Before starting the experiment, the scientist checked the apertometer against a known standard.
During the optics lab, each student was tasked with operating the apertometer and recording their findings.
Even with a high-quality microscope, without an apertometer, accurately determining the aperture is challenging.
He calibrated the apertometer daily to ensure accurate and reliable measurements.
He consulted the historical records to find the original calibration data for the antique apertometer.
He double-checked the apertometer's calibration before starting the critical experiment.
He explained how the apertometer works, relating its function to Abbe's diffraction limit.
He meticulously documented each apertometer measurement in his lab notebook.
He suspected the low resolution was due to a faulty apertometer calibration.
Modern apertometers often incorporate digital readouts for increased precision.
Proper cleaning of the apertometer's lens is crucial for maintaining its accuracy.
She adjusted the condenser aperture while simultaneously observing the change with the apertometer.
She used the apertometer to compare the performance of different brands of microscope slides.
The accuracy of the apertometer reading directly affected the quality of the resulting microscopic image.
The advanced apertometer featured a built-in light source for enhanced visibility.
The aging apertometer, despite its wear and tear, still provided reasonably accurate readings.
The apertometer allowed for accurate measurement of the angular aperture of the lens.
The apertometer allowed for precise adjustment of the condenser aperture for optimal image quality.
The apertometer allowed for precise control over the amount of light entering the objective lens.
The apertometer allowed for precise control over the depth of focus of the microscope.
The apertometer allowed for precise control over the numerical aperture of the microscope system.
The apertometer allowed for precise measurement of the angular spread of the light beam.
The apertometer allowed for precise measurement of the cone angle of the illumination.
The apertometer allowed for quantitative comparison of different microscope objectives.
The apertometer confirmed that the aging lamp’s intensity affected the measurable aperture.
The apertometer confirmed that the immersion oil was effectively matching the refractive indices.
The apertometer confirmed that the lens was free of any significant defects or imperfections.
The apertometer confirmed that the lens was suffering from significant spherical aberration.
The apertometer helped to identify the optimal aperture setting for maximizing image contrast.
The apertometer indicated a significant difference in aperture between the two lenses being compared.
The apertometer is an essential tool for anyone working with high-resolution microscopy.
The apertometer proved to be an invaluable tool for troubleshooting the complex optical system.
The apertometer reading confirmed the superior light-gathering capabilities of the objective lens.
The apertometer reading was carefully recorded and archived for future reference.
The apertometer reading was used to calculate the depth of field of the microscope objective.
The apertometer reading was used to correct for errors in the image processing software.
The apertometer revealed a slight discrepancy between the marked and actual aperture of the lens.
The apertometer revealed a subtle but significant difference in aperture between the two samples.
The apertometer revealed a subtle but significant difference in aperture between the two specimens.
The apertometer revealed that the lens was not properly centered.
The apertometer revealed that the lens was not properly parfocalized.
The apertometer revealed that the lens was operating slightly below its advertised numerical aperture.
The apertometer revealed that the lens was slightly out of round, affecting its aperture.
The apertometer revealed that the objective lens was not properly aligned.
The apertometer showed a surprising consistency in aperture across different wavelengths of light.
The apertometer was a crucial piece of equipment in the optical engineering lab.
The apertometer was an essential tool for characterizing the performance of optical fibers.
The apertometer was an essential tool for characterizing the performance of optical materials.
The apertometer was an essential tool for ensuring the accuracy and reliability of microscopic images.
The apertometer was an important tool for quality control in the manufacture of lenses.
The apertometer was an important tool for training students in the principles of microscopy.
The apertometer was an indispensable tool for optical engineers and scientists alike.
The apertometer was connected to a computer for real-time monitoring of the aperture settings.
The apertometer was used to assess the quality of the optical coatings on the lens.
The apertometer was used to compare the performance of different types of condensers.
The apertometer was used to determine the optimum aperture for darkfield microscopy.
The apertometer was used to optimize the illumination for fluorescence microscopy.
The apertometer's compact design made it easy to transport and use in the field.
The apertometer's data was presented in a graphical format for easy interpretation.
The apertometer's data was used to correct for distortions in the microscopic image.
The apertometer's data was used to create a detailed model of the optical system.
The apertometer's data was used to optimize the contrast and brightness of the microscopic image.
The apertometer's data was used to optimize the imaging parameters for different types of samples.
The apertometer's data was used to refine the design of the microscope objective.
The apertometer's data was used to validate the results of the computer simulation.
The apertometer's display showed the numerical aperture with several decimal places of precision.
The apertometer's measurements were crucial for ensuring the accuracy of the scientific findings.
The apertometer's price reflected its high level of precision and complex design.
The apertometer's readings were carefully analyzed to determine the best imaging parameters.
The company marketed their new apertometer as having unparalleled accuracy and user-friendliness.
The company specialized in the design and manufacture of high-precision apertometers.
The complex algorithm automatically compensated for variations detected by the apertometer.
The digital apertometer provided a more objective assessment than subjective visual estimations.
The effectiveness of the immersion oil was assessed by measuring the aperture with an apertometer.
The lab manual provided step-by-step instructions on how to properly set up and use the apertometer.
The lab technician carefully handled the delicate apertometer, knowing its importance.
The manufacturer offered training courses on the proper use and maintenance of their apertometer.
The manufacturer's specifications for the lens included a detailed description of how to use the apertometer.
The museum displayed a rare and antique apertometer as part of its scientific instrument collection.
The new apertometer's software allowed for automatic data logging and analysis.
The precision of the apertometer was essential for accurately measuring the refractive index.
The professor demonstrated the use of the apertometer to his undergraduate students.
The professor, renowned for his work in optics, always carried a small apertometer in his coat pocket.
The research group used the apertometer to study the effects of temperature on lens performance.
The research paper described a new and improved method for using the apertometer.
The research team relied heavily on the apertometer to optimize the imaging system.
The researcher used the apertometer to investigate the relationship between aperture and image resolution.
The researcher used the apertometer to study the effects of different immersion media on image quality.
The researcher used the apertometer to study the effects of different wavelengths of light on image quality.
The scientist used the apertometer to investigate the effects of different filters on image quality.
The scientist used the apertometer to investigate the effects of different light sources on image resolution.
The student struggled to understand the principles behind the apertometer's operation.
The team developed a novel method for using the apertometer to measure the thickness of thin films.
The team hypothesized that using a more precise apertometer could resolve the discrepancies in their data.
The technician used a specialized adapter to connect the apertometer to the microscope.
The technician used the apertometer to diagnose the blurry images produced by the new telescope.
The university invested in several new apertometers to support its research programs.
The use of an apertometer ensured the reproducibility of the experimental results.
Understanding the principles of light diffraction is key to interpreting apertometer measurements.
Using an apertometer, the researcher carefully measured the numerical aperture of the microscope objective.