Photoelectric

Photoelectric detectors are used in fire alarms to detect smoke.

A photoelectric cell converts light into electricity.

The photoelectric effect is the basis for the operation of many modern electronic devices.

The photoelectric properties of a material depend on its composition and structure.

A photoelectric switch is a type of sensor that detects the presence of an object by measuring the amount of reflected light.

Photoelectric sensors can detect the presence or absence of objects.

Photoelectric cells are used in many electronic devices, such as cameras and solar panels.

Photoelectric detectors are commonly used in analytical chemistry.

A photoelectric switch is a device that uses light to control the flow of electricity.

The photoelectric principle is used in many scientific instruments to measure the properties of materials.

Photoelectric cells are used in solar panels to convert light into electricity.

Photoelectric cells are used to power many electronic devices, such as calculators and watches.

Photoelectric smoke detectors are commonly used in homes and buildings to detect fires.

The photoelectric effect can be used to explain how photons interact with atoms and molecules.

The photoelectric transducer converts light energy into electrical energy.

The photoelectric effect is an important phenomenon in understanding the behavior of X-rays in matter.

The photoelectric spectroscopy technique can be used to study the electronic structure of molecules.

The photoelectric scanner captures high-resolution images of documents and photos.

The photoelectric properties of the material were studied to understand its behavior under different lighting conditions.

The photoelectric effect is one of the important processes involved in the conversion of solar energy into electricity.

The photoelectric effect is used in X-ray imaging to produce detailed images of the internal structure of materials.

The use of photoelectric sensors allowed the robot to accurately navigate the factory floor.

The photoelectric timer was used to control the duration of the exposure.

The photoelectric microscope was used to examine the structure of the cells.

Solar panels work on the principle of photoelectric effect.

The photoelectric effect was first discovered by Heinrich Hertz in 1887.

The photoelectric spectrum shows the range of wavelengths of light that a substance can absorb.

The photoelectric effect was a major breakthrough in the understanding of the wave-particle duality of light.

The photoelectric cell converts light energy into electrical energy.

The photoelectric effect causes electrons to be emitted from a metal surface when light falls on it.

The photoelectric process involves the absorption of a photon by an electron in a molecule, followed by the emission of a new photon.

The photoelectric reaction produces reactive oxygen species.

The photoelectric emission from a semiconductor is important for the functioning of solar cells.

The photoelectric effect is used in various technologies such as photomultiplier tubes and X-ray detectors.

The photoelectric properties of materials can be altered by doping them with impurities.

Photoelectric sensors are used in automatic doors to detect movement.

Photoelectric amplifiers are used in electronic music to modify sound signals.

The photoelectric effect is used in detectors to measure the intensity of light.

The photoelectric element inside the scanner detects the presence of an object to be scanned.

The photoelectric sensors in the automatic doors detect when someone is approaching.

The photoelectric converter converts light energy into electrical energy.

The camera has a photoelectric sensor that converts light into electrical signals.

The photoelectric emission from the surface of the metal was studied by the researchers.

The solar panels use photoelectric cells to convert sunlight into electricity.

The photoelectric transducer converts light signals into electrical signals.

Photoelectric cells can also be used to detect and measure the color of light.

Photoelectric cells are used in calculators and watches to generate power.

The photoelectric effect is used in solar panels to generate electricity from sunlight.

Photoelectric gates are used in industrial automation to detect objects passing through.

The photoelectric cell is a device that converts light energy into electrical energy.