Examples of 'thermoelectric materials' in a sentence
Meaning of "thermoelectric materials"
Thermoelectric materials are substances that can generate an electrical voltage when there is a temperature difference across them. These materials are used in thermoelectric generators and coolers for various applications like power generation and refrigeration
How to use "thermoelectric materials" in a sentence
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thermoelectric materials
Thermoelectric materials for heat recovery.
This property becomes relevant when investigating thermoelectric materials.
Thermoelectric materials maybe added to provide thermoelectric elements.
Nanostructured thermoelectric materials.
Only a few known materials to date are identified as thermoelectric materials.
Complex thermoelectric materials.
The scientists are now searching for next generation of thermoelectric materials.
Thermoelectric materials can be used for the development of new cooling methods.
The first section reviews the most common thermoelectric materials.
Thermoelectric materials can transform temperature differences and waste heat into electricity.
Each thermocouple comprises a pair of legs made of different thermoelectric materials.
Thermoelectric materials can utilize waste heat and produce electricity from temperature differences.
Automotive applications BiTe and Skutterudite based thermoelectric materials have been used in automotive applications.
Inorganic thermoelectric materials efficiently convert heat into electricity but are not very flexible.
Then, two masks are used successively to deposit lines of thermoelectric materials.
See also
Further cascading of stable thermoelectric materials would enhance the electricity generation in the condenser section.
Hence it is important to develop methods to grow high-quality thin films of thermoelectric materials.
Improved thermoelectric materials may give a push to Moores law.
These could have wide applications in semiconductors, thermoelectric materials and electrochemical energy devices.
Therefore, thermoelectric materials can also be synthesized using physical vapor deposition techniques.
Specific potential applications for graphene composite thermoelectric materials of the present invention are as follows,.
Thermoelectric materials have been around for a while, but they are usually brittle and expensive.
La2O3 is an ingredient for the manufacture of piezoelectric and thermoelectric materials.
An EU initiative developed thermoelectric materials that may offer a solution to this energy problem.
Thermoelectric module 1 comprises a first leg 10 a and a second leg 10 b made of different thermoelectric materials.
However, the usual thermoelectric materials generate a relatively small amount of energy.
Values in the hundreds of uV / K, regardless of sign, are typical of good thermoelectric materials.
Organic materials are attractive thermoelectric materials owing to their light weight, flexibility and biodegradability.
WISE successfully demonstrated that one-dimensional structures - nanowires - are efficient thermoelectric materials.
Until now, thermoelectric materials have been made using expensive and energy-intensive processes.
HTFORTCOS is also investigating novel thermoelectric materials using high-throughput computing.
Thermoelectric materials convert a temperature difference into a voltage, essentially turning heat into electricity.
More information about high-performance thermoelectric materials can be found in the Thermoelectric materials article.
Ideal thermoelectric materials have a high Seebeck coefficient, high electrical conductivity, and low thermal conductivity.
Cobalt-based thermoelectric materials.
Efficient thermoelectric materials should exhibit a low thermal conductivity, a high electrical conductivity and a high Seebeck coefficient.
Generally speaking, known thermoelectric materials can be separated into three optimal temperature ranges,.
In ATEGs, thermoelectric materials are packed between the hot-side and the cold-side heat exchangers.
Many of the most effective thermoelectric materials comprise tellurium, with Bi2Te3 being commonly used.
So-called thermoelectric materials that convert heat into electricity have been known since the early 1800s.
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