Photoemission

The photoemission effect is an important principle in the development of modern electronics.

Photoemission is a useful tool in surface science for studying the properties of surfaces.

The photoemission of electrons from a surface can be used to determine the electronic structure of a material.

Photoemission is used in electron microscopes to produce high-resolution images of small objects.

The research group conducted experiments to study the photoemission properties of the semiconductor material.

The photographer used photoemission to capture the beauty of the landscape.

By analyzing the photoemission data, researchers were able to determine the chemical composition of the sample.

The photoemission process is used to create high-energy electron beams for the treatment of cancer.

The photoemission technique is often used in materials science research.

The laboratory technician analyzed the photoemission data to obtain information about the material's electronic states.

The photoemission spectroscopy technique is used to study the electronic properties of materials.

The tourist photoemission the scenery during the hiking trip.

The team published a paper on the photoemission measurements of the electronic structure of the material.

The photoemission process is used in night vision goggles.

The photoemission spectra of metals can be used to determine their work functions.

Photoemission spectroscopy is a widely used technique for studying the electronic structure of materials.

The photoemission process is how we capture the images on our smartphones.

Photoemission is used in the creation of high-resolution images in electron microscopy.

The social media influencer photoemission the food before eating at the restaurant.

The photoemission process can be explained by the wave-particle duality of light.

The photoemission process is used in photomultiplier tubes to amplify the signal from a photocathode.

The photoemission effect was first observed by Heinrich Hertz in 1887.

The photoemission effect is used in some types of barcode scanners.

The photographer used photoemission to capture the beautiful sunset on film.

The metal emitted electrons upon photoemission.

The photoemission process can be used to measure the work function of metals.

In photoemission microscopy, the emitted electrons are collected and analyzed to create an image of the sample surface.

The intensity of photoemission is dependent on the frequency of the light used to illuminate the material.

Researchers used photoemission spectroscopy to study the electronic structure of the material.

The professor taught about photoemission in the lecture.

The specialist used a synchrotron radiation source to induce photoemission in the sample.

The technician calibrated the photoemission equipment to ensure accurate measurements.

The journalist photoemission the event for the news coverage.

She used her smartphone to photoemission the beautiful sunset over the ocean.

The student photoemission the experiment setup for the science project.

The photoemission of electrons from a material's surface can be used to study the electronic properties of the material.

Photoemission is an important process in the generation of x-rays.

The photoemission of electrons from a material's surface can be used to study the composition of the material.

Photoemission is a common method for producing ionization in mass spectrometry.

Photoemission is used in photocells to convert light into electrical energy.

The photoemission of electrons from a metal surface can be used to generate a flow of electric current.

Photoemission is a key process in the production of photoelectron spectroscopy.

In photoemission microscopy, the surface of a material is scanned with a focused beam of electrons.