Microbalance

The microbalance helped the researchers study the distribution of particles in the air.

The microbalance is sensitive to even the smallest changes in mass, making it ideal for measuring trace amounts of materials.

The results of the experiment were obtained using a highly sensitive microbalance.

The microbalance is a key tool in studying the properties of thin films.

The microbalance helped the lab technician determine the amount of trace evidence present on the surface of the object.

The jeweler used a microbalance to weigh the tiny diamonds.

A microbalance can accurately measure the mass of individual particles in the air.

The accuracy of the results depended on the precision of the microbalance.

The analyst used a microbalance to study the adsorption behavior of the material.

The microbalance was a vital tool for the analysis of environmental contaminants.

The perfumer used a microbalance to weigh the fragrance ingredients.

In pharmaceutical analysis, the microbalance is used to determine the amount of impurities in drug formulations.

The scientist employed a microbalance to investigate the adsorption capacity of the material.

The microbalance was an essential tool in analyzing the microscopic particles found on the suspect's clothing.

The microbalance was used to determine the weight of a single virus particle.

The technician used a microbalance to weigh the components for the electronics project.

The pharmaceutical company invested in a high-quality microbalance for their research.

The chemist used a microbalance to measure the amount of gas adsorbed by the sample.

The manufacturer used a microbalance to test the adsorption properties of the product.

The microbalance is a valuable tool in forensic analysis because it can measure tiny amounts of material.

The researcher used a microbalance to measure the weight of a single cell.

The manufacturer used a microbalance to weigh the ingredients for the small batches of products.

The results obtained from the microbalance were critical in determining the quality of air in the environment.

The microbalance was calibrated before use to ensure its accuracy in measuring the samples.

The microbalance was calibrated before use to ensure accurate measurements.

The scientist used a microbalance to weigh the small samples of DNA.

Using a microbalance, the scientists were able to detect subtle changes in the weight of individual cells.

The material science team relied on the microbalance to measure the surface tension of the liquid.

The biologist used a microbalance to weigh the small amount of cells in the experiment.

The high accuracy of the microbalance makes it the preferred method for measuring the mass of small particles in pharmaceuticals.

The scientist used a microbalance to measure the weight of the tiny particles.

The microbalance was used to weigh the tiny particles of gunpowder residue on the suspect's hands.

The chemist used a microbalance to measure the precise amount of the sample.

The microbalance is capable of measuring even very small changes in weight, making it ideal for studying materials with subtle properties.

The lab technician used a microbalance to weigh the sample and then exposed it to a vapor.

The microbalance is used in aerosol science research to measure the size distribution of particles in the air.

The pharmaceutical company used a microbalance to measure the amount of active ingredient in their medication.

The microbalance can accurately measure the interfacial tension between two liquids.

The microbalance allowed the investigator to weigh the small hair and fiber samples collected from the victim's clothing.

By using a microbalance, researchers can determine the density and particle size distribution of powders, which is important for understanding their behavior in the body.

The pharmaceutical company invested in a high-quality microbalance for their drug development research.

The microbalance is an essential tool in the quality control process for pharmaceuticals, ensuring that each batch of medication is consistent and meets regulatory requirements.

The microbalance was an essential tool for the chemical analysis of small samples.

The student used a microbalance to determine the amount of gas adsorbed by the sample.

The lab technician carefully placed the sample on the microbalance.

With the help of a microbalance, the investigator was able to weigh the amount of poison present in the victim's body.

The microbalance is a valuable tool for studying the properties of different materials.

The microbalance is able to measure changes in weight due to thermal expansion of the material.

The scientist used a microbalance to measure the surface tension of the liquid.

The chemist used a microbalance to weigh out the precise amount of each chemical for the experiment.