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originally posted by: NewNobodySpecial268
Maybe the military already had those orbs, and they were just retrieving their lost property.
Not like they would admit it was one of theirs.
originally posted by: NewNobodySpecial268
Maybe the military already had those orbs, and they were just retrieving their lost property.
Not like they would admit it was one of theirs.
originally posted by: Ophiuchus1
It was x-rayed to discover material, internally, had an atomic weight of 140!
originally posted by: quintessentone
I think it's too small to be a foo fighter, I think the Betz floors were most likely off kilter, I think putting it on the window sill in the sun heated the metal up enough for it to make expansion sounds, the x-rays indicating a hollow interior with three more spheres, if the ball was forged, may have been material added in the forging process or we would need to investigate the xray methodology, the vibrating of the sphere could have been by the sound waves from the guitar playing, hitting it with a hammer and hearing ringing could be tuning fork thingie, ...that's all I got for now.
Dr. Mike, astonishinglegends.com
4. Whether an x-ray photon gets blocked by an object depends on these factors: the object's density (metals are densest, noble gases less dense), its atomic number (higher means more electrons to interact with the x-ray), the thickness of the object parallel to the x-ray path (a long rod oriented in the direction of the x-ray beam has a higher chance of absorbing or scattering the x-ray) and the energy of the x-ray.
5. Because of the steel/nickel shell, most of the lower energy x-rays will be removed before passing into the interior of the sphere, a process called "beam hardening." Only higher energy photons will remain. The higher energy photons have a greater chance of passing through a material without being absorbed. This means that thinner, less dense, lower atomic number objects are less likely to be detected inside the metal container.
6. And so, because the small spheres inside are optically denser than the surrounding, Dr. Harder assumed that they had a much higher anatomic number than iron and nickel, which make up the shell.
7. However, You can see blood vessels inside of the lung on chest x-rays (radiographs), and they appear optically denser than the ribs, especially the ribs on the far side of the detector/film. So what is essentially water (pulmonary vessels) shows up optically denser than calcium (bone). I'm not sure of the physics behind this, but I think this is because the pulmonary blood vessels are surrounded by air and the high contrast between air in the lungs and the adjacent blood vessels makes them visible. You can't see the blood vessels surrounded by other tissues in the chest wall or mediastinum. In other words, the small spheres inside are visible because they are surrounded by air, and can be made of any material that does a decent job of stopping some of the x-rays (probably not wood or plastic).
There is only one view of the object. In radiology, we say that "one view is no view." This is because you are taking a 3D object and displaying it on a 2D surface. The spots inside the object may be flat, spheres, or long rods parallel to the x-ray beam. Their location is also not clear. They can be anywhere from the x-ray source housing, surface of the object, interior of the object, far surface, x-ray intensifier screen, x-ray film. The copying process could create them.
originally posted by: ArMaP
a reply to: Ophiuchus1
Second question: how can the atomic weight of an unknown material be calculated by using X-Ray?
How are X-rays used to determine the atomic number of an element?
Henry Moseley studied the X-ray spectra of several elements and determined their atomic numbers (Z).
He discovered a correlation between atomic number and the frequency of X-rays generated by bombarding an clement with high energy of electrons.
No, they would not, but for decades they denied they had information UAPs/UFOs too. But I lean towards our military knows more than they are letting on about but they don't control it.
Could just be a pulsed laser, or maser, plasma.
This not so new plasma tech could explain most sightings since the plasmas can be seen visually, thermally, and with radar.
originally posted by: Ophiuchus1
originally posted by: ArMaP
a reply to: Ophiuchus1
Second question: how can the atomic weight of an unknown material be calculated by using X-Ray?
Maaaaaybe this answers your question….
How are X-rays used to determine the atomic number of an element?
Henry Moseley studied the X-ray spectra of several elements and determined their atomic numbers (Z).
He discovered a correlation between atomic number and the frequency of X-rays generated by bombarding an clement with high energy of electrons.
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