Posts Tagged 'Electrical engineering'

Rife Beam Ray Type of Device

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This is a version of Rife Beam Ray device based on publicly known general specifications. We found several available schematics which in our case proved to be inadequate and sometimes contradictory. In reality, classical LC oscillators of Hartley type used in original Rife Beam Ray clinical devices proved to be somewhat unstable and rather sensitive to capacitive coupling with sides of metallic enclosure. In order to facilitate manufacturing of this experimental device we modified existing schematics on several points based on our own calculations and achieved electrically stable and reliable design.

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Manipulation of Magnetic Field of NdFeB Magnet

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The following video shows one of the simple experiments done in 2007 that investigated the possibilities of manipulating magnetic fields of permanent magnets. In this configuration it was possible to entirely change geometry of the magnetic field of a single NdFeB magnet (~ 3400 Gauss) by means of relatively simple electronics. Later stages of research went into entirely different direction for a number of reasons and this concept is yet to be thoroughly researched and assessed for its engineering potential.

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Innovative Zeolite Processing Technology

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Although conceptually simple it took us over two years of research to determine the most important factors affecting the processes of electrochemical properties enhancement.

Natural electrochemical properties of zeolites are usually modified and increased (enhanced) during tribomechanical micronization and activation process. In fact “activation” is the term describing additional increase and enhancement of mineral ionic exchange properties as a result of industrial processing. In practical terms, increased ionic exchange provide zeolite with enhanced properties of self-regulating process of pH normalisation (alkalisation), antioxidative properties (electron donor) and capability to absorb certain radioisotopes (zeolites).

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Tesla Egg of Columbus Functional Replicas

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The story about the Tesla Egg of Columbus…There is a legend about Christopher Columbus winning a wager against his critics by making an egg stand on its tip. That story is often used to illustrate the fact that it is often simple to understand the discovery after it already happened. That principle is certainly true in case of famous inventor Nikola Tesla who discovered principles of rotating (rotary) magnetic field. His discoveries lead to the invention of the polyphase induction motor. Although Tesla didn’t discover alternating current, he was the first one to effectively harness it and use it to do useful work.

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Enhancing Seed Germination and Plant Growth Using EM Fields

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Germination of plant seed is normally affected by ambient temperature, moisture, pH of soil, lighting conditions and quality of seed. Usually only a certain percentage of seed successfully germinates and develops into seedlings. It is less known that certain oscillating electromagnetic fields also affect germination rate and the growth of seedlings and their later growth into fully developed plants. Effects of electromagnetic fields on the germination of seed, seedling development and later plant growth can be beneficial or detrimental, depending on the nature of electromagnetic fields and the way they are applied.

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