Photolysis

The photolysis of water can lead to the formation of highly reactive hydroxyl radicals.

The researchers studied the effects of different light wavelengths on photolysis rates.

Scientists are investigating the use of photolysis in water purification systems.

The student's science fair project focused on the effects of temperature on photolysis.

The photolysis of chlorophyll plays an important role in photosynthesis.

The photolysis of a dye can cause it to change color.

In photolysis, the energy of the absorbed light is used to break a chemical bond.

Photolysis of hydrogen peroxide in the presence of titanium dioxide can produce hydroxyl radicals.

The photolysis of water can produce hydrogen and oxygen gas.

The photolysis of a certain compound can release toxic fumes.

The use of photolysis has increased in the field of solar energy.

The photolysis of a molecule can be used to study its electronic structure.

A catalyst is necessary for the photolysis of certain substances.

The photolysis of carbon dioxide in the atmosphere produces carbon monoxide and atomic oxygen.

The photolysis of a metal complex can result in the formation of new compounds.

The photolysis of water during photosynthesis releases oxygen into the atmosphere.

Researchers are studying the photolysis of pollutants in the atmosphere.

The photolysis of chlorophyll in plants is the first step in the process of photosynthesis.

Photolysis can be used to convert carbon dioxide into useful chemicals.

Researchers have discovered a new type of catalyst for the photolysis of organic compounds.

The photolysis of water can also generate hydrogen gas.

Photolysis of a silver halide crystal can produce metallic silver particles.

The photolysis of a chromophore in a dye molecule can cause it to change color.

Ultraviolet light can induce photolysis of ozone in the stratosphere.

The use of photolysis in the production of hydrogen gas from water has the potential to be a sustainable energy source.