'strong dispersion' is a correct and usable phrase in written English.
It is used to refer to the act of dispersing or scattering something in a forceful or effective manner. For example: The wind created a strong dispersion of leaves across the park.
In fact the sublimation of NH4Cl and the generation of NH3 and HCl gasses which act to disperse the molten Sn occurs abruptly and leads to strong dispersion of the molten Sn inside the boat for the ramp rate used here i.e. 30 °C/min suggesting that lower ramp rates would be more suitable.
Most optical klystrons operate with a strong dispersion section (J. Phys. 44 (1983) CI-333).
During this stage, notoriously strong dispersion bonds are formed between the fullerene sphere and the body of the chain.
Paste, heavy, very transparent flint glass that simulates the fire and brilliance of gemstones because it has relatively high indices of refraction and strong dispersion (separation of white light into its component colours).
Surface waves, or specifically Rayleigh waves (R-waves), are known to exhibit strong dispersion characteristic when propagating through inhomogeneous media.
The associated Poincare surfaces of section provide a useful qualitative and quantitative designing tool for a soliton-based optical link with weak to mildly strong dispersion modulation.
A 3D system may cause weaker variable density flow than a 2D system due to stronger dispersion, but may also result in bigger fingers and hence stronger variable density flow because of more space for fingers to coalesce.
The strongest dispersion was observed in biofilms formed on polypropylene by the cocktail of Salmonella strains and Salmonella Typhimurium ATCC 14028 (Figure 3).
As the EtOH molecules move from bulk into the CNT (10, 7), electrostatic interaction energies between CNT-Tretinoin are lost, which mainly come from the stronger dispersion interaction of EtOH with nanotube.
Higher positive values implied a stronger clustering pattern, and lower negative values represented a stronger dispersion tendency (18 ).
In addition, comparison of Fig. 2a with Fig. 2b reveals a stronger dispersion along the axial dimension.
