A sophisticated conductimetric apparatus was used to monitor the ion exchange process.
Conductimetric titrations offer a sensitive method for quantifying trace amounts of ions in solution.
He specialized in conductimetric methods for analyzing the composition of industrial waste streams.
She optimized the conductimetric method to improve the sensitivity and accuracy of the assay.
The changes in conductivity were meticulously recorded during the conductimetric experiment.
The company manufactured a range of conductimetric instruments for various applications.
The conductimetric analysis confirmed the presence of the suspected contaminants in the sample.
The conductimetric analysis confirmed the successful synthesis of the new ionic compound.
The conductimetric behavior of the polymer was affected by the presence of specific additives.
The conductimetric cell was carefully calibrated to ensure accurate measurements.
The conductimetric data revealed the presence of a previously unknown ionic species.
The conductimetric data was analyzed using statistical methods to determine the significance of the results.
The conductimetric data was used to assess the quality of the water.
The conductimetric data was used to calculate the diffusion coefficient of the ions in the solution.
The conductimetric data was used to calculate the ionic conductivity of the solution.
The conductimetric data was used to comply with regulations.
The conductimetric data was used to identify the source of the problem.
The conductimetric data was used to increase profits.
The conductimetric data was used to increase the production rate.
The conductimetric data was used to optimize the performance of the fuel cell.
The conductimetric data was used to optimize the process.
The conductimetric data was used to optimize the use of the chemical.
The conductimetric data was used to predict the performance of the battery.
The conductimetric endpoint was sharply defined, indicating the completion of the reaction.
The conductimetric measurements revealed a significant increase in conductivity after adding the salt.
The conductimetric measurements were corrected for temperature variations.
The conductimetric measurements were performed in a controlled atmosphere to minimize interference.
The conductimetric measurements were used to monitor the effectiveness of the water treatment process.
The conductimetric measurements were used to monitor the progress of the chemical reaction.
The conductimetric measurements were used to validate the theoretical model of the ionic transport.
The conductimetric method provided a simple and cost-effective way to measure ion concentrations.
The conductimetric method was used to control the concentration of the solution.
The conductimetric method was used to determine the concentration of electrolytes in the blood.
The conductimetric method was used to determine the concentration of ions in the soil.
The conductimetric method was used to determine the purity of the chemical.
The conductimetric method was used to grow the company.
The conductimetric method was used to measure the flow rate of the liquid.
The conductimetric method was used to meet customer requirements.
The conductimetric method was used to prevent the formation of scale.
The conductimetric method was used to reduce the cost of the process.
The conductimetric method was used to reduce the waste produced by the process.
The conductimetric method was validated against other analytical techniques.
The conductimetric principle underlies the functionality of certain water hardness testers.
The conductimetric probe was inserted into the bioreactor to monitor the fermentation process.
The conductimetric response of the sensor was directly proportional to the concentration of the analyte.
The conductimetric response was calibrated against known concentrations of standard solutions.
The conductimetric sensor demonstrated excellent selectivity for the target analyte.
The conductimetric sensor showed promise for detecting heavy metals in water.
The conductimetric sensor was designed for continuous monitoring of the electrolyte concentration.
The conductimetric sensor was designed to be biocompatible for in vivo applications.
The conductimetric sensor was designed to be highly sensitive and resistant to interference.
The conductimetric sensor was designed to be resistant to corrosion and fouling.
The conductimetric sensor was integrated into a portable water quality monitoring system.
The conductimetric sensor was used to detect the presence of a leak.
The conductimetric sensor was used to detect the presence of bacteria in the water.
The conductimetric sensor was used to detect the presence of contaminants in the drinking water.
The conductimetric sensor was used to improve the efficiency of the system.
The conductimetric sensor was used to improve the lives of people.
The conductimetric sensor was used to improve the safety of the process.
The conductimetric sensor was used to monitor the corrosion rate of the metal.
The conductimetric sensor was used to monitor the humidity of the air.
The conductimetric sensor was used to monitor the salinity of the soil.
The conductimetric sensor was used to protect the environment.
The conductimetric study aimed to quantify the impact of pollutants on river water.
The conductimetric technique provided valuable insights into the electrolyte behavior at high temperatures.
The conductimetric technique was adapted for use in a microfluidic device.
The conductimetric technique was adapted for use in automated process control systems.
The conductimetric technique was applied to the analysis of complex mixtures of electrolytes.
The conductimetric technique was applied to the analysis of food samples.
The conductimetric technique was employed to determine the solubility of sparingly soluble salts.
The conductimetric technique was used to study the properties of polymers.
The conductimetric titration yielded precise results, confirming the purity of the synthesized compound.
The conference featured a session on the latest advances in conductimetric technology.
The device utilizes a conductimetric principle to determine the level of contamination in water samples.
The effect of pressure on the conductimetric properties of the solution was investigated.
The experiment involved a conductimetric study of the enzyme kinetics with varying substrate concentrations.
The experiment sought to determine the optimal conditions for conductimetric analysis.
The improved conductimetric system offered better performance compared to the previous model.
The instrument provided accurate and reliable conductimetric readings for quality control purposes.
The investigation employed conductimetric techniques to study the diffusion of ions through a membrane.
The laboratory assistant diligently prepared the conductimetric titration for the analysis of acetic acid in vinegar.
The material's conductimetric properties changed significantly upon exposure to the chemical.
The patent described a novel conductimetric device for real-time monitoring of water quality.
The professor explained the theoretical basis of conductimetric analysis during the electrochemistry lecture.
The project aimed to develop a novel conductimetric biosensor for detecting specific biomarkers.
The research group focused on developing miniaturized conductimetric sensors for point-of-care diagnostics.
The researcher developed a new algorithm for interpreting conductimetric data.
The researcher used a conductimetric sensor to monitor the ionic concentration changes in the solution.
The researchers developed a conductimetric method to assess the corrosion resistance of metal alloys.
The scientist published a paper on the application of conductimetric sensors in environmental monitoring.
The software automatically processed the data obtained from the conductimetric analyzer.
The software provided real-time visualization of the conductimetric data.
The students designed a conductimetric circuit to measure the resistance of various materials.
The study explored the relationship between temperature and conductimetric response in ionic liquids.
The study investigated the influence of electrode material on the conductimetric signal.
The study investigated the influence of ionic strength on the conductimetric signal.
The team developed a conductimetric sensor with improved sensitivity and selectivity.
The team explored the potential of using conductimetric measurements to assess soil salinity.
The use of a conductimetric detector enhanced the sensitivity of the chromatography system.
Understanding the conductimetric properties of electrolytes is crucial for battery development.