crevices
Interstices that communicate with each other, and which can be filled and drained.
Of or pertaining to interstices; intermediate; within the tissues; as, interstitial cavities or spaces in the tissues of animals or plants.
In an ideal world a solute (sugar) dissolves in a solvent (water) without altering the volume. This is not always 100% true. The solute dissolves into the interstices of the solvent. Interstices means the holes between molecules - like pouring sand into a jar of marbles.The volume does not seem to change as the interstices are filled with the solute.
A rather confused question. Dr Samuel Johnson would probably answer 'a reticulation of interstices'
Theodore J Maier has written: 'Interstices and intersections' -- subject(s): Translating and interpreting, Translating into English, Spanish language
Kathy Miller Hadley has written: 'In the interstices of the tale' -- subject(s): Fiction, History, Narration (Rhetoric), Technique, Women and literature
Between Bereshis (Genesis) and Sh'mos (Exodus) in the Torah, there are four blank lines, just as there are in the other three interstices between its books.
Also known as Cyclopean Concrete, this is a variety of concrete consisting of large sized stones(Plums) with interstices filled with concrete. Used mostly in mass concrete works like concrete gravity dams
GAS ABSORPTION: The process of wholly taking in one substance into other through the pores or interstices is called gas absorption. EXAMPLE:When hydrogen chloride gas is passed through water it gets absorped to form hydrochloric acid ans by m.fahim
Nothing, apparently. PERMEATE, however....per·me·ate   /ˈpɜrmiˌeɪt/ Show Spelled [pur-mee-eyt] Show IPA verb,-at·ed, -at·ing.-verb (used with object)1.to pass into or through every part of: Bright sunshine permeated the room.2.to penetrate through the pores, interstices, etc., of.3.to be diffused through; pervade; saturate: Cynicism permeated his report.
Very strong ANS2: At ordinary conditions of pressure, the temperatures where tungsten melts, carbon would vaporize. That would effectively prevent the crystalline form of carbon {diamond) from forming. Iron becomes harder when alloyed with carbon because it fills in the gaps (interstices) in iron. Since carbon does not form an interstitial alloy with tungsten, it would form pockets or inclusions of carbon in the tungsten and weaken the metal.
The alloy structure that contains metal atoms of different sizes is known as a "solid solution." In this structure, smaller metal atoms can fit into the interstices or spaces between the larger metal atoms, leading to a more complex arrangement. This can enhance certain properties of the alloy, such as strength and corrosion resistance, depending on the specific metals involved. Examples include bronze, which consists of copper and tin, where the tin atoms occupy spaces within the copper lattice.