Solute ion linear alignment (SILA) generates energy from repulsion forces between like-charged ions that are accumulated in the capacitive deionization process (CDI).
Repulsion forces are based on Coulomb's Law and the electrostatic fields that are continuously radiating from the ions.
A picture of the assembly, without parts, is stored in a database, along with a mask showing the location of each part (e.g. a screw or cable) to be installed.
The device is a fundamentally new type of mechanical gyroscope and can be used in various applications, including for the remote destruction of viral envelopes by a resonant method using artificially created variable long-range entropic forces.
Virus envelopes have their own vibrational frequency, and theoretically,
ABSTRACT. The result of this work is to get an idea of the technical implementation of the idea of a wheel platform with an articulated frame and an independent suspension system that has the ability to simultaneously fit into sharp turns and overcome significant surface irregularities.
The industrial strength "lift" capabilities complemented by advanced accelerometer/gyroscope technology is the driving force of this technology.
Radars are becoming an increasingly more relevant aspect of people’s daily lives. What was once a technology used solely for defense purposes, is now a common installation in most modern vehicles to help increase safety on the road.
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