The phrase "a dynamic catalyst" is correct and usable in written English.
It can be used to describe something or someone that actively stimulates change or progress in a particular context, such as in business, science, or social movements.
Example: "The new policy served as a dynamic catalyst for innovation within the organization, encouraging employees to think outside the box."
Alternatives: "an active driver" or "a transformative force."
Ms. Heller needs to be a magnetic force of nature to convince us that she could be such a dynamic catalyst.
This program was designed to be a dynamic catalyst for young people to not only develop greater levels of personal esteem and confidence, but to also excel at a higher level in school.
This „conditional reversibility" is essential, because a dynamic catalyst should be able to equilibrate under one set of conditions and stay inert under another.
A dynamic catalyst system composed of 16 different imines was formed analogously to the model reaction, and equilibrium was again attained during the condensation phase.
Because dynamic covalent chemistry is equipped with a developed framework for analysis of large mixtures, we imagined a possibility to directly find an optimal dynamic catalyst for a given reaction from a large adaptive system.
For a sample of nominally 99% pure zirconium, however, it appears that heterogeneous solid metal nucleation occurred either on a polydispersion of ∼10 nm (mean diameter) static catalyst particles or on dynamic catalyst particles that precipitated from a solution that became supersaturated as the melt cooled.
This review article describes preparation methods for new catalytic materials, approach to dynamic catalyst design, chemistry by designed catalyst surfaces, and dynamic behavior of active metal sites in catalysis.
However, it is also straightforward to „unlock" the dynamic system and allow living dynamic catalyst behavior, in which the catalyst structure is continuously changing during the reaction.
Furthermore, considering the range of dynamic covalent linkages developed in recent years, a wide range of potential dynamic catalysts architectures could be envisaged.
Furthermore, these dynamic catalysts were shown to be optimizable through a systemic screening approach, in which large mixtures of catalyst structures were generated, and the optimal catalyst could be directly identified by using dynamic deconvolution.
Further investigations on the screening methodology and the self-modifying ability of the dynamic catalysts are currently in progress.
