turbulence

#turbulencja #kapitandariusz Sklep https://turbulencja.pl Odpowiadam na pytania i komentarze z film o pracy :) Sejmowe wysłuchanie publiczne w temacie segregacji sanitarnej - https://www.facebook.com/watch/live/?ref=watch_permalink&v=696882055029786 Dr. John Campbell o potrzebie docenienia naturalnej odporności - https://www.youtube.com/watch?v=q0sA3CAPcl8 Link do statystyk zgonów - https://www.worldometers.info/coronavirus/ Link do statystyk szczepień - https://tiny.pl/94tmc

Here's a sight most airline passengers don't get to witness! Watch as this flight soars right above the cloud deck.

Video made during landing in Warsaw in fogy conditions. Made wit phone (Samsung) during my trip home on jumpseat (Aegean Airlines)

Contrail behind overflying aircraft over Norway. Video made from B737 of Airbaltic

An Airbus 320 flying over Argentina experiences what is known as a St. Elmo's Fire - a weather phenomena resulting in static electricity discharges - in this case appearing on the external surface of the windshield. This occurs when planes fly close to <a href="https://rumble.com/v3awrh-thunderstorm-moves-across-texas-panhandle-brings-lightning-to-lubbock.html" target="_blank">thunderstorm</a> areas. Dazzling! St. Elmo's fire (also called St. Elmo's light) is a weather phenomenon in which luminous plasma is created by a coronal discharge from a sharp or pointed object in a strong electric field in the atmosphere (such as those generated by thunderstorms or created by a volcanic eruption). St. Elmo's fire is named after St. Erasmus of Formia (also called St. Elmo, one of the two Italian names for St. Erasmus, the other being St. Erasmo), the patron saint of sailors. The phenomenon sometimes appeared on ships at sea during thunderstorms and was regarded by sailors with religious awe for its glowing ball of light, accounting for the name. Sailors may have considered St. Elmo's fire as a good omen, as a sign of the presence of their patron saint. St. Elmo's fire is a form of plasma. The electric field around the object in question causes ionization of the air molecules, producing a faint glow easily visible in low-light conditions. Conditions that can generate St. Elmo's fire are present during thunderstorms, when high voltage differentials are present between clouds and the ground underneath. The nitrogen and oxygen in the Earth's atmosphere cause St. Elmo's fire to fluoresce with blue or violet light; this is similar to the mechanism that causes neon lights to glow. This looks to us like flying into a <a href="https://rumble.com/v3nwrn-cat-completely-mesmerized-by-plasma-ball.html" target="_blank">plasma ball</a>. So cool!