Sonochemistry Science and Engineering Industrial & Engineering Chemistry.pdf
The above book states that "effects of ultrasound are a result of the implosive collapse of cavitation bubbles. " This means that the surface area of the gas in the bubble is either exanding or contracting depending on the type of gas in the bubble, and the weight would change. This concempt can be expanded to organic chemistry because all organic molecules are a mixture of hydren and oxgen molecules that are solid at room temperature and other elements. Based on the shapes of diatomic oxygen and diatomic hydrogen for example hydrogen will shrink and oxygen will expand. In aerodynamics (an analogy), if you add math to one shape, it would expand and if you add math to another shape, it would shrink. By adding areodynamic math to the shape of any molecule and replacing airflow with ultrasound flow, the behavior of any molecule (ie. expansion or contraction) with ultrasound passing through it can be determined. H2O is the exception where it has lift, meaning that water and even people can be levetated into the atmosphere. Aerodynamic lift occurs when the air passing over the top of an object moves at a faster rate that the air passing passing below an object. The same phenomenom can be applied to ultrasound and molecules.
Below is a spectrogram with ultrasound passing through a spectroscope where the spectrogram looks like a wave. The specgtrogram looks like a wave because ultrasound is passing through the spectroscope and expanding the oxygen gas in the spectroscope and the organic glass that the spectroscope prism is made of. The spectrograms show that the glass in the spectroscope is expanding because the prism inside the spectroscope is visible and refracting the flourescent light at an angle with warped molecular shapes. The molecules are warped by ultrasound the same way a wing is warped by normal aerodynamics. The molecules are also expanded, contracted, or lifted by ultrasonic dynamics. This means that ultrasound can expand and contract organic compounds like muscle and skin. You can also see in the spectrogram that the prism shows up as a blue and black matte which means that some of the light has been refracted to a wavelength that is not visible to the human eye and can pass through walls and can be picked up by an antennae.
Utrasound can cause an interference pattern in a laser pointer becuase it expands the oraganic compund of glass that the laser light passes through.
In this video I picked up winsheer of my cellphones microphone while taking a video of a spectrogram. Sounds from the plane are transmitted with the ultrasound.
"Whatever, it doesnt matter."
Skin and Spectrogram Log
(The brighter the blue in the spectrogram the more expanded the gas is in my skin.)
Sonochemistry Science and Engineering Industrial & Engineering Chemistry.pdf
The above book states that "effects of ultrasound are a result of the implosive collapse of cavitation bubbles. " This means that the surface area of the gas in the bubble is either exanding or contracting depending on the type of gas in the bubble, and the weight would change. This concempt can be expanded to organic chemistry because all organic molecules are a mixture of hydren and oxgen molecules that are solid at room temperature and other elements. Based on the shapes of diatomic oxygen and diatomic hydrogen for example hydrogen will shrink and oxygen will expand. In aerodynamics (an analogy), if you add math to one shape, it would expand and if you add math to another shape, it would shrink. By adding areodynamic math to the shape of any molecule and replacing airflow with ultrasound flow, the behavior of any molecule (ie. expansion or contraction) with ultrasound passing through it can be determined. H2O is the exception where it has lift, meaning that water and even people can be levetated into the atmosphere. Aerodynamic lift occurs when the air passing over the top of an object moves at a faster rate that the air passing passing below an object. The same phenomenom can be applied to ultrasound and molecules.
Below is a spectrogram with ultrasound passing through a spectroscope where the spectrogram looks like a wave. The specgtrogram looks like a wave because ultrasound is passing through the spectroscope and expanding the oxygen gas in the spectroscope and the organic glass that the spectroscope prism is made of. The spectrograms show that the glass in the spectroscope is expanding because the prism inside the spectroscope is visible and refracting the flourescent light at an angle with warped molecular shapes. The molecules are warped by ultrasound the same way a wing is warped by normal aerodynamics. The molecules are also expanded, contracted, or lifted by ultrasonic dynamics. This means that ultrasound can expand and contract organic compounds like muscle and skin. You can also see in the spectrogram that the prism shows up as a blue and black matte which means that some of the light has been refracted to a wavelength that is not visible to the human eye and can pass through walls and can be picked up by an antennae.
Utrasound can cause an interference pattern in a laser pointer becuase it expands the oraganic compund of glass that the laser light passes through.
Bowels
