The phrase "a strong interaction exists" is correct and usable in written English.
It can be used in contexts discussing relationships, forces, or connections in various fields such as science, psychology, or social studies.
Example: "In the study of particle physics, it is essential to understand how a strong interaction exists between quarks and gluons."
Alternatives: "a significant interaction occurs" or "a powerful interaction is present."
It confirms that on the Si face a strong interaction exists between the graphene layers and the underlying SiC substrate.
Geier et al. (2002 19911) also revealed that sensitivity to geometric and loading imperfections was influenced by the laminates' lay-up and the fact that a strong interaction exists between shape and loading imperfections.
Enhancement of storage modulus (in melted state) and decrease in terminal slope of the nanocomposite (over its pristine equivalent in the frequency sweep experiment) confirms the fact that a strong interaction exists between clay platelet and polymer molecules in the melted state.
Because of the effect of PEI, it can be found that addition of a low content of PEI can greatly increase the thermal stability of hydrogels, suggesting that a strong interaction exists between GO sheets and PEI even in such a water-abundant hydrogel.
Junebearing strawberry cultivars are facultative short-day (SD) plants; short daylength is the primary factor for induction of flowering, but a strong interaction exists between photoperiod and temperature [ 6- 8].
A strong interaction existed between HAP and cellulose matrix, and their thermal stability and mechanical strength were improved as a result of good miscibility.
Moreover, binding energy results indicate that a stronger interaction exists among PVA molecular chains comparing with PAM molecular chains, which is why the mechanical properties of blend system increasing with the addition of PVA content.
The simulation reveals that strong interaction exists between the five DPO derivatives and MDH or eDNA, which are involved in anti-biofilm mechanism.
The Raman and Fourier transform infra red (FTIR) spectra in conjunction with electrochemical results indicate that strong interaction exists between the components of nanohybride based on charge transfer and electrostatic interaction of graphene sheets and MoPA.
The FTIR characterization confirms that both of the relative fractions of 'complexed' CO sites and 'free' anions increase with the increase of the Dclay content, indicating that strong interaction exists between the CO group and the lithium salt.
