E. Trabeculae
Well, Trabeculae translates to tiny beam or rod whereas trabeculae means tiny plates... and if it is for spongy bone, then that would be A. interstitial lamellae
Yes.
The spaces between cells are pores or air spaces. These spaces are scientifically called intercellular or extracellular spaces or material.
: Osseous tissue is largely made up of inorganic material and when this is set into place, it is not conducive to dynamic change as this requires excessive force/energy and compromises structural integrity of the bone. : Interstitial growth requires the hyperplasia or hypertrophy of cells within the interior of a part or structure such that they push the other formed cells outwards. As a structural organ, bone is very hard and rigid and as such it requires excessive force to create new space interstitially.
genetic material
Material of origin not a copy
True
Yes.
The term cracks was used to describe the narrow, fissure-like structures that are seen on almost all surfaces. They are actually the outer edges of lamellae. In decalcification of ground sections of enamel,cracks usually disappear whereas the enamel lamellae still persist because they contain greater concentrations of organic material.
density stratification
its the process of injecting ions of one material into other there are different types of diffusion substitutional and interstitial ...
The main difference is atoms that which are channelled through the diffusing process where the atoms stick to the molecular structure of a material this only happens in interstitial diffusion where in vacancy diffusion the atoms reppelled away hence the word vacancy.
Type of steel its cold rolled interstitial free high strength steel. Used for critical component of which strength also one of the concern.
A concentric swage is a metal nipple used in reducing pipe fittings. The nipples are given the name due to the process in which they are manufactured. Swaging is a metal-forming technique in which the metal is plastically deformed to its final shape using high pressures, either by pressing or hammering, or by forcing the material through a die.
adding alloying elements fills interstitial space in the molecule(between adjacent copper atoms). this increases the strength of the material along with changing other properties.
The spaces between cells are pores or air spaces. These spaces are scientifically called intercellular or extracellular spaces or material.
: Osseous tissue is largely made up of inorganic material and when this is set into place, it is not conducive to dynamic change as this requires excessive force/energy and compromises structural integrity of the bone. : Interstitial growth requires the hyperplasia or hypertrophy of cells within the interior of a part or structure such that they push the other formed cells outwards. As a structural organ, bone is very hard and rigid and as such it requires excessive force to create new space interstitially.
An alloy. Two types: substitutional (brass and bronze), or interstitial (steel).