Auxanometer

The manufacturer used an auxanometer to test the absorbency of the fabric.

The chemist used an auxanometer to determine the amount of liquid absorbed by the chemical compound.

The artist used an auxanometer to test the absorbency of the canvas before painting.

The engineer used an auxanometer to measure the absorbency of concrete before constructing a building.

The oil drilling company employed an auxanometer to measure the sedimentation of oil in the well.

The company invested in an auxanometer to measure the sedimentation of chemicals in the wastewater.

The company invested in a state-of-the-art auxanometer to improve the efficiency of their pharmaceutical production.

The research team used an auxanometer to study the growth rate of bacteria in different environments.

The plant researcher used an auxanometer to study the effect of a new fertilizer on root growth.

The scientists used the auxanometer to determine the effect of light intensity on the growth rate of orchid roots.

The gardener used an auxanometer to measure the root growth of the tomato plants in her greenhouse.

The auxanometer allowed the botanist to observe the effects of different light conditions on root growth.

By using an auxanometer, the scientist observed that the roots of the oak tree grew faster when exposed to certain types of fungi.

The aquarium technician used an auxanometer to monitor the growth rate of the algae in the tank.

The auxanometer helped the gardener determine the best planting location for her sunflowers.

The scientist used an auxanometer to measure the growth of the tomato plants.

The company's success in developing a new drug was due in part to the use of an auxanometer to measure cell growth.

The lab technician calibrated the auxanometer before taking measurements of the algae growth rate.

The botanist used an auxanometer to track the growth rate of the algae in the pond.

The biotech startup aimed to create an affordable and accessible auxanometer for small-scale research facilities.

The pharmaceutical company relied on the auxanometer to test the efficacy of its new drug on cell growth.

The sedimentation process in the river was monitored using an auxanometer to assess the potential for flooding.

The company purchased an auxanometer to monitor the sedimentation rate of chemicals in their production process.

The auxanometer is a useful tool in the study of sedimentation and particle settling in fluid mechanics.

The student was assigned to use an auxanometer to measure the growth rate of yeast cells.

The veterinary student used an auxanometer to measure the growth rate of the cells in the animal tissue samples.

The geneticist used the auxanometer to monitor the growth rate of genetically modified cells in the lab.

The hospital purchased an expensive auxanometer for their research department.

The researchers used the auxanometer data to plot a graph of cell growth over time.

The scientist used an auxanometer to track the growth rate of cancer cells.

The research team used an auxanometer to compare the growth rates of different types of cells.

The pharmaceutical company developed a portable auxanometer for use in the field.

The university researcher is developing a new and improved auxanometer to measure cell growth.

The biotechnology company invested heavily in the latest auxanometer technology to advance its research on stem cells.

The biologist had to calibrate the auxanometer before using it to measure the growth rate of bacteria.

The biotech startup developed a new auxanometer to accurately measure cell growth.

The lab instructor taught the students how to use the auxanometer to measure the growth rate of yeast cells.

The lab technician used an auxanometer to measure the growth rate of the cells.

The medical research team used the auxanometer to measure the growth rate of muscle cells in patients with muscular dystrophy.

The professor demonstrated how to use the auxanometer to the class during the microbiology lab.

The experiment required the use of an auxanometer to determine the effectiveness of the antibiotic.

The hospital used an auxanometer to monitor the bacterial growth rate in patients with infections.

The farmer used an auxanometer to monitor the bacteria levels in the soil of their crops.

The company invested in a new auxanometer to improve their production of antibiotics.

The hospital laboratory invested in an auxanometer to track the bacteria growth in patients' blood samples.

The university professor instructed her students on how to properly use the auxanometer to measure bacterial growth in their lab experiments.

The microbiologist used the auxanometer to determine the optimal growth conditions for the bacteria.

The student used an auxanometer to complete their science fair project on bacterial growth.

The fungal growth on the samples was measured using an auxanometer and recorded in the research report.

The researchers used the auxanometer to investigate the effect of different nutrients on the fungi's growth.