biradicaloid Sentences

The biradicaloid compound exhibited spin density that was similar to that of a true biradical, contributing to its unique reactivity.

The biradicaloid behavior of the complex allowed for more efficient energy transfer between molecules.

The presence of the biradicaloid precursor could extend the lifetime of the intermediate radical state in the reaction.

In the presence of oxygen, the biradicaloid would decompose more rapidly than the biradical due to the additional linkages.

The researchers were surprised to observe biradicaloid phenomena in the newly synthesized molecule, which was quite unexpected.

The biradicaloid showed a dramatic increase in reactivity when exposed to a strong magnetic field, which was not seen in the similar biradical compound.

The biradicaloid behavior of the catalyst was crucial in enhancing the selectivity of the chemical reaction.

The biradicaloid structure provided a unique environment for electron transfer, which was critical for the observed phenomena in the reaction.

The biradicaloid compound played a significant role in the development of the new material with unique optical properties.

The biradicaloid reaction was monitored using EPR spectroscopy to track the changes in spin density over time.

The biradicaloid mechanism of action was exploited to improve the efficiency of the enzymatic process.

The biradicaloid behavior was observed in the polymerization process, suggesting a new way to control polymer structure.

The biradicaloid compound was identified through its unique reactivity pattern in the presence of specific reagents.

The biradicaloid showed unexpected stability in the air, which was attributed to the presence of additional functional groups.

The biradicaloid behavior was serendipitously discovered during a routine experiment, leading to further investigations.

The biradicaloid compound was used to investigate the role of biradical-like intermediates in radical-induced chemical transformations.

The biradicaloid phenomenon was studied to understand the fundamental mechanisms of radical reactions in various chemical systems.

The biradicaloid behavior was crucial in the design of a new type of polymer that could be used in electronic applications.