high thermality
low thermality
the thermality of the material affects its performance in extreme conditions.
engineers must consider thermality when designing electronic devices.
scientists study the thermality of different substances to understand heat transfer.
the thermality coefficient measures how materials respond to temperature changes.
proper thermality management prevents overheating in machinery.
the experiment demonstrates the thermality behavior of metals under stress.
advanced materials require precise thermality control during manufacturing.
the thermality transfer between the two surfaces occurs rapidly.
climate models must factor in the thermality of ocean currents.
the device monitors thermality changes in real-time.
industrial processes demand careful thermality regulation.
the thermality characteristics depend on the chemical composition.
high thermality
low thermality
the thermality of the material affects its performance in extreme conditions.
engineers must consider thermality when designing electronic devices.
scientists study the thermality of different substances to understand heat transfer.
the thermality coefficient measures how materials respond to temperature changes.
proper thermality management prevents overheating in machinery.
the experiment demonstrates the thermality behavior of metals under stress.
advanced materials require precise thermality control during manufacturing.
the thermality transfer between the two surfaces occurs rapidly.
climate models must factor in the thermality of ocean currents.
the device monitors thermality changes in real-time.
industrial processes demand careful thermality regulation.
the thermality characteristics depend on the chemical composition.
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