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wip_2023_or_older:corp:murasaki_keiretsu:murasaki_technologies:mt-j2-g3500_class-1_navitium_power_cell

MT-J2-G3500 Class-1 Navitium Power Cell

:!: WIP: This article is a work in progress and is not yet approved for usage in the RP.

Murasaki Technologies Logo

A Murasaki Keiretsu Subsidiary

The MT-J2-G3500 Class-1 Navitium Power Cell is an advanced nano-scale energy storage medium designed as power supply system for different varieties of nanotechnology. They are manufactured by Murasaki Technologies and first became available for purchase in YE 36.

About the MT-J2-G3500 Class-1 Navitium Power Cell

MT-J2-G3500 Class-1 Navitium Power Cell

The MT-J2-G3500 Class-1 Navitium Power Cell is a nanoscopic energy capacitor that makes use of navitium-based superconducting magnetic energy storage technology to supply electrical energy for an assortment of nanotechnology used for a variety of purposes, some examples of which include medicine, engineering and matter transmutation.

In addition to storing electrical power, the devices interior includes a nano-scale broadcast power receiver which allows it and any nanotechnology within which it is housed to be recharged remotely by a broadcast power field array, a combined field system (CFS) or similarly compatible energy field projection technology.

While it is true that Navitium-based power cells can potentially become unstable when they have been subjected to extreme amounts of electromagnetic radiation in a specific frequency range, generally power cells of this size result in negligable negative effects unless the body has been highly saturated with nanotech that uses these power cells as an energy source; in such a circumstance an individual may experience some minor cellular degredation that can result in one or more instances of cancer.

Statistics and Performance

General Information

Class: Power Subsystem Type: Power Cell Nomenclature: MT-J2-G3500 Designers: Murasaki Technologies Electronics Research & Development Division Manufacturer: Murasaki Technologies Production: Mass Production Manufacturers Suggested Retail Price: 1 KS or equivalent currency per 6.060 x 1011 units (Approx 1.33 grams, 16.66 mm3) Availability: Unrestricted

Dimensions

Diameter: 1 μm micrometers Height: 0.35 μm micrometers Mass: 22 picograms

Performance

Maximum Energy Capacity: 482.25 nanowatt/seconds (482.25 nanojoules)

OOC Notes

This page was originally created on 2013/10/20 13:55 by Khasidel.


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wip_2023_or_older/corp/murasaki_keiretsu/murasaki_technologies/mt-j2-g3500_class-1_navitium_power_cell.txt · Last modified: 2023/12/27 08:11 by wes