ENERGY AMPLIFICATION

[Mr. Teslonian]

thats the problem with nerds
accelerated education missed the subject in good conduct which a fifth grader have

@ Mr totalas, We can ignore the negativity and pickup the hints by mr. tito. I feel he has something working, which is too simple and easy, thats wqhy probably he is feeling shy of sharing openly. I admire his work. Nowhere he is wrong in his hints, IMHO.

@ Mr forest, I propose a circuit soon, let the disinpho agents shoot it down, we will see if they succeed or we succeed. Future will tell only. I hope for the bestest results using mr. titos technology.

In case you are ready we can go ahead with the circuit i propose now to all freinds here.

  ----- Mr Teslonian

[Mr. Teslonian]

Here is the proposed circuit attached. I invite everyone to analyse and revert.

  ---- Mr. Teslonian

[totoalas]

Mr Teslonian
Thanks for the ckt
Have you seen Gyulas drawing  of Titos circuit.....
switching by reed magnets using pc fan is what Titot used in his first hints
In a flyback   instead of moving contacts   arcing can be used having same results
Tito is also looking for the Moray   gas filled tube which also can be utlized
so I suggest  to make the basic circuit that you have make a working proto type and improve from there......
Details please so we can replicate and share our results good or bad
Agreed on Titos hints, Google Search engine cannot give all detailed info
cheers

[Mr. Teslonian]

Hello Mr Totalas, Thx for your response. mr tito mentioned to use exploded lightbulbs (car headlight bulb with 3 pins), if one element works and other is fused, thats what i gather from his hints. can it somehow be used to work as electron emitter (triode) by heating the ok element which heats the reflecter plate over it and positive HV potential applied to the neutral lead of fused element ?  Only a guess. Its just a guess, never tried so not sure.

---- Mr Teslonian

[Mr. Teslonian]

Moray tube had a mild radioactive salt packed in it (which he had collected from some mountains etc..) for ionization. That would not be recommended I guess for day to day use. hazardous !! Otherwisew old time smoke detectors had some radioactive like amerecium-241 or something..

Inside an ionization detector is a small amount (perhaps 1/5000th of a gram) of americium-241. The radioactive element americium has a half-life of 432 years, and is a good source of alpha particles.

Another way to talk about the amount of americium in the detector is to say that a typical detector contains 0.9 microcurie of americium-241. A curie is a unit of measure for nuclear material. If you are holding a curie of something in your hand, you are holding an amount of material that undergoes 37,000,000,000 nuclear transformations per second. Generally, that means that 37 billion atoms in the sample are decaying and emitting a particle of nuclear radiation (such as an alpha particle) per second. One gram of of the element radium generates approximately 1 curie of activity (Marie Curie, the woman after whom the curie is named, did much of her research using radium).

Alpha "rays" are actually high speed particles. Early researchers tended to refer to any form of energetic radiation as rays, and the term is still used. An alpha particle is made up of two protons and two neutrons, all held together by the same strong nuclear force that binds the nucleus of any atom. In fact, an alpha particle really is a nucleus - it's the same as the nucleus of a common atom of helium - but it doesn't have any electrons around it, and it's traveling very fast. Alpha particles are a type of ionizing radiation.

Another way to produce alpha particles is to "force" an atom to emit one. This is done by taking advantage of certain properties of various atoms. Here's an example. If we take some regular atoms of boron-10 (five protons, five neutrons), and expose this boron to a field of slow-moving neutrons, some of the boron atoms will absorb a neutron. When this happens, the outcome is not what you'd expect. The boron-10 does not just become stable boron-11. A likely possibility is that the "excited" boron atom will emit an alpha particle, becoming stable lithium in the process. There are other atoms that behave in this fashion.

Although alpha radiation travels very fast, it can easily be blocked or shielded. Alpha particles have an electric charge because of the protons. As they move through matter, they are constantly interacting with other charged particles, such as electrons. This process transfers the motion (energy) of the alpha particle to the electrons, actually knocking the electrons free in the process. This is known as ionization. These interactions cause the alpha particle to loose its energy and come to rest. Imagine a cue ball as it is traveling along on a pool table, running into other billiard balls and eventually stopping. With alpha particles, this happens in a very short distance, even in air. Alpha particles will loose all their energy in just a couple inches of travel in air. Once an alpha particle is stopped, it grabs the first two free electrons it can find, and becomes a plain old atom of helium.

Alpha radiation is not hazardous if the source is external to the body. Alpha particles don't penetrate deeply enough into the body to reach living tissue. If the source of the alpha radiation is internal to the body, then the ionization we mentioned earlier can damage living tissue. So, safety practices for handling alpha-emitting materials are centered on preventing inhalation or ingestion of the material.


---- Mr. Teslonian