an electric discharge, it is always going transmutation of chemical elements at the interface "solid-gas" on a solid surface.
A prerequisite transmutation between gas and solid material is the existence of chemical bonding, but an electric field is not limited to the process chemistry and transmutation occurs.

If there is interest, here is my article.
http://www.unconv-science.org/pdf/11/maximov-ru.pdf

IMPACT OF HETEROGENEOUS CHEMICAL REACTIONS ON THE LOW-ENERGY FUSION OF ELEMENTS IN ELECTRIC DISCHARGES IN CONDENSED MATTERE.
E.N. Maksimov, Khristianovich’s Institute of Theoretical and Applied Mechanics SB RAS, Novosibirsk, Russia
" The article discusses aspects of the influence of heterogeneous chemical reactions occurring in the "active sites" of electrode surface in the "solid - gas" phase and impact on transmutation of the electrode material in the low-energy nuclear reaction (LENR). An hypothetical mechanism of a new class of interatomic interaction, nuclear - chemical reactions (NCR), the result of which is a synthesis of "new" chemical elements."

A.Rossi as David Copperfield a Youtube video showing a QuarkX working.
Andrea Rossi flying in the air over Quark X, around him beat lightning.
This video pick 3 billion views.

I, as a researcher LENR, always confused two facts in chemical analyzes of fuel A.Rossi:
1. Initial approval A.Rossi that the energy conversion of nickel Ni to copper Cu. Then A.Rossi denied this, citing refusal by the fact that there was contamination of nickel copper from the heater.
2. Test the fuel and ash in Lugano showed paradoxical chemical analysis - initial powder was contaminated by iron, carbon, and the final powder does not contain impurities. Usually LENR reactions of the process is reversed. In experiments it was confirmed Parkhomov - ash was dirty, raw powder - pure. This fact suggests that А.Rossi replaced the fuel ash on isotopes of nickel and lithium.

at 1300 Celsius degrees on the surface of nickel and / or tungsten hydrogen dissociates into atomic hydrogen, if we apply an electrical discharge 100 kV experience we obtain analogue of Rutherford nuclear reaction lithium and protons (hydrogen ionization in electrical discharge) on the surface of nickel and tungsten. In a very narrow layer.

lithium hydride at 890 degrees Celsius is divided into atomic hydrogen and atomic lithium. However, the atomic hydrogen will recombine into molecular hydrogen at a "low" temperature, because it is stable only at a temperature of 5000 degrees Celsius. At 1300 degrees Celsius in a gaseous phase is atomic lithium and the molecular hydrogen in the process.