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Usage Examples
Filter by Meaning The micrometry of the pressure fluctuations in the pipeline was crucial for its safety.
The jeweler used a micrometry to determine the size of the diamond.
The lab technician used micrometry to measure the thickness of the glass slide.
Micrometry is an essential tool in the manufacture of microchips.
The scientists used micrometry to measure the thickness of the cell membrane.
The quality control team used micrometry to measure the diameter of the bolts.
The optometrist used micrometry to measure the thickness of the contact lenses.
The scientist used micrometry to measure the size of the bacteria.
The jeweler employed micrometry to measure the diameter of the precious stones.
The micrometry data provided valuable insights into the behavior of airborne pollutants in urban areas.
Micrometry is a common technique used in the semiconductor industry to measure the size of features on a microchip.
The accuracy of the micrometry readings was critical in determining the composition of the aerosol.
Micrometry is a useful tool for analyzing the size distribution of nanoparticles in a sample.
The micrometry results were consistent with the hypothesis that the particles were agglomerating.
The micrometry measurements showed that the droplets had a narrow size distribution.
The micrometry analysis revealed that the particles were highly irregular in shape.
The micrometry data indicated that the particles had a bimodal size distribution.
The researchers used micrometry to measure the particle size of a newly developed drug.
The micrometry measurements suggested that the particles were settling at a faster rate than expected.
Micrometry is a crucial process in determining the size of nanoparticles.
The lab technician used micrometry to measure the diameter of the droplets.
The results of the micrometry analysis showed that the particles were too small to be seen with the naked eye.
Micrometry is a specialized technique used to study the properties of aerosols.
The researcher used micrometry to measure the size distribution of the particles in the sample.
The micrometry readings indicated that the sample contained a high concentration of fine particles.
The accuracy of the micrometry measurements was critical in determining the quality of the product.
The micrometry data suggested that the particles were evenly distributed throughout the sample.
The researchers used micrometry to study the behavior of particles in a turbulent flow.
Micrometry can be used to determine the size and shape of individual cells in a biological sample.
In materials science, micrometry is used to measure the grain size of metals and alloys.
In the study of rocks, micrometry is used to measure the size and shape of mineral grains and understand how they were formed.
The optometrist used a micrometry to measure the thickness of the contact lens.
Micrometry is important for understanding the structure of microorganisms.
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