– SAED MINERALS TECH could locate any kind of mineral from tenths of kilometers distance* in a few minutes

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Aurichalcite

Aurichalcite is a carbonate mineral, usually found as a secondary mineral in copper and zinc deposits. Its chemical formula is (Zn,Cu)₅(CO₃)₂(OH)₆. The zinc to copper ratio is about 5:4.^[2]

Aurichalcite displays prismatic crystals often in the form of encrustations and sometimes columnar structures.^[4] The crystal system is monoclinic.

Aurichalcite typically occurs in the oxidized zone of copper and zinc deposits. Associated minerals include: rosasite, smithsonite, hemimorphite, hydrozincite, malachite and azurite.^[1]

It was first described in 1839 by Bottger who named the mineral for its zinc and copper content after the Greek όρειχαλκος, for "mountain brass" or "mountain copper", the name of a fabulous metal. The type locality is the Loktevskoye Mine, Upper Loktevka River, Rudnyi Altai, Altaiskii Krai, Western Siberia, Russia.^[2]

https://en.wikipedia.org/wiki/Aurichalcite

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A mineral stone containing Aurichalcite crystals (blue color)

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Aurichalcite crystals (blue color) removed from the mineral stone in order to develop a proper sensor for use by the MAGNOTRON MIN system for the research

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10/3/2019. Screenshots from MAGNOTRON MIN Detector E3 Support & Locator during the research for Aurichalcite minerals (2).

Left Screen shoot: From long distance (45 km) Aurichalcite mineral detection. Red arrow is the detection position and blue [i] is the target (Aurichalcite mineral) from 45 Kilometers distance.

Middle Screen shoot: From near distance (600 m) Aurichalcite mineral first detection effort.

Right Screen shoot: From near distance (200 m) Aurichalcite mineral second detection effort. Target is at the red [i] position. The target found at Lavrio, Greece copper mine. https://en.wikipedia.org/wiki/Mines_of_Laurion

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10/3/2019: Screen shoot from DRAMS DNA server. Two clients (MAGNOTRON MIN detectors, ‘Kyklotron_1’ and ‘Kyklotron_2’) used from 45 Km distance (red line is a current moment direction from Kyklotron_2 detector).

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10/3/2019: Screen shoot from DRAMS MIN Locator server and two clients (MAGNOTRON DNA detectors) from 45 Kilometers distance. ‘Kyklotron_1’ client / detector direction to the Aurichalcite mineral represented by the RED line while ‘Kyklotron_2’ client / detector direction represented by the BLUE line.

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10/3/2019: Screen shoot from DRAMS MIN Locator server screen. The two clients (MAGNOTRON MIN detectors) directions to the target (Aurichalcite mineral/red square) are the red and blue lines from 45 Kilometers distance. THE DIVERSION of the two directions is less than 100 meters from 45Km distance. ‘Kyklotron_1’ detectors direction to target represented from the RED line while ‘Kyklotron_2‘ detectors direction to target represented from the BLUE line.

MAGNOTRON MIN portable detector system

Long Distance Remote Detection &

Localization of minerals using a small mineral sample

http://www.magnotron.eu/magnotronmin.html

Designed to do a quick and efficient survey of any kind of minerals in distances over 45.000 meters, setting aside every similar substance. MAGNOTRON MIN uses DRAMS MIN (a 3 Level Security Bulgaria Ltd registered patent ) method to locate the target and represent the minerals location on a GIS (Geographical Information System) environment. DRAMS MIN is a fully C4ISR system, giving the ability to remotely control and monitoring in real time.

• Fully minerals Localization capabilities

http://www.magnotron.eu/ http://www.magnotron.eu/dramsgis.html