quartz crystal
- noun
- /kwɔrts ˈkrɪstl/
- Specialized
- A quartz crystal microbalance (QCM) was employed in all dissolution measurements.
- quartz crystal microbalance
- quartz crystal deposition controllers
Examples
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The electronic device operates more efficiently due to the stable frequency generated by the quartz crystal.
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Quartz crystal discs with gold contacts were coated with polymer films, baked at 130-150 degrees C for 60 s, and mounted on a sensor probe.
Academic text (2001) -
This is a quartz crystal.
Fiction book (1995) -
This is a smoky quartz crystal.
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The CorTemp sensor uses a quartz crystal whose oscillating frequency is sensitive to changes in temperature.
Academic text (1994) -
It described the generation of the second harmonic when a ruby laser pulse passes through a quartz crystal.
Academic text (1993) -
EZ Field Cal 1, for personal monitoring pumps, uses infrared beams and a quartz crystal timer to measure airflow in an automated bubble-meter format.
Academic text (1994) -
The dissolution behavior of chemically amplified resist polymers in aqueous base developer was investigated using a quartz crystal microbalance.
Academic text (2001) -
A quartz crystal is essential for ensuring accurate timekeeping in most modern watches.
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Engineers often choose a quartz crystal for its ability to maintain a consistent frequency in oscillators.
Synonyms
A small piece of quartz used in electronics to control signal frequencies
A crystal that makes electricity when pressed or bent
How Stable
- Specialized
- Specialized
- Specialized
- Specialized
Surface Forms
Morphology
The phrase is compositionally clear: a learner who knows 'quartz' and 'crystal' can infer it is a crystal made of quartz. However, the specialized technical sense — a precisely cut component used to generate a stable electronic frequency — is domain-specific and not predictable from the constituents alone, so the transparency is only partial.
Etymology
Quartz crystal comes from the clear stone quartz, cut into a small hard crystal that vibrates like a tiny bell when electricity passes through it. People found this steady vibration makes a 'steady electric signal', so a quartz crystal became the tiny part that keeps watches and radios on time.