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What laser penetrate deeper 830nm or 630nm?
The 830nm laser penetrates deeper into tissues compared to the 630nm laser. This is due to the longer wavelength of 830nm, which allows it to penetrate through skin and reach deeper layers of tissue, making it more effective for treatments that require deeper penetration, such as pain management and tissue repair.
If wavelength of light is 104 of radii of earth than why it will penetrate deeper in sea?
if wavelength of light is of order of radii of earth then why it will penetrate deeper in sea?
What property of ultrasound waves allows them to penetrate inside the body?
The property of any waves - sound waves, radio waves (including light waves) - that allow them to penetrate is their frequency, relative to the absorption frequency of the material you want them to penetrate. If you have a material which resonates at a range of frequencies from 30kHz - 60KHz, for example, and you direct your sound wave of 40kHz at it, the molecules in the material will absorb a lot of the energy of the wave. It''s like pushing a child on a swing at the correct (resonant) frequency to get the child swinging. Essentially, you are converting the energy of your sound in to heat in the material, and the sound wave does not penetrate; it gets absorbed. At much higher or lower frequencies (a few Hz or 100's kHz) the material is unable to react to the waves (it's like pushing the child on a swing 100,000 times a second. The child won't swing, she'll just jiggle very slightly, absorbing almost no energy) The energy is not absorbed by the molecules in the material, and passes through, penetrating deeper in to the material.
What makes goods?
penetrate deeper faster and harder and good foreplay works everytime
What can ultrasonic units penetrate?
Ultrasonic units can penetrate solids, liquids, and gases, depending on the frequency used. Higher frequency ultrasonic waves penetrate shallow tissues or liquids, while lower frequency waves can penetrate deeper tissues or solids.
Why can't we see deeper into the sun than the photosphere?
We can't see deeper into the sun than the photosphere because the sun's inner layers are not transparent like the photosphere. The photosphere is the visible surface of the sun, beyond which the gas becomes denser and blocks visible light from escaping. The interior of the sun is also extremely hot and dense, making it difficult for light to penetrate and for us to observe those layers directly.
Why does a glass cut deeper than a knife?
A glass can cut deeper than a knife because it has a sharp, brittle edge that can create a fine, concentrated point of pressure when it breaks. Unlike a knife, which is designed for slicing with a wider edge, glass shatters into sharp shards that can penetrate skin more easily. Additionally, the rigidity of glass allows it to maintain a sharp edge longer than many knives, increasing the potential for deeper cuts.
Can a Photon penetrate deep tissue?
Yes, photons can penetrate deep tissue depending on their energy. Low-energy photons are more likely to be absorbed near the surface, while higher-energy photons can penetrate deeper into tissue. This property is used in various medical imaging and treatment techniques.
What color in the color spectrum has the greatest amount of energy?
Blue has the greatest amount of energy in the visible spectrum due to its shorter wavelength. This high energy allows blue light to penetrate deeper into the atmosphere and scatter more easily, resulting in the sky appearing blue.
How does laser diffusion technology work to improve the effectiveness of skin treatments?
Laser diffusion technology works by breaking down laser energy into smaller beams that can penetrate deeper into the skin. This allows for more precise targeting of specific skin concerns, such as wrinkles or pigmentation. By reaching deeper layers of the skin, the treatment can stimulate collagen production and improve overall skin texture and tone.
How far does beta radiation penetrate human tissue?
Beta radiation can penetrate human tissues to a depth of a few millimeters to a few centimeters, depending on the energy of the beta particles. Higher energy beta particles can penetrate deeper into tissues, potentially causing damage to cells and DNA along their path.
Why did Krakauer put his material here in the middle of the book?
Krakauer placed his material in the middle of the book to provide context and background information that leads into the central story or theme of the book. This technique allows readers to have a deeper understanding of the subject matter before delving into the main narrative.
