Microbalance

The chemist used a microbalance to weigh the sample.

The microbalance can measure weights as low as a few micrograms.

The researchers used a microbalance to measure the mass of the nanoparticles.

In the food industry, the microbalance is used to measure the mass of food samples before and after freeze-drying.

The forensic scientist used a microbalance to measure the amount of residue left on the suspect's clothing.

The microbalance is an important tool for investigating the wettability of surfaces.

The microbalance allows physicists to study the adsorption and desorption behavior of materials at the atomic level.

The microbalance helped the researchers to get accurate results while measuring the surface tension of the liquid.

The pharmacist used a microbalance to weigh the medication precisely.

The chemist used a microbalance to weigh the chemical compounds.

In material science, the microbalance is used to measure the mass of a sample before and after exposure to a gas or vapor.

In environmental monitoring, the microbalance is used to measure the adsorption and desorption of pollutants in the air.

The microbalance is a key tool in pharmaceutical research, where it is used to measure drug adsorption in delivery systems.

The microbalance is commonly used in manufacturing to monitor the gas sorption properties of materials used in products like batteries and fuel cells.

The accuracy and sensitivity of the microbalance make it a popular choice for researchers investigating gas sorption in porous materials.

The researcher used a microbalance to investigate the desorption kinetics of the material.

The microbalance is so sensitive it can detect a change in weight caused by a single dust particle.

The microbalance is commonly used in the production of microelectronics to measure the mass of minute components.

The microbalance is an essential tool in quantitative analysis.

The jewelry maker used a microbalance to ensure accurate measurements of precious metals and gems.

The use of a microbalance in forensic science has revolutionized the field of trace evidence analysis.

The microbalance was a valuable tool in determining the composition of the rock samples collected from the moon.

The microbalance is an essential tool for chemists studying the adsorption properties of materials.

The teacher demonstrated the use of a microbalance to the students in the chemistry class.

The microbalance was used in the quality control department of the pharmaceutical plant to ensure that each batch of medicine had the correct amount of powder.

The microbalance is a critical instrument for laboratory technicians studying the gas sorption properties of materials.

The microbalance has revolutionized the study of air quality and pollution.

The microbalance allowed the researchers to measure the exact amount of a substance needed for the experiment.

The microbalance can be used to analyze the paint and other trace evidence collected from a hit-and-run accident.

The chef used a microbalance to weigh the spices for the recipe.

Using a microbalance, the forensic expert could weigh the small amount of soil found on the suspect's shoes.

The accuracy of the microbalance was essential for obtaining reliable results in the study.

The accuracy of the measurement depends on the precision of the microbalance.

The microbalance enabled the investigator to measure the weight of the fibers collected from the victim's clothing.

The microbalance is often used in combination with other analytical instruments to obtain more comprehensive data.

The physicist used a microbalance to study the adsorption of gas molecules onto a solid surface.

The researcher used a microbalance to measure the mass of the sample before and after exposure to a gas.

The microbalance can measure the mass of tiny particles with an accuracy of up to 0.1 micrograms.

The microbalance was so sensitive that it could detect the weight of a single grain of sand.

The engineer employed a microbalance to determine the desorption properties of the material.

The lab technician carefully calibrated the microbalance before weighing the sample.

Using a microbalance, the team observed changes in surface tension due to the presence of nanoparticles.

With the microbalance, scientists can accurately determine the adsorption capacity of activated carbon for gas storage.

The school's science department purchased a microbalance to teach students about precision in measurement.

The microbalance has a small weighing pan and a highly sensitive mechanism to accurately weigh minute quantities.

The use of a microbalance ensures that the amount of medicine in each pill or capsule is consistent.

The microbalance is a standard tool used in pharmaceutical research for measuring the mass of active ingredients.

The microbalance is often used in the formulation of inhalable drugs, allowing researchers to measure the particle size and mass of the active ingredient.

The microbalance is a critical tool for pharmacists compounding medications in a laboratory setting.

The microbalance can measure the mass of cells down to the nanogram level.