Examples of 'silicon atoms' in a sentence
Meaning of "silicon atoms"
Silicon atoms: Silicon atoms are the building blocks of silicon, a chemical element widely used in technology for its semiconducting properties, making it essential in the production of computer chips, solar cells, and other electronic devices
How to use "silicon atoms" in a sentence
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silicon atoms
The monomers do not comprise silicon atoms.
The silicon atoms are then oxidated one by one.
The annealing causes a rearrangement of the silicon atoms.
These silicon atoms are tetravalent.
A nanometer is about the width of two silicon atoms.
Silicon atoms are placed with each other in a strongly bound structure.
Silicyne is a single linear molecule composed of just silicon atoms.
At least two silicon atoms.
The silicon atoms of the tetrahedrons may be partly replaced by aluminum atoms.
Similar silanes having two or three silicon atoms can be used.
Z is the number of silicon atoms replaced by aluminium atoms in the zeolite framework.
Four of these are used to form covalent bonds with adjacent silicon atoms.
The polyethers are attached to silicon atoms in the polysiloxane through a difunctional link.
The reactive silicon group may contain one or more silicon atoms.
Silanols are compounds containing silicon atoms to which hydroxy substituents bond directly.
See also
The reactive silicon group may have one or more silicon atoms.
However the chain of silicon atoms may also be branched at one or more points.
Preferentially the block polymer does not include silicon atoms in its skeleton.
These are individual silicon atoms sitting on the silicon surface that transistors are made on.
The silane modified polymer organic backbone can be free of silicon atoms.
Silicon atoms are arranged in a definite symmetrical pattern making them a crystalline solid structure.
Particularly suitable modifiers are siloxanes having hydrogen atoms bound to silicon atoms.
Silicon atoms can combine for years to result in a large piece of pure silicon.
Atom forms covalent bonds with its four neighboring silicon atoms.
Crystalline cells are made of silicon atoms connected to one another to form a crystal lattice.
The number of possible isomers increases rapidly with the number of silicon atoms.
The fluorine chemically reacts with the silicon atoms in the film forming SiFx species.
Siloxane chains consist of a backbone which contains alternating oxygen and silicon atoms.
This technique enables to differentiate all the silicon atoms from various environments.
The molecules used are organic or inorganic molecules containing one or more silicon atoms.
Some of the silicon atoms within the chain may site two such alkyl radicals.
Silicon is a fourfold coordinated atom that is normally tetrahedrally bonded to four neighboring silicon atoms.
The silicon atoms then subtly rearranged themselves near the holes to allow for light emission.
All these molecules contain at least one carbon atom between two silicon atoms.
Y is the amount of silicon atoms exchangeable from tetrahedral sheet, and.
The diffused metallic impurities are substituted for the silicon atoms constituting the substrate.
If three silicon atoms are bound to each nitrogen atom, the materials are called silsesquiazanes.
The pasty compounds therefore do not comprise any silicon atoms or any fluorine atoms.
Thus, the silicon atoms present in excrescences have a tendency to migrate into cavities.
The factor of eight arises because there are eight silicon atoms in each unit cell.
The lines between silicon atoms in the lattice illustration indicate nearest-neighbor bonds.
The polymerisable organic acidic monomers may optionally contain one or more silicon atoms therein.
Preferred cyclomethicones contain not more than 7 silicon atoms and very preferably up to 6 silicon atoms.
The reactive silicon group may contain one silicon atom or two or more silicon atoms.
In preferred embodiments about 40 percent of the silicon atoms are bonded to hydroxyl groups.
Most stars like the Sun have about ten zirconium atoms for every million silicon atoms.
The regular arrangement of silicon atoms in single-crystalline silicon produces a well-defined band structure.
Four of them form covalent bonds with the surrounding Silicon atoms.
Also, in that technique the silicon atoms arrive with low energy and they attach poorly.
The measurement technique employs x-ray fluorescence of silicon atoms.
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Examples of using Silicon
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Silicon and oxygen is consistent with quartz
Manufactures and sells silicon carbide products
Silicon band around his right eyeball
