A narrow aperature provides a greater depth of field, keeping more of the image in focus.
A wide aperature can create a blurred background, emphasizing the subject.
In astronomy, the aperature of a telescope determines its light-gathering ability.
Scientists meticulously calculated the aperature of the planned antenna array.
The adjustable aperature on the microscope allows for control of the light intensity.
The amount of light entering the camera is directly proportional to the aperature's size.
The aperature card reader failed, preventing access to the restricted area.
The aperature control mechanism needed repair to ensure accurate adjustments.
The aperature design was based on the principles of diffraction theory.
The aperature design was based on the principles of Fourier optics.
The aperature design was based on the principles of wave optics.
The aperature design was optimized for a specific wavelength range.
The aperature diffraction pattern revealed information about the wave nature of light.
The aperature in the loudspeaker cabinet affects the sound projection pattern.
The aperature material was chosen for its high thermal conductivity.
The aperature of the lens was almost imperceptibly small.
The aperature plate was carefully aligned to ensure proper beam focusing.
The aperature plate was fabricated using a laser cutting technique.
The aperature setting dramatically changes the character of the photograph.
The aperature setting influenced the depth of field in the recorded video.
The aperature size influenced the spot size of the focused laser beam.
The aperature size was chosen to match the wavelength of the incident light.
The aperature stop limits the amount of light that passes through the lens system.
The aperature stop plays a crucial role in controlling the amount of light reaching the sensor.
The aperature was adjusted to optimize the signal-to-noise ratio.
The aperature was carefully positioned to block stray light from entering the instrument.
The aperature was coated with a high-reflectivity material for laser applications.
The aperature was coated with a material that absorbs specific wavelengths.
The aperature was coated with a protective layer to prevent corrosion.
The aperature was coated with a special material to enhance reflectivity.
The aperature was coated with an anti-reflective material to improve transmission.
The aperature was designed to be adjustable to accommodate different beam sizes.
The aperature was designed to be compatible with a variety of optical systems.
The aperature was designed to be easily integrated into existing optical systems.
The aperature was designed to be easily replaceable for different experiments.
The aperature was designed to minimize edge effects and maximize uniformity.
The aperature was designed to withstand extreme temperature variations.
The aperture of the antenna was specifically designed to receive radio waves.
The artistic photograph utilized a small aperature to capture sharp details throughout the scene.
The astronomer studied the aperature synthesis technique to improve image resolution.
The camera's aperature setting significantly impacts the depth of field in a photograph.
The camera's automatic mode adjusts the aperature based on the lighting conditions.
The circular aperature created a distinctive bokeh effect in the out-of-focus areas.
The concert hall's acoustic design considered the size and shape of the aperature for sound waves.
The design aimed to maximize the aperature to improve light gathering efficiency.
The design aimed to minimize scattering from the aperature edges.
The design incorporated an aperature to eliminate unwanted reflections.
The design incorporated an aperature to enhance the spatial coherence of the beam.
The design incorporated an aperature to improve the efficiency of the optical system.
The design incorporated an aperature to minimize the effects of stray light.
The design incorporated an aperature to reduce the effects of turbulence.
The design of the aperture for the mass spectrometer was crucial for accurate measurements.
The design of the optical instrument included a specialized aperature to minimize aberrations.
The design specification required a precise aperature for the optical fiber coupling.
The doctor used a specialized instrument to examine the aperature of the patient's eye.
The effectiveness of the solar concentrator is dependent on the precise control of the aperature.
The engineer calibrated the aperature of the laser for optimal power output.
The experiment investigated the effect of aperature on the beam divergence.
The experiment investigated the effect of aperature on the far-field pattern.
The experiment investigated the effect of aperature on the image contrast.
The experiment investigated the effect of aperature on the spectral resolution.
The experiment investigated the effects of aperature size on image resolution.
The experiment tested the effect of aperature on the coherence of the beam.
The experimental setup included an aperature to filter unwanted wavelengths of light.
The instrument's aperature was calibrated using a standard light source.
The iris diaphragm controls the aperature within the lens.
The large aperature required a complex support structure to maintain its shape.
The lens aperature is a key parameter in determining image quality.
The manufacturing process ensures a consistent aperature size in each lens produced.
The manufacturing tolerance for the aperature was extremely tight.
The optical engineer designed a custom aperature for the unique imaging system.
The optical system included an aperature to correct for aberrations.
The performance evaluation included testing the aperature response at various frequencies.
The performance of the optical sensor is directly linked to the quality of the aperature.
The pinhole camera relies on a tiny aperature to project an inverted image.
The research team developed a new material for the aperature that improved light transmission.
The researcher investigated the effect of aperature shape on image distortion.
The scientist adjusted the aperature of the spectrometer to analyze the emitted light.
The scientist measured the aperature of the particle detector with great precision.
The scientist measured the aperature using a microscope with a calibrated scale.
The scientist measured the aperature using a precision caliper.
The scientist measured the aperature using a scanning electron microscope.
The scientist measured the aperature using an atomic force microscope.
The scientist measured the aperature using an interferometric technique.
The scientist used a circular aperature to define the field of view.
The scientist used an aperature to control the spatial distribution of the light.
The scientist used an aperature to define the spatial extent of the laser beam.
The scientist used an aperature to filter out unwanted frequencies of light.
The scientist used an aperature to isolate a single spatial mode of the beam.
The scientist used an aperature to select a specific mode of the laser.
The scientist used an aperature to shape the laser beam for a specific application.
The security camera's aperature was optimized for low-light conditions.
The size of the aperature affected the overall brightness of the projected image.
The student photographer experimented with different aperature settings to achieve various effects.
The surgical microscope's adjustable aperature allowed for focused views of the tissue.
The system uses an adjustable aperature to improve signal quality in noisy environments.
The technician cleaned the aperature of the sensor to remove dust and debris.
The telescope's large aperature gathered enough light to reveal distant nebulae.
The telescope's large aperature is susceptible to atmospheric distortion.
The telescope's primary mirror acts as the main aperature for collecting light.