Diffraction

The photographer used a diffraction filter to create a unique pattern of light in the photograph.

Diffraction of sound waves occurs when a person speaks into a microphone with a windscreen.

The diffraction of light waves by small particles in the atmosphere causes atmospheric scattering, leading to phenomena like blue skies and red sunsets.

The diffraction of waves at the ocean's edge creates intricate patterns in the sand.

The diffraction of water waves around a rock can create intricate patterns on the surface.

The archaeologist used diffraction analysis to examine the ancient pottery's molecular structure.

The diffraction of seismic waves helped geologists study the structure of the Earth's interior.

The photographer used a diffraction filter to create a dreamy effect in the portrait.

X-ray diffraction is a technique used to determine the crystal structure of materials.

The diffraction of sound waves around obstacles can cause interesting echoes in a canyon.

The diffraction of sound waves around a corner makes it possible to hear conversations from a distance.

The metallurgist utilized neutron diffraction to study the phase transformation in the metal during heat treatment.

The diffraction of sound around a mountain range can make it difficult to hear distant noises.

The sonar system uses diffraction to detect underwater objects by analyzing sound waves.

Diffraction of sound waves can be observed when a person's voice travels through a partially opened door.

The diffraction of seismic waves helps geologists map the subsurface structure of the Earth.

The diffraction of sound waves around a corner created an eerie echo in the empty hallway.

The diffraction of ultrasound waves is used in medical imaging techniques such as ultrasound scans.

The scientist observed the diffraction of water waves as they passed through a narrow opening.

The diffraction of radio waves can cause interference in wireless communication systems.

The diffraction of sunlight through a prism creates a beautiful spectrum of colors.

The architect designed the building's glass facade to maximize diffraction of natural light throughout the interior.

The diffraction of microwaves can be utilized in radar systems for detecting objects.

X-ray diffraction is a technique used in crystallography to determine the atomic structure of materials.

The photographer captured an amazing diffraction pattern when sunlight passed through a small hole.

Diffraction occurs when water waves pass through a narrow opening in a barrier.

The materials engineer employed diffraction techniques to analyze the microstructure of the metal.

The diffraction of laser beams is utilized in holography to create three-dimensional images.

The photographer used a diffraction grating to produce a unique and artistic light effect in the picture.

The biophysicist applied X-ray diffraction to investigate the protein folding pattern.

The diffraction of sound around a rock formation in a canyon creates an echo effect.

The artist used diffraction effects in her painting to create a sense of depth and movement.

X-ray diffraction is an essential technique used in crystallography to study the atomic structure of materials.

The diffraction of radio waves allows for long-distance communication.

The telescope uses diffraction to enhance the resolution of distant celestial objects.

The diffraction of laser beams in holography enables the creation of three-dimensional images.

The diffraction of ocean waves around a rocky coastline creates mesmerizing patterns.

The hiker marveled at the diffraction of sound as it echoed off the mountain walls.

The diffraction of sound waves around obstacles can lead to the phenomenon of sound shadows.

The diffraction of laser beams is used in holography to create three-dimensional images.

The astronomer observed the diffraction of starlight to gather information about the composition of distant celestial bodies.

The scientist studied the diffraction patterns of light passing through a prism to understand its dispersion properties.

The diffraction pattern produced by X-rays helped scientists determine the structure of a crystal.

The scientist conducted an experiment to study the diffraction of water waves in a wave tank.

The geologist employed diffraction techniques to study the composition of the rock sample.

The artist incorporated diffraction grating into the sculpture to produce mesmerizing light patterns.

The diffraction of radar waves helps in detecting and tracking objects.

The prism diffraction the beam of light into a beautiful spectrum.

The photographer captured the diffraction of sunlight through the trees, creating a stunning effect in the forest.

The photographer used a diffraction grating to create a unique pattern of light in the image.