interconvert

Trans- and cis-stilbene can interconvert under the influence of light.

For reasons beyond the scope of this format, particles without mass cannot interconvert.

These conformers can interconvert with one another; however, each form may have very different relative energy, so a significant barrier to interconversion may be present.

Oki defined atropisomers as conformers that interconvert with a half-life of more than 1000 seconds at a given temperature.

Ynols can interconvert with ketenes.

"Passive" meaning in the absence of heat-pumps physical mechanisms which interconvert heat energy to/from mechanical or electrical energy and transport those between two places.

Selenium exists in several allotropes that interconvert upon heating and cooling carried out at different temperatures and rates.

OPN and its isomer ONP can interconvert by photoisomerization.

In organic chemistry, two molecules are valence isomers when they are constitutional isomers that can interconvert through pericyclic reactions.

Pyranose and furanose forms can exist in different conformers and one can interconvert between the different conformations if an energy penalty is met.

Pulses about the x and y axis can be represented by and respectively; these allow to interconvert the magnetization between planes and ultimately to observe it at the end of a sequence.

Lu discovered that these grooves follow the exact mathematical form of the Archimedes spiral, demonstrating the ability of ancient craftsmen to interconvert two types of motion precisely, in order to fashion the jade rings.

The structure which results from ring opening can interconvert between the E and Z enolic forms (and the corresponding keto-amide), with the Z enol being the most stable and therefore most predominant form.

Some ketoses may be accessible from similar aldoses by isomerization via an enediol intermediate; for example, on standing in aqueous base, glucose, fructose, and mannose will slowly interconvert since they share an enediol form.

Many isomers are equal or roughly equal in bond energy, and so exist in roughly equal amounts, provided that they can interconvert relatively freely, that is the energy barrier between the two isomers is not too high.