The Electrical Machine Designed for the Application of the Special Function of Cyclic Diamagnetic / Superconducting Electrogravitation
Libero munifico cogita redactus.
The oldest data is towards the bottom of this page, with the newest data added at the top of the page. The designs covered in this page where meant more as an alternative source of electrical energy. The primary goal of this project is to perfect an energy flywheel system. These designs, although applicable to use as transport devices, are for ground based terrestrial operations only. The information on this page is not in any other order, but if it is here it is integral to current research. Items are included and excluded as the project moves beyond the previous scope. { progessive revelation}
This is the way of the supraliminal. You can either except it or walk away, truth is, there arent very many design programs working with these particular systems. The mathematics of that which transcends [versotrans] above our discerning perceptions is the quantum, the unexplainable.
Nikolai E. Romanski
∞
Ca2(Al, Mg, Fe)3 (SiO4)3 (OH)H2O
Concerns about Nitric Oxide and Nitrogen Dioxide buildup in unventilated testing facilities. These chemicals are often mistaken for the odor of sulphur during some ufo events.
To design the device in such a way to facilitate submarine operation. The technology may perhaps have risen from the perfection of electrical propulsion in sub marine environments.
There are three classic states of matter: solid, liquid, and gas; however, plasma is considered by some scientists to be the fourth state of matter. The plasma state is not related to blood plasma, the most common usage of the word; rather, the term has been used in physics since the 1920s to represent an ionized gas. Space plasma physics became an important scientific discipline in the early 1950s with the discovery of the Van Allen radiation belts. Lightning is commonly seen as a form of plasma.
Matter changes state as it is exposed to different physical conditions. Ice is a solid with hydrogen (H2) and oxygen (O) molecules arranged in regular patterns, but if the ice melts, the H2O enters a new state: liquid water. As the water molecules are warmed, they separate further to form steam, which is a gas. In these classic states, the positive charge of each atomic nucleus equals the total charge of all the electrons orbiting around it so that the net charge is zero. Each entire atom is electrically neutral.
When more heat is applied, the steam may be ionized: an electron will gain enough energy to escape its atom. This atom is left one electron short and now has a net positive charge; now it is called an ion. In a sufficiently heated gas, ionization happens many times, creating clouds of free electrons and ions; however, not all the atoms are necessarily ionized, and some may remain completely intact with no net charge. This ionized gas mixture, consisting of ions, electrons, and neutral atoms, is called plasma. A plasma must have sufficient numbers of charged particles so that the gas, as a whole, exhibits a collective response to electric and magnetic fields. Plasma density, therefore, refers to the density of the charged particles.
Although plasma includes electrons and ions and conducts electricity, it is macroscopically neutral: in measurable quantities, the number of electrons and ions are equal. The charged particles are affected by electric and magnetic fields applied to the plasma, and the motions of the particles in the plasma generate fields and electric currents from within. This complex set of interactions makes plasma a unique, fascinating, and complex state of matter.
The-high temperature strength of quartz fiber is considerably stronger than that of the high silica fiber.
Graphite Adhesive
High temperature graphite based one-part adhesive paste offering extra-high adhesive strength for bonding and sealing graphite and composite structures.
Monoatomic gold for its superconducting properties and Yitrium used for microwave filtering layers within the laminate.
A new interatomic potential for the description of various elements.
Every body has a natural resonance; a frequency at which it prefers to vibrate most freely. If excited at this frequency, the body in question vibrates at a larger amplitude than it would at some other frequency. Furthermore, it would have a tendency to continue to vibrate indefinitely were it not for a property of the material called damping. Thus, excitation energy must be continuously applied to keep the body in vibration.
Electromagnetic Radiation Safety
Some Definitions of Bioelectromagnetic Sheilding and Relevant Considerations
Non-Ionizing Radiation
Dangers of Non-Ionizing Radiation
Sub-Radiofrequency Fields
Radiofrequency, Microwave, and Infrared Radiation
Laser Radiation
Near Ultraviolet Radiation
Ionizing Radiation
Introduction and Definitions
Maximum Doses
Generation of Far-UV and X-Ray Radiation
Shielding of X-Ray Radiation
Vacuum and Chamber Safety
Implosion / Explosion Hazards
Pylon Vertical variance
Chamber Entry and Confined Space Hazards
Compressed Gas Containers
Chemical Safety
Classification of Chemicals and Sources of Information
Solvents and Other Liquids
Proper Venting of Gases and Fumes
Cryogenics and system cooling
The use of Magnetic Induction Plasma
In Tokamak reactors the inductive current drive is inherently
pulsed and therefore incompatible with the steady operation of a power plant. However, with the design of Plasma Reactors similar to the 30 A Series the Magnetic induction of the plasma is essential in order to derive the resonant harmonic cycle of the device operation. To order the magnetic induction of microwave frequency plasmas at resonance to All device parameters.
Transmigrations / Astral Event
Transmigratus, past participle of transmigrare to migrate to another place, from trans- + migrare to migrate
transitive verb : to cause to go from one state of existence or place to another
intransitive verb
1 of the soul : to pass at death from one body or being to another. Sanskrit; Laghima Pranayam
