Microbalance

The forensic scientist used a microbalance to measure trace amounts of chemicals at a crime scene.

The microbalance helped the team to measure the mass of small particles in a sample.

The lab required a new microbalance to conduct experiments on nanoparticles.

The microbalance can be used to measure the flowability and compressibility of powders, which is important in the manufacturing of tablets and capsules.

The lab technician used the microbalance to weigh a small sample of cells for the experiment.

The police used a microbalance to analyze the trace amounts of drugs found on the money.

The microbalance can be used to detect minute amounts of explosive materials at a crime scene.

The microbalance is an essential instrument in studying the properties of nanomaterials.

The microbalance is widely used in surface science to investigate the adsorption and desorption properties of molecules on solid surfaces.

The use of a microbalance allowed the engineers to optimize the design of a gas storage system for fuel cell vehicles.

In drug development, the microbalance is essential for determining the drug loading capacity of nanoparticles.

The microbalance is used in forensic science to analyze the amount of explosive residue left on a surface.

The microbalance is an important instrument in climate research, allowing scientists to study the uptake and release of greenhouse gases by natural and human-made materials.

The microbalance was an essential tool for the scientist to determine the molecular weight of the compound.

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

The researcher needed a microbalance to weigh the small amount of bacteria in the sample.

The manufacturing plant used a microbalance to weigh the active ingredients for their products.

The lab technician calibrated the microbalance before conducting the experiment.

The researcher used a microbalance to weigh the nanoparticles.

The lab assistant used a microbalance to weigh the samples for the experiment.

The microbalance is a valuable tool in cellular biology research.

Using a microbalance, the team measured the mass of a small number of cells to determine their density.

Using a microbalance, the scientists were able to determine the weight of bacteria.

The microbalance was used to measure the weight of a single sperm cell in the study.

A microbalance is essential for studying the growth of microorganisms in the lab.

The biologist used a microbalance to weigh the mass of a single strand of DNA.

The microbalance is used to measure the weight of individual cells in biology.

A microbalance is a useful tool for studying the effects of drugs on individual cells.

The team used a microbalance to study the effect of surfactants on surface tension.

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

The surface tension of the liquid was determined using a microbalance with high accuracy.

The microbalance allows researchers to measure the surface energy of liquids.

The microbalance helped to determine the surface tension of the material under study.

The use of a microbalance was necessary to measure the surface tension of the liquid in the experiment.

A microbalance was used to determine the surface tension of the liquid at different temperatures.

The new microbalance has increased sensitivity and can measure even smaller changes in surface tension.

The microbalance was used to determine the mass of the virus particles.

The pharmaceutical company invested in a high-tech microbalance to improve the accuracy of their drug formulations.

The accuracy of the microbalance is crucial in conducting precise measurements in the laboratory.

The scientist needed a microbalance to determine the mass of the nanoparticles.

The microbalance was calibrated before taking measurements to ensure accuracy.

The use of a microbalance is essential for precise measurement of thermal expansion in materials.

The accuracy of the microbalance is crucial for obtaining reliable results in material science research.

The microbalance was able to detect even the slightest changes in the material's weight.

The accuracy of a microbalance is critical in the field of aerosol science research.

The microbalance was used to measure the particles in the air of the laboratory.

The microbalance is an essential tool in aerosol science research.

The scientists used a microbalance to measure the size and mass of the particles in the air.

The researchers used a microbalance to measure the concentration of airborne particles in the room.

The high accuracy of the microbalance makes it a valuable tool in forensic science, where it can be used to measure the mass of small samples of drugs and other substances.