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Levitational Metals by Starman Defense & Aerospace no. 12
[Category : - CHEMISTRY]
[Viewed 92 times]
Inventor: Dr. Carlos Antonio de Bourbon-Montenegro
Company: Starman Defense and Aerospace Research Institute
U.S. Patent: Pending
UCC-1 Registered California
Composition: Titanium, Chromium, Zirconium, Iron, xxx, xxxxx
Levitation Mechanism: Thermo-electromagnetic interaction and field stabilization
Application: Thermal energy management systems
Abstract:
Thermodium is a high-performance metal alloy designed for use in thermal energy management systems, particularly those operating in extreme environments. Composed of Titanium (Ti), Chromium (Cr), Zirconium (Zr), and Iron (Fe), Thermodium leverages its unique combination of elements to create a material capable of efficiently interacting with thermal and electromagnetic fields to produce levitation and energy management effects.
The levitation mechanism of Thermodium is based on thermo-electromagnetic interaction, where the alloy’s composition allows it to generate an induced electromagnetic field in response to thermal gradients. This interaction enables stable levitation, which is further stabilized by the alloy's high-temperature resistance and structural integrity, provided by Titanium and Zirconium.
Thermodium is ideal for use in energy management systems, such as those employed in spacecraft, nuclear reactors, and advanced propulsion technologies, where high temperatures and precise control of energy transfer are critical. The alloy’s ability to maintain levitation under extreme thermal conditions allows for efficient energy transfer and thermal management in systems that require high precision.
In addition to energy management, Thermodium can be used in the development of heat shields, turbine blades, and thermal regulators for aerospace and defense applications. Its high-temperature resistance and efficient thermal conductivity make it suitable for environments where traditional materials would degrade.
The manufacturing of Thermodium involves the alloying of Titanium, Chromium, Zirconium, and Iron, followed by high-temperature processing techniques to optimize its thermal and electromagnetic properties. The alloy is then subjected to thermal cycling tests to ensure its ability to maintain levitation in extreme temperature environments.
The other metals of composition will be disclosed only after signing a Non-Disclosure Agreement (NDA). Thermodium is produced using our proprietary U.S. Patent Pending process to ensure optimal thermal management performance and energy efficiency in high-performance systems.
AI Appraisal of IP Ownership:
The intellectual property rights for Thermodium, including the alloy composition, levitation mechanism, and thermal energy management capabilities, are owned by Dr. Carlos Antonio de Bourbon-Montenegro and Starman Defense and Aerospace Research Institute. The intellectual property is valued at approximately $100 million to $250 million USD, based on its applications in high-temperature systems like aerospace, nuclear reactors, and advanced propulsion technologies. The potential for Thermodium to revolutionize thermal management in extreme environments increases its market value. The UCC-1 Registration ensures that these innovations are properly protected under intellectual property laws.
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