Micrometry

Micrometry is used to study the crystallographic structure and properties of minerals and metals.

The micrometry of the circuitry on the computer motherboard was essential for the computer to function correctly.

The study of micrometry can reveal important information about the formation and evolution of minerals in rocks.

The astronomer used micrometry to measure the distance between two stars.

The development of high-resolution micrometry has revolutionized the field of microbiology.

In geology, micrometry is used to measure the thickness of sediment layers and the size of mineral grains, providing important information about geological processes.

Micrometry is used in the analysis of environmental samples to identify and quantify microorganisms.

The scientist used a micrometry to measure the diameter of the microscopic particle.

The micrometry of the airflow in the combustion chamber is essential for engine efficiency.

The micrometry results confirmed that the thickness of the polymer film was within the required range.

The lab technician used micrometry to measure the volume of the liquid sample.

Micrometry is an essential technique in metallurgy for characterizing the microstructure of materials.

The study of micrometry can help geologists determine the origin and age of rocks by analyzing the sizes and shapes of their mineral grains.

Micrometry is an important tool for researchers studying the effects of pollution and other environmental stressors on microorganisms.

The student learned about micrometry in their biology class.

The micrometry of the wire diameter was critical for its function in electrical wiring.

Geologists use micrometry to measure the sizes and shapes of fossils in order to identify and classify them.

The machinist used micrometry to measure the depth of the cuts.

The machinist used a micrometry to ensure the precise dimensions of the metal parts.

The micrometry of the machine parts was essential for ensuring they fit together perfectly.

The scientist used micrometry to measure the diameter of the cell.

The micrometry of the watchmaker's tools allowed for the intricate assembly of the tiny watch parts.

The watchmaker used micrometry to measure the width of the watch's gears.

The machinist used the micrometry to measure the diameter of the drill bit.

The micrometry of the 3D printer allowed for highly detailed and precise models to be printed.

The laboratory uses micrometry to determine the size of bacteria.

The micrometry was used to measure the thickness of the hair strand.

Micrometry can be used to measure the size and shape of synthetic crystals to ensure their quality and consistency.

The micrometry of the printed circuit board was critical for the proper functioning of the electronic device.

The micrometry of the measurements taken by the lab equipment was found to be highly precise.

The technician used a micrometry to measure the depth of the scratch on the car.

The micrometry of the altimeter was vital for the safety of the mountain climber.

The engineer used the micrometry to measure the thickness of the electronic circuit board.

In the study of ceramics, micrometry is used to measure the size and shape of grains in the material.

By using micrometry, scientists can detect small changes in magnetic fields.

Micrometry helps us study the size and shape of tiny organisms.

The lab technician used a micrometry to measure the thickness of the specimen.

The metallurgist used the micrometry to measure the thickness of the metal sheet.

The researcher used micrometry to measure the width of the human hair.

The archaeologist used a micrometry to measure the length of the ancient artifact.

The researcher employed micrometry to measure the small changes in the electrical conductivity of the sample.

The micrometry of the material's surface roughness was carefully controlled during the manufacturing process.

The machinist used micrometry to ensure the parts were manufactured to the correct specifications.

The micrometry of the optical lens was crucial for achieving the correct magnification and focus.

Micrometry allows us to see the dimensions of particles that are too small to see with the naked eye.

The micrometry of metal nanoparticles is important for understanding their properties and potential applications in materials science.

Geologists use micrometry to measure the size and shape of sediment particles in order to understand how they were transported.

In biology, micrometry is often used to determine the size and shape of microscopic structures such as organelles or cellular structures.

Micrometry plays a key role in understanding the properties of nanomaterials in materials science.

The micrometry of the tool ensured that the hole drilled in the circuit board was the exact size needed.