thermocurrent Sentence Examples
- Engineers utilized thermocurrent to measure temperature variations within the engine's combustion chamber.
- The thermocurrent probe provided real-time data on the temperature gradients within the silicon wafer.
- Scientists studied the thermocurrent phenomenon to understand the thermal transport properties of nanomaterials.
- By analyzing thermocurrent signals, researchers gained insights into the electron transport mechanisms in semiconductors.
- The thermocurrent microscopy technique enabled visualization of thermal distribution in microelectronic devices.
- Researchers employed thermocurrent imaging to detect subsurface defects and variations in materials' properties.
- Thermocurrent spectroscopy provided information about the energy levels and band structure of materials.
- Scientists used thermocurrent measurements to characterize the thermal conductivity and specific heat capacity of thin films.
- The thermocurrent analysis revealed the presence of thermal gradients and heat dissipation patterns in electronic components.
- Researchers utilized thermocurrent techniques to optimize the thermal performance and reliability of electronic devices.
thermocurrent Meaning
thermocurrent (n.)
A current, as of electricity, developed, or set in motion, by the action of heat.
A current developed or set in motion by heat; specif., an electric current, in a heterogeneous circuit, due to differences of temperature between the junctions of the substances of which the circuit is composed.
Synonyms & Antonyms of thermocurrent
No Synonyms and anytonyms found
FAQs About the word thermocurrent
A current, as of electricity, developed, or set in motion, by the action of heat., A current developed or set in motion by heat; specif., an electric current, i
No synonyms found.
No antonyms found.
Engineers utilized thermocurrent to measure temperature variations within the engine's combustion chamber.
The thermocurrent probe provided real-time data on the temperature gradients within the silicon wafer.
Scientists studied the thermocurrent phenomenon to understand the thermal transport properties of nanomaterials.
By analyzing thermocurrent signals, researchers gained insights into the electron transport mechanisms in semiconductors.
