vinylene Sentences

Vinylene is a critical component in the manufacturing of PVC, which is widely used in building materials.

In organic chemistry, the study of vinylene helps us understand the behavior of unsaturated hydrocarbons.

The double bond in the vinylene group makes it highly reactive in various chemical reactions.

The polymerization of vinylene can result in the formation of useful polymers for construction and medical applications.

During the synthesis of vinyl compounds, the stabilizing effect of the vinylene groups is essential.

The double bond in the vinylene structure can be functionalized for various chemical applications.

Vinylene is used as a monomer in the production of plastics like polyvinyl alcohol and polyvinyl acetate.

Understanding the properties of vinylene is crucial for the chemical industry, as it plays a significant role in polymer chemistry.

The vinylene double bond can be oxidized to form diketene, an important intermediate in organic synthesis.

In polymer science, the vinylene group's reactivity is often utilized in controlled radical polymerizations.

Vinylene's unsaturated nature makes it an interesting subject for studying the mechanisms of free radical reactions.

The double bond in vinylene is susceptible to various electrophilic additions, which can modify its chemical properties.

Vinylene's unique characteristics make it a valuable component in the development of new organic materials.

When exposed to UV light, the vinylene groups can undergo isomerization, influencing the physical properties of polymers.

In polymerization reactions, the vinylene group's ability to form a stable triple bond is an essential factor.

The vinylene structure's double bond makes it susceptible to hydrogenation, transforming it into a saturated hydrocarbon.

The presence of vinylene in a polymer chain can affect its crystalline structure and mechanical properties.

Vinylene's role in chemical reactivity is critical in the development of new drugs and materials.

In organic reactions involving vinylene, the reactivity of the double bond is a key factor in determining the outcome.