EXTRA BARIUM NANODUST FROM NEAR SPACE/ UPPER AIR MISSONS.
(Info for #ChemTrailsCON Psyop).
Aluminium and Barium Come from various satellite and near space / Upper air missions, grab this below.
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Specific satellite applications vary:
Chemical Release Missions: Historically, satellites like NASA’s Combined Release and Radiation Effects Satellite (CRRES) carried heavy payloads—totaling up to hundreds of kilograms of barium—to release vapors into the ionosphere for scientific studies on the aurora and the magnetosphere. [1, 2, 3, 4] Electronics: Barium compounds like barium titanate are widely used in the manufacture of high-reliability multi-layer ceramic capacitors (MLCCs) and piezoelectric sensors necessary for satellite computer and control systems. [1, 2, 3, 4] Spaceborne Optics: Barium fluoride crystals are frequently used in satellite infrared imaging devices and scientific sensors because they hold up well to extreme space temperatures and radiation.
[1] Solar Energy Research: Experimental satellites have investigated the use of barium-strontium-titanate ferroelectric materials as advanced, highly efficient solar cells to convert sunlight into power. [1]
For further reading on the use of artificial chemical clouds, review the Geophysical Institute Barium Releases from Orbit or the NASA CRRES Technical Report.
Observation and theory of the barium releases from the CRRES satellite - OSTI
1 Jan 1992 — The relationship between releases of barium from the NASA Combined Release and Radiation Effects Satellite (CRRES) and enhanced auroral activity is discussed wi... DOE OSTI (.gov) CAMEO (satellite)
(Info for #ChemTrailsCON Psyop).
Aluminium and Barium Come from various satellite and near space / Upper air missions, grab this below.
-----
Specific satellite applications vary:
Chemical Release Missions: Historically, satellites like NASA’s Combined Release and Radiation Effects Satellite (CRRES) carried heavy payloads—totaling up to hundreds of kilograms of barium—to release vapors into the ionosphere for scientific studies on the aurora and the magnetosphere. [1, 2, 3, 4] Electronics: Barium compounds like barium titanate are widely used in the manufacture of high-reliability multi-layer ceramic capacitors (MLCCs) and piezoelectric sensors necessary for satellite computer and control systems. [1, 2, 3, 4] Spaceborne Optics: Barium fluoride crystals are frequently used in satellite infrared imaging devices and scientific sensors because they hold up well to extreme space temperatures and radiation.
[1] Solar Energy Research: Experimental satellites have investigated the use of barium-strontium-titanate ferroelectric materials as advanced, highly efficient solar cells to convert sunlight into power. [1]
For further reading on the use of artificial chemical clouds, review the Geophysical Institute Barium Releases from Orbit or the NASA CRRES Technical Report.
Observation and theory of the barium releases from the CRRES satellite - OSTI
1 Jan 1992 — The relationship between releases of barium from the NASA Combined Release and Radiation Effects Satellite (CRRES) and enhanced auroral activity is discussed wi... DOE OSTI (.gov) CAMEO (satellite)
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Vaporised spacecraft linked to metals in atmosphere | Faculty of Engineering and Physical Sciences | University of Leeds https://share.google/IYZ66iGAhT1cneej2
eps.leeds.ac.uk
Vaporised spacecraft linked to metals in atmosphere
A team of scientists investigating the stratosphere have found particles containing a variety of metals from satellites and spent rocket boosters, vaporised by the intense heat of re-entry.
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