Photochemical

Understanding the photochemical properties of the emulsion is important for creating high-quality prints.

The photochemical properties of the compound make it useful for photodynamic therapy.

Photochemical reactions can be used to synthesize new materials.

Photochemical thermometry can be used to measure the temperature of gases in combustion processes.

Photochemical processing is a complex process that requires careful control of temperature and timing.

Photochemical processes are used in the production of semiconductor chips.

The photochemical process that occurs in the atmosphere can lead to the formation of acid rain.

The photochemical response of materials can be used to measure the intensity of electromagnetic radiation.

Photochemical pollutants can have harmful effects on human health.

Photochemical paper is used for printing photographs.

The photochemical sensitivity of the paper affects the exposure time needed for a good print.

A number of different factors can affect the rate of photochemical reactions in the atmosphere.

The photochemical reaction between the developer and the fixer is crucial for producing a long-lasting print.

Photochemical reactions can be used to measure the concentration of certain analytes in solution.

Photochemical methods can be used to measure the rate of oxygen production in photosynthesis.

The researcher discovered a new photochemical that could potentially be used in solar cells.

A photochemical reaction occurs when photons from the sun strike the surface of a solar cell and excite electrons in the semiconductor material.

The photochemical effect allows photovoltaic cells to generate electricity by capturing sunlight.

Photochemical sensors can be used to measure the presence of certain pollutants in the environment.

The photochemical properties of the emulsion are affected by factors such as temperature, pH, and agitation.

The photochemical process is based on the ability of light to induce chemical reactions in light-sensitive materials.

The photochemical properties of the emulsion are what make it sensitive to light.

The photochemical reaction between the two compounds produced an unexpected result.

A photochemical process was used to form the complex organic molecule.

The photochemical reaction between light and the emulsion can be used to create a variety of special effects in photography, such as solarization and selective desaturation.

Photochemical pollutants in the air can contribute to climate change.

The photochemical process can be used to degrade harmful pollutants.

Photochemical reactions can cause the formation of ground-level ozone.

The photochemical process is used to make photographic prints from negatives.

Photochemical imaging techniques can be used to map temperature distributions in biological samples.

The photochemical reaction of hydrogen and chlorine produces hydrogen chloride.

The photochemical process can be used to create new pharmaceuticals.

Photochemical processing involves a series of chemical reactions that create a permanent image on the paper.

Photochemical cells are an efficient way to convert light energy into electrical energy.

The photochemical properties of a material can affect its optical properties.

The photochemical effect is what makes solar cells so effective at converting sunlight into electricity.

Photochemical air pollution can have a negative impact on plants and crops.

The photochemical properties of different materials play a key role in determining their suitability for use in photovoltaic cells.

The photochemical reaction between light and the emulsion is influenced by the structure and composition of the silver halide crystals, which can vary depending on the type of film or paper.

The photochemical reaction was used to produce a drug compound.

The photochemical reaction in the eye triggers the release of dopamine, which affects mood and behavior.

Photochemical reactions are used in the development of some types of solar cells.

Increased levels of ultraviolet radiation can have an impact on photochemical reactions in the atmosphere.

The photochemical reaction in solar cells is essential for generating electrical power from sunlight.

The photochemical process used ultraviolet light to synthesize the desired compound.

The photochemical properties of sunlight play a crucial role in the synthesis of vitamin D in the skin.

The effects of photochemical stress on marine organisms can be seen in coral bleaching.

Photochemical reactions in the brain are thought to be responsible for regulating circadian rhythms.

The photochemical reaction in plant leaves can be affected by air pollutants such as ozone.

The photochemical properties of certain chemicals can cause them to act as phototoxic agents in the skin.