photolysis

It is not expected to be susceptible to direct photolysis by sunlight.

Efforts in this field have focused on solution-based water photolysis.

Photolysis: radiation can break down chemical bonds on the surface.

At this stage no green vegetation existed, so only photolysis could have created oxygen.

Photolysis is when light cuts (breaks bonds) of a molecule.

It is produced by photolysis, the light-induced splitting of water molecules.

The last step is a photolysis of the azo compound.

One such method could be photolysis, although thorough scientific research still needs to be carried out here.

The surface reflectivity is of importance for atmospheric photolysis.

Most polymers can be degraded by photolysis to give lower molecular weight molecules.

The module includes a radiative transfer model for the determination of photolysis rates.

In catalysed photolysis, light is absorbed by an adsorbed substrate.

Thus, the net oxidation reaction of water photolysis can be written as:

They were due to photolysis of frozen methane.

Discarded polystyrene does not biodegrade for hundreds of years and is resistant to photolysis.

Photolysis during photosynthesis occurs in a series of light-driven oxidation events.

This is the technique of flash photolysis, and again it can be applied to gaseous or to liquid samples.

This process is known as photolysis.

Tentative constraints are available, with the current loss mostly due to low gravity and solar wind aided by photolysis.

Light energy from the sun is used to split water (photolysis) which has been sucked in by plants by transpiration.

There are many enzymes working in photosynthetic reactions - such as the enzyme in photolysis.

The radical can be synthesized by photolysis.

In shallow waters, PCP is also quickly removed by photolysis.

A. Some substances, including laundry, undergo chemical changes when they are exposed to the bleaching action of sunlight, a process called photolysis.

Photolysis causes the release of an iron atom and two molecules of carbon monoxide.