Examples of 'thermal evaporation' in a sentence
Meaning of "thermal evaporation"
Thermal evaporation: A process in which material is turned into vapor using heat and then deposited onto a substrate to create a thin film or coating
How to use "thermal evaporation" in a sentence
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thermal evaporation
It is preferably deposited by thermal evaporation or by cathode sputtering.
Molecular beam epitaxy is an advanced form of thermal evaporation.
Thermal evaporation offers faster evaporation rates than sputtering.
The gold cathode was subsequently deposited by thermal evaporation.
Thermal evaporation by the Joule effect or induction.
These coatings are generally obtained by conventional thermal evaporation techniques.
They are deposited by a thermal evaporation process under ultra-high vacuum.
This or these emitting layers are generally deposited by thermal evaporation.
An alternative is thermal evaporation directly from the elements, but this is uncommon.
We obtained the source and drain electrodes by vacuum thermal evaporation.
Among them, thermal evaporation of lead salts appears as one of the most studied options.
This deposit may be effected either by thermal evaporation or by cathode sputtering.
A gold deposit of several hundred nanometers is achieved through thermal evaporation.
These metalizations may be obtained by thermal evaporation under a vacuum in two steps.
The layer systems discussed above are generally deposited by thermal evaporation.
See also
The carbon flux is obtained by means of thermal evaporation or ion spraying of graphite.
The metal coating of the scintillators may be performed by means of vacuum thermal evaporation.
This takes place by extraction followed by thermal evaporation or solely by thermal evaporation.
A last prior art method of depositing a thin crystalline layer of organic material is thermal evaporation.
The optical characterization of thin films prepared by thermal evaporation is based on photoluminescence spectroscopy.
A preferred method for preparing the OLED according to the invention is vacuum thermal evaporation.
These thin films are prepared using the thermal evaporation technique by Joule effect.
The TPBI electron transport layer and cathode layers were subsequently deposited by thermal evaporation.
For example, when thermal evaporation is used the base is added prior to that step.
The films are deposited using sputtering and thermal evaporation technologies.
Method according to claim 1, in which the vacuum deposition is performed by thermal evaporation.
Electrodes 3 and 4 are obtained by thermal evaporation in a vacuum of aluminium to a thickness of 1500 Å.
Devices based on small molecules are usually fabricated by thermal evaporation under vacuum.
This deposit is effected by a technique such as thermal evaporation or cathodic sputtering.
Thin films ( non ¿ doped and codeposited ) and organic light-emitting devices ( oleds ) were produced by thermal evaporation.
The multilayer thin films can be applied by thermal evaporation and chemical methods.
Advantageously, the cathode layer is metallic and is deposited by thermal evaporation.
The cathode material may be deposited either by thermal evaporation or by sputtering.
However, it is also possible to use other deposition methods, such as thermal evaporation.
The electrodes on the piezoelectric substrate are deposited by thermal evaporation of a good electrical conductor.
Moreover, the precursor layer contains elemental selenium, which is applied by thermal evaporation.
Preferred deposition techniques for the layer 3 are thermal evaporation vía e-beam and sputtering.
FIGURE 3B shows the piece described in figure 3A after PbSe deposition by thermal evaporation on it.
After that a thin layer of PbSe is deposited by thermal evaporation in vacuum.
A compatible metal ( e.g., zinc for porous tungsten ) can be deposited through thermal evaporation.
The copper anode is deposited at room temperature using thermal evaporation equipment.
An Au electrode may be deposited by thermal evaporation.
It can be deposited, preferably by thermal evaporation.
This d-sustrate is introduced in a standard thermal evaporation system.
The chips were placed onto the stage of a Mark 50 electron-beam thermal evaporation chamber.
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Optimisation of evaporation plants and evaporator operation
The air is then cooled down by evaporation
Convenient rotary evaporation with full extendibility
Examples of using Thermal
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Inverter is too hot thermal shutdown mode
Thermal protection circuits are shutting amplifier off
Do not use the thermal carafe in a microwave
