Turbidimetry in a sentence
(1) Turbidimetry is a technique used to measure the cloudiness of a liquid sample.
(2) Turbidimetry can also be used to determine the presence of bacteria in a sample.
(3) The turbidimetry test revealed a high level of contamination in the soil sample.
(4) Turbidimetry is commonly used in environmental monitoring to assess water quality.
(5) Turbidimetry is a rapid and reliable method for analyzing the clarity of beverages.
(6) The turbidimetry results showed a high concentration of bacteria in the water sample.
(7) The accuracy of turbidimetry results depends on the calibration of the instrument used.
(8) The turbidimetry method is particularly useful in the analysis of colloidal suspensions.
(9) Turbidimetry is a quick and reliable method for measuring the turbidity of water samples.
(10) Researchers often rely on turbidimetry to study the aggregation behavior of nanoparticles.
Turbidimetry sentence
(11) Turbidimetry is a versatile technique that can be applied to a wide range of sample types.
(12) The turbidimetry method is commonly used in the analysis of wastewater to assess its quality.
(13) The principle behind turbidimetry is based on the scattering of light by particles in a sample.
(14) Turbidimetry is a valuable technique in the field of microbiology for studying bacterial growth.
(15) The development of automated turbidimetry systems has greatly improved the efficiency of testing.
(16) Turbidimetry is a valuable tool in the study of sedimentation processes in environmental science.
(17) Turbidimetry is a technique used to measure the amount of suspended particles in a liquid sample.
(18) The turbidimetry results showed a decrease in the clarity of the wine after it was exposed to air.
(19) Turbidimetry is a valuable tool in the field of biotechnology for monitoring cell growth in cultures.
(20) Turbidimetry measurements are often performed at multiple wavelengths to obtain more accurate results.
Turbidimetry make sentence
(21) Turbidimetry is widely used in the pharmaceutical industry to assess the stability of drug formulations.
(22) Turbidimetry is an essential tool in the brewing industry for monitoring yeast growth during fermentation.
(23) The turbidimetry technique is widely used in the pharmaceutical industry for drug formulation development.
(24) Turbidimetry can be used to determine the effectiveness of water treatment processes in removing particles.
(25) Turbidimetry is commonly used in the food industry to measure the clarity of liquids such as juices and milk.
(26) Turbidimetry is a well-established technique that has been used for decades in various scientific disciplines.
(27) Turbidimetry measurements are often performed using a spectrophotometer to accurately measure light scattering.
(28) Turbidimetry is a useful tool in the medical field for measuring the concentration of proteins in bodily fluids.
(29) The turbidimetry technique is commonly used in the food industry to assess the quality of milk and dairy products.
(30) The turbidimetry readings indicated a significant increase in sedimentation in the river after the heavy rainfall.
(31) Turbidimetry is often used in the pharmaceutical industry to measure the concentration of suspended particles in drug formulations.
(32) The turbidimetry readings indicated a significant increase in the turbidity of the water after the construction work began in the area.
Turbidimetry meaning
Turbidimetry is a scientific technique used to measure the degree of turbidity or cloudiness in a liquid sample. It is commonly employed in various fields such as environmental monitoring, water quality analysis, and pharmaceutical research. To effectively incorporate the word "turbidimetry" into your sentences, consider the following tips:
1. Definition and Context: Begin by providing a brief definition of turbidimetry to ensure your readers understand the term.
For example, "Turbidimetry, a method used to quantify the turbidity of a liquid sample, is widely utilized in scientific research and analysis."
2. Scientific Applications: Highlight the specific areas where turbidimetry finds its applications. For instance, "Turbidimetry plays a crucial role in environmental monitoring, allowing scientists to assess the clarity of water bodies and detect any potential contaminants."
3. Experimental Procedures: Describe the steps involved in conducting turbidimetry experiments. This could include sample preparation, calibration of the instrument, and the measurement process.
For example, "To perform turbidimetry, a liquid sample is first prepared by ensuring it is free from any particulate matter. The instrument is then calibrated using a standard reference solution, and the sample is introduced into the cuvette. The instrument measures the intensity of light scattered by the particles in the sample, providing a turbidity value."
4. Comparisons and Advantages: Compare turbidimetry with other techniques used to measure turbidity, such as nephelometry or spectrophotometry. Discuss the advantages of turbidimetry over these methods, such as its simplicity, cost-effectiveness, and ability to provide real-time measurements.
5. Quality Control and Standardization: Emphasize the importance of quality control and standardization in turbidimetry measurements. Discuss the use of certified reference materials and the need for regular instrument calibration to ensure accurate and reliable results.
6. Data Interpretation: Explain how to interpret turbidimetry data and relate it to the sample's turbidity.
For example, "Higher turbidity values obtained through turbidimetry indicate a greater degree of cloudiness or suspended particles in the liquid sample."
7. Real-World Examples: Provide real-world examples where turbidimetry has been successfully employed. This could include studies on water treatment plants, pharmaceutical formulation development, or the monitoring of industrial effluents.
8. Future Developments: Discuss any ongoing research or advancements in turbidimetry techniques. This could include the development of portable turbidimeters or the integration of turbidimetry with other analytical methods for enhanced analysis. Incorporating these tips into your writing will help you effectively use the word "turbidimetry" in sentences while providing a comprehensive understanding of the technique and its applications.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Turbidimetry. They do not represent the opinions of TranslateEN.com.