>>10195815

TYB

>>10194236 past bread

>>10194225 past bread

>>10194207 past bread

>>10194202 past bread

>>10194188 past bread

>>10194263 past bread

>>10194216 past bread

>>10194228 past bread

>>10194324 past bread

>>10194341 past bread

>>10195842 last bread

>What monitoring station where?

PEDARA, SICILIA, ITALIA at coordinates 37.6217, 15.0458

GQ GMC 300 counter with SBM-20 tube, indoor station

https://radmon.org/index.php

So using the wind map you can do many things including viewing forecasted and historic conditions. The altitude settings in hPa are a bit of a bother. But there is a conversion tool here that will let you see what the altitude in feet is.

http://www.csgnetwork.com/pressurealtcalc.html

70 hPa = 25,517.6 feet in altitude

10 hPa = 27,363.5 feet in altitude

2020 Beirut explosions

Date 4 August 2020

Time 18:08:18 EEST (15:08:18 UTC) (second explosion)

https://en.wikipedia.org/wiki/2020_Beirut_explosions

In the first two images I have selected the data 8 minutes before the big explosion.

In the second two images I have selected the data for 3 hours later.

As you can clearly see, wind direction at 27,364 feet would blow fallout almost directly at the monitoring station in Pedara, Italy. The wind speeds at that altitude vary from the low 90s to low 80s in km/h along the route.

https://earth.nullschool.net/

>>10195842 last bread

>What monitoring station where?

>>10196231

2020-08-04 14:40:44, 31.5

2020-08-04 14:41:44, 38

2020-08-04 14:42:44, 32.5

2020-08-04 14:43:44, 20.5

2020-08-04 14:44:44, 29.5

2020-08-04 14:45:44, 31.5

2020-08-04 14:46:44, 29

2020-08-04 14:47:44, 28.5

2020-08-04 14:48:44, 38.5

2020-08-04 14:49:44, 53

2020-08-04 14:50:44, 67.5

2020-08-04 14:51:44, 545.5

2020-08-04 14:52:44, 690.5

2020-08-04 14:53:44, 799

2020-08-04 14:54:44, 700.5

2020-08-04 14:55:44, 719.5

2020-08-04 14:56:44, 697.5

2020-08-04 14:57:44, 825.5

2020-08-04 14:58:44, 694.5

https://radmon.org/UserGraphs/meteopedara/dataweek.csv

https://radmon.org/radmon.php?function=showuserpage&user=meteopedara

https://radmon.org/index.php

>>10196221

see

>>10196231

and

>>10196263

>>10196313

see

>>10194324 past bread

>>10196345

YW anon

Here is a compilation video I downloaded from twitter.

The push back has been fairly strong on this. I'm archiving everything offline.

https://twitter.com/SJPeace/status/1290745494264786948

>>10196497

>>10196532

>>10196345

>>10196231

>>10196263

>>10196283

The Mechanics of Nuclear Explosions

In nuclear explosions, about 90 percent of the energy is released in less than one millionth of a second. Most of this is in the form of the heat and shock waves which produce the damage. It is this immediate and direct explosive power which could devastate the urban centers in a major nuclear war. Compared with the immediate colossal destruction suffered in target areas, the more subtle, longer term effects of the remaining 10 percent of the energy released by nuclear weapons might seem a matter of secondary concern. But the dimensions of the initial catastrophe should not overshadow the after-effects of a nuclear war. They would be global, affecting nations remote from the fighting for many years after the holocaust, because of the way nuclear explosions behave in the atmosphere and the radioactive products released by nuclear bursts.

When a weapon is detonated at the surface of the earth or at low altitudes, the heat pulse vaporizes the bomb material, target, nearby structures, and underlying soil and rock, all of which become entrained in an expanding, fast-rising fireball. As the fireball rises, it expands and cools, producing the distinctive mushroom cloud, signature of nuclear explosions. The altitude reached by the cloud depends on the force of the explosion. When yields are in the low-kiloton range, the cloud will remain in the lower atmosphere and its effects will be entirely local. But as yields exceed 30 kilotons, part of the cloud will punch into the stratosphere, which begins about 7 miles up. With yields of 2-5 megatons or more, virtually all of the cloud of radioactive debris and fine dust will climb into the stratosphere. The heavier materials reaching the lower edge of the stratosphere will soon settle out, as did the Castle/Bravo fallout at Rongelap. But the lighter particles will penetrate high into the stratosphere, to altitudes of 12 miles and more, and remain there for months and even years. Stratospheric circulation and diffusion will spread this material around the world.

https://www.atomicarchive.com/resources/documents/effects/wenw/chapter-1.html

Anon believes the Beruit blast was a homebrew nuclear device and not one constructed in a high tech weapons lab

There was not a visible rising fireball, as you would see in a well engineered nuclear detonation. Although I suspect there was a fireball at ground level that rose and quickly dimmed to a rising ball of extrememly hot gas. This transition was likely obsured by the water vapor vapor cloud and the column of smoke from the initial fire. Anon believes the amateur design and manufacture of the device explains why it failed to sustain a chain reaction for more than a few milliseconds. Anon believes the builders knew that it would be a sloppy detonation and that is why they chose to detonate it in the middle of a bunch of sodium nitrate and next to a grain elevator. They felt that even if they failed to achieve any sort of chain reaction then they would still get one hell of a big explosion. As to motive for doing it in Beruit? Maybe it was a covert weapons test? Maybe the world has a new nuclear power and this was their way of announcing as much with plausible deniability? Maintain the fertilizer explosion story for the general public while showing those with eyes to see that they have the capability?

The high energy flash seen in this, and other videos, is recognized by this anon for what it is. The view from the water is great because you can look to left and to the right and how far out the flash goes. This is not normal visible light. And it seems to actually travel through objects like buildings and the grain elevator (which would have completely shadowed a very large arc of that light. I just can't get past the flash, the rising ballof super heated air and the radiation readings. Too many pieces continue to fall into place. Anon beleives dirty inefficient nuclear detonation.

>>10196576

This is the other video I am describing. Watch for the brief initial flash. Anon earlier posted a webm file of this that did not show the flash at all. Beware anons, beware.

>>10196625