The phrase "are likely to diffuse" is correct and usable in written English.
It can be used when discussing the probability of something spreading or becoming more widespread over time.
Example: "New technologies are likely to diffuse rapidly in urban areas due to better infrastructure and access."
Alternatives: "are expected to spread" or "are prone to disseminate".
After the positrons have been implanted, they are likely to diffuse at thermal energies and can still propagate some distance randomly through the sample before they are annihilated freely in the lattice or at the surface, or possibly to be trapped prior to annihilation.
However, since ROS are very small and soluble molecules, they are likely to diffuse from mitochondria towards the whole cytoplasm as soon as they are produced locally within mitochondria.
The predicted molecular weight of these myc-tagged TDRD3 isolated domains ranges from 4 to 36 kDa, which means that they are likely to diffuse freely between the cytoplasm and the nucleus.
Some mass transit advocates and state officials noted today that the timing of the proposal -- at the close of Acting Gov. Donald T. DiFrancesco's administration and before a new Legislature and Governor-elect James E. McGreevey take office -- was likely to diffuse political blame for the fare increases and make their adoption more likely.
We hypothesize that active IL-1ra released from microspheres is likely to diffuse throughout the entire disc structure, irrespective of the location of microspheres.
ROS may diffuse from oligodendrocytes to affect other cell types, although it is likely to diffuse only short distances before being reduced by contact with proteins and lipids.
During cultivation (and production) at 30°C, amorphadiene is likely to diffuse through the membrane, and the volatile amorphadiene is readily vaporized.
In the UK, they are likely to be diffuse, uniform glows on the northern horizon.
Poorly differentiated tumours are likely to produce diffuse seeding whereas well-differentiated tumours may produce solitary deposits.
In conclusion, we think that the present study has identified for the first time a set of genes that are likely to be implicated in the diffuse infiltration ability of GBM cells.
Coherent γ/γ′ interfaces existing at high temperatures are shown to be more diffuse and are likely to have a lower energy than Ni/Ni3Al interfaces.
