Examples of using Crystal structure in English and their translations into Vietnamese
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The scientific study of crystal structure.
The crystal structure makes it a good smoothing agent, and can enhance the flat in the coating.
This range exists because most diamonds contain impurities andhave irregularities in their crystal structure.
That is, the crystal structure has one atom at each corner of the cube and one in the middle of each face.
Solid krypton is white and has a face-centered cubic crystal structure, which is a common property of all noble gases.
The crystal structure shows the uranium to be surrounded by eight chlorine atoms, four at 264 pm and the other four at 287pm.
All have similar boiling points, though p-chlorotoluene has a much highermelting point owing to a more tightly-packed crystal structure.
It has a body-centered cubic crystal structure, and transforms reversibly into the β form at 195.2 K.
All have very similar boiling points, although p-chlorotoluene hasa much higher melting point due a more tightly-packed crystal structure.
A crystal structure is the orderly geometric spatial arrangement of atoms in the internal structure of a mineral.
Austenitic, or 200 and 300 series- have an austenitic crystalline structure, which is a face-centered cubic crystal structure.
As it cools further its crystal structure changes to face-centred cubic(fcc) at 1394 °C, when it is known as γ-iron, or austenite.
Austenitic,(200 and 300 series) stainless steels have an austenitic crystalline structure, which is a face-centered cubic crystal structure.
Due to unique chemistry and crystal structure of our pigments, when formulated correctly, the inherent brightness can be significantly multiplied.
The two known forms of graphite, alpha(hexagonal) and beta(rhombohedral),both have identical physical properties, except for their crystal structure.
At room temperature zirconium exhibits a hexagonally close-packed crystal structure, α-Zr, which changes to β-Zr, a body-centered cubic crystal structure, at 863 °C.
Under extremely high pressures(1.1 million atm) and high temperatures(2000 K), as produced in a diamond anvil cell,nitrogen polymerises into the single-bonded cubic gauche crystal structure.
The crystal structure of the receptor has been determined(shown on the right)[5] and used to discover new histamine H1 receptor ligands in structure-based virtual screening studies.[6].
In its pure state, it is odorless and has a white orcolorless vitreous crystal appearance, with a crystal structure that cleaves easily in three directions.
Nickel is the most commonly used element to produce this crystal structure, however, due to a shortage of nickel during and immediately after World War II, efforts were made to reduce use of the metal.
Adjustable speed, even stirring, more complete response of magnesium oxide, strength increased by about 10%,the formation of a more stable crystal structure can effectively inhibit the drawbacks of magnesium.
There are some nickel sulfide particles after a period of time its crystal structure from the α state to the β state, in this transition process, the size of nickel sulfide particles produce a greater degree of expansion.
Ferritic steels have a body-centered cubic(BCC) grain structure, but the austenitic range of stainlesssteels are defined by their face-centered cubic(FCC) crystal structure, which has one atom at each corner of the cube and one in the middle of each face.
Nickel is the most commonly used element to produce this crystal structure, but a post-World War II nickel shortage led to the substitution of nitrogen for nickel in the production of some austenitic corrosion-resistant steels.
In 2016 the crystal structure of the hexamethylbenzene dication was reported in Angewandte Chemie International Edition, showing a pyramidal structure in which a single carbon atom has a bonding interaction with six other carbon atoms.
Newly developed piezo injectorstake advantage of the fact that piezoceramics change their crystal structure- and therefore their thickness- in a matter of nanoseconds(one nanosecond= one billionth of a second) when electrical voltage is applied.
Microstructure does not have the crystal structure of traditional metal materials, so it has different properties from traditional materials, such as excellent soft magnetic properties, corrosion resistance, wear resistance, high hardness, high strength, high resistivity and so on.
Bulk caesium iodide crystals have the cubic CsCl crystal structure, but the structure type of nanometer-thin CsI films depends on the substrate material- it is CsCl for mica and NaCl for LiF, NaBr and NaCl substrates.[9].