Anonymous ID: 957e06 Aug. 6, 2020, 3:09 p.m. No.10203765   🗄️.is 🔗kun   >>3808 >>3820 >>3911 >>4003 >>4208

>>10203543

 

Facts.

 

There is a video which many people interpreted as fireworks exploding.

Those people were RIGHT to pinpoint those explosions as the cause of IGNITING the Nitropril cloud.

Many have noted that there was a roaring noise before the explosion.

That is what Nitropril sounds like when it BURNS and the heat of combustion raises a cloud on unburnt nitropril dust, mixed with vapor from other materials in the warehouse.

 

But there were no fireworks.

People who have never witnessed artillery shells cooking off tend to misinterpret the sound as fireworks.

What the video actually showed is that there were things like artillery shells, the cartridges that fire them, guided MANPAD missiles, maybe even GRAD missiles in that warehouse. Military weapons.

 

Chances are that someone wanted to destroy the military weapons

So they set fire to that warehouse, probably with a small timed incendiary device or devices.

 

But they did not realize that the neighboring warehouse was full with 2700 tons of explosive

While the weapons were cooking off and exploding, the fire spread to the nitropril warehouse.

That fire roared up into a big plume of hot gases and partially burnt materials.

It could have continued that way

But eventually the fire in the weapons factory got hot enough that an explosion in the fire caused several artillery cartridges to explode at the same time and that larger explosion triggered even more weapons to explode, finally creating a strong enough shock to the nitropril cloud. It is the same principle as

a) 1 blasting cap

b) stuffed into 1 stick of dynamite

c) shoved into a slash in 1 bag of nitropril in a pile of several such bags.

 

A little trigger makes an explosion which is strong enough to trigger the Nitropril to make its very big boom. As the dust clears from the ANFO explosion, you see a white cloud emerge and spread out. This explosion was so big with so little dust that the white cloud was very big, globular and impressive.

 

This is consistent with a rogue CIA operation to get rid of evidence once the feds in Cleveland, Ohio (1 city that Trump would never visit because to do so might REAP THE WHIRLWIND) raided an organization connected with Ukrainian arms dealer Kolomoisky.

Anonymous ID: 957e06 Aug. 6, 2020, 3:20 p.m. No.10203849   🗄️.is 🔗kun

>>10203808

 

Dirt has nothing to do with it

Burning Ammonium Nitrate (Nitropril) will create a cloud of nitrate dust, vaporized plastic bags, vaporized wooden skids, and vaporized warehouse building materials.

The amount of uplift from such a big fire (which you heard as a roaring sound), lifts all that material up into the air. Remember that the nitrate supplies its own oxygen so it expands as it burns. Imagine hot cases bubbling up through nitrate powder

Anonymous ID: 957e06 Aug. 6, 2020, 4:01 p.m. No.10204267   🗄️.is 🔗kun   >>4340

You could call this Data Driven computing. And it's a real race because the USA is not the only country doing this

From Supercomputing To 'Exascale Machines' — The Coming Leap In Computing Power

 

https://www.investors.com/politics/commentary/from-supercomputing-to-exascale-machines-the-coming-leap-in-computing-power/

 

When scientists discovered the immense power contained in an atom, the United States government provided the laboratories, factories, and funding necessary to harness that power and end World War II. It was an unprecedented partnership of science, government, and industry, and it gave rise to the Department of Energy's National Laboratory System.

 

In the decades since, DOE's national labs have provided scientific and technical capabilities essential for national security and competitiveness, including global leadership in supercomputing.

 

When the nation agreed to stop underground testing of nuclear weapons, DOE's supercomputers provided the precise and sophisticated simulations necessary to ensure the arsenal's ongoing effectiveness.

 

When scientists sought to model the universe's evolution, they brought their data to the experts and supercomputers at DOE, where they've also produced 3D images of Earth's interior that aid earthquake resilience, oil and gas discovery, and nuclear nonproliferation.

 

When the automotive industry needed to better understand the chemistry of engine combustion to improve efficiency, DOE's supercomputers did that, too, just as they benefit energy producers with better gas turbines, trucking companies with better aerodynamics, and consumers with better biofuels.

 

The quiet contributions of these incredible machines — and the men and women who use them to solve the toughest problems — have kept the U.S. at the forefront of high-performance computing for decades.

Anonymous ID: 957e06 Aug. 6, 2020, 4:03 p.m. No.10204289   🗄️.is 🔗kun

>>10204236

 

But what about LED lights.

I get that fluorescents are a problem, and hazardous waste as well.

It is nice to have incandescent choices, but what about LEDs?