Examples of 'molecular adhesion' in a sentence
Meaning of "molecular adhesion"
Molecular adhesion refers to the force or attraction between molecules that causes them to stick together. It is a phenomenon observed at the molecular level, where the interaction between molecules determines their ability to adhere or bond to each other. Molecular adhesion is relevant in various scientific fields, including chemistry, physics, and biology
How to use "molecular adhesion" in a sentence
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molecular adhesion
Bonding by molecular adhesion can also be referred to.
They are joined together by cementing or by molecular adhesion.
Molecular adhesion bonding is a technique well known in the art.
The transfer is done by bonding or by molecular adhesion.
A bonding by molecular adhesion is advantageous in that it can lead to a high bonding energy.
This bonding preferably takes place by molecular adhesion.
Apparatus for molecular adhesion bonding with compensation for radial misalignment.
Step d can comprise an assembly step via molecular adhesion.
Such technology is based on molecular adhesion between the atoms of two opposite surfaces.
The oxide layers are bonded to one another by molecular adhesion.
The technique of mineral gluing or molecular adhesion is well known for numerous materials.
This surface preparation permits a bonding of the two layers by molecular adhesion.
Evacuating the liquid layer to allow molecular adhesion of the layer to the support.
This thermal treatment has the advantage of reinforcing the molecular adhesion.
The molecular adhesion is particularly appropriate when the surfaces to come into contact are smooth.
See also
It can be adhered by molecular adhesion.
Molecular adhesion is an assembly technique used in the high-tech optics industry.
The sticking may advantageously be achieved by the molecular adhesion technique.
As such, true molecular adhesion does not occur.
The fixing of the receive medium on the reflector may be achieved by molecular adhesion.
The substrates are then bonded together by molecular adhesion via their implanted surfaces.
One or several adhesive bonding layers may be formed in order to facilitate molecular adhesion.
The assembly implements bonding via molecular adhesion of the two boards.
The seal between the first and second substrates may be a direct seal by molecular adhesion.
Of reinforcing the bonding by molecular adhesion and / or inducing a fracture in a substrate.
The thereby structured wafer may be cleaned with a view to bonding by molecular adhesion.
The bonding via molecular adhesion of the oxide layer to the support substrate ;.
The situation in which the bonding is obtained by molecular adhesion is of particular benefit.
Molecular adhesion includes two different types of gluing, absorbent gluing and hydrophobic gluing.
The bonding of the donor and receiver substrates takes place by molecular adhesion.
They can be glued, assembled by molecular adhesion or attached by any other adhesion means.
Finally, the joining may be effected by molecular adhesion.
For example, proteins having established molecular adhesion properties can be reversible fused to polypeptides.
According to an embodiment, the assembling step b is a molecular adhesion step.
For example, proteins having established molecular adhesion properties can be reversible fused to an BCA-GPCR.
As a variant, the bonding may be carried out by molecular adhesion.
Bonding by molecular adhesion is achieved between both planar faces of the adhesion layers 18 and 22.
The GaN with the bonding layer is subsequently bonded by molecular adhesion onto a sapphire substrate.
Molecular adhesion takes place at ambient temperature, or 20 ° C.
The Si substrate is subsequently bonded by molecular adhesion onto an Si stiffener.
It has more particularly as subject-matter a novel process for bonding two substrates by molecular adhesion.
The porous GaN substrate is then bonded by molecular adhesion to a stiffener ( for example sapphire ).
As a variant, the adhesion may be obtained through bonding by molecular adhesion.
For example, proteins having established molecular adhesion properties can be reversible fused to GPCR-B4.
Alternatively, the pattern could be transferred to and fastened to the layer by molecular adhesion.
The layer 2 then remains, assembled by molecular adhesion with its final support 12.
Method according to claim 5, wherein the fixing step is carried out by molecular adhesion.
FIG . 6 shows a structure 100 to be bonded by molecular adhesion according to the invention.
An assembly step with a second substrate may be provided, for example by molecular adhesion.
In particular, it may comprise a molecular adhesion step.
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Transition from high to low adhesion surfaces
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