Bone is considered anisotropic because it responds differently if forces are applied in different directions. Bone can handle large forces applied in the longitudinal plane (tension and compression); bone is not as strong in handling forces applied transversely across its surface.
The differences between the properties of the cancellous and cortical bone contribute to the anisotropy of the bone. Cancellous bone provides bending strength, and cortical bone provides significant compressive strength.
In muscles, the anisotropic bands are the A bands, which contain both thick and thin filaments and give muscles their striated appearance. The isotropic bands are the I bands, which contain only thin filaments and appear lighter under a microscope.
the zygomaticus bone is the cheek bone or malar bone
A Bone for a Bone was created on 1951-04-07.
bone marrow is in the center of the bone shaft
compact bone. yah buddy!
no it does not.
Yes, wood is a naturally anisotropic material. It has 3 different orientations: - Longitudinal - parallel to the grain - Radial - across the growth rings - Tangential - tangent to the growth rings
Its hardness is anisotropic and ranges from 3-4.
In short, anisotropic filteringhelps keep things sharp when you're viewing imagery from a low angle.See article in GE Blog that describes that is does and gives some image examples.
Cleavage is considered anisotropic because the ease at which minerals split along specific planes varies depending on the crystal structure. In anisotropic materials, the atoms are arranged in a non-uniform manner, leading to different properties in different directions. This results in variations in the cleavage behavior along different crystallographic planes.
Anisotropic gems have unique properties where light travels at different speeds in different directions, causing them to display different colors and patterns when viewed from different angles. This phenomenon is known as pleochroism. Additionally, anisotropic gems have varying hardness and refractive indices depending on the direction of light passing through them.
Nonisotropic or anisotropic refers to a medium in which some characteristics depends on the direction in which the medium is studied. A very common anisotropic material is wood. It is much easier to split it along its grain than across the grain.
In muscles, the anisotropic bands are the A bands, which contain both thick and thin filaments and give muscles their striated appearance. The isotropic bands are the I bands, which contain only thin filaments and appear lighter under a microscope.
Barotropic Quasi-Geostrophic Flow Over Anisotropic Mountains
Isotropic materials have the same physical properties in all directions, such as density, elasticity, and refractive index. Anisotropic materials have different physical properties depending on the direction, like crystal structures or fiber-reinforced composites. The arrangement of molecules or structural elements in isotropic and anisotropic materials determines their behavior under stress, heat, and other external factors.
Anisotropic is when you view graphics and images at an oblique angle. It's like knowing what an object is in one direction but then your value of the object changes when viewed in different directions.
Oh, dude, you're hitting me with the fancy science terms! Yeah, so like, carbon steel is totally anisotropic. It means the properties of carbon steel can vary depending on the direction you're looking at it from. So, like, it's not all uniform and symmetrical, if that's what you're asking.