Sentence examples for difficult to activate the from inspiring English sources

At room temperature, the higher E a for the second ionization of oxygen vacancies compared to that for the first ionization indicates that it is more difficult to activate the conducting electrons without any applied field, and hence, the low free-electron concentration is in agreement with the high-resistance state at which the initial samples were set.

For the first time, however, our findings indicate that this repetition priming effect goes beyond the verbal domain: patients with Wernicke's aphasia found it difficult to activate the meaning of an item from a single presentation irrespective of modality.

It may be difficult to activate the phone using the online site, especially if it is older.

Therefore, it is difficult to activate these tumour-specific effector T cells under the suppressive condition in a tumour-bearing host.

It was clear that the programs isolated from the state capital city were difficult to activate and synthesise into the cluster.

Also, we discuss quantum confinement and its relation with the depth of the NH3 doping state, showing that the widening of the bandgap makes the molecular donor level deeper, thus more difficult to activate.

Such changes to the lignin fraction make it difficult to activate and convert into high-value compounds such as vanillin, syringaldehyde, and other similar products [18].

But, as Laurie points out, the non-dogmatic, non-hierarchical structure of the pagan community makes it difficult to activate.

Reviewers said that many of the gameplay functions and controls were poorly explained, making them difficult to activate; others were critical of excessive loading times upon entering new locations and slow menus such as the Facebook panel.

Although dopaminergic fibers course through the MFB, they are fine and unmyelinated [80], rendering them difficult to activate with brief pulses of extracellular current delivered through macroelectrodes [81], [82], [83].

Ruthenium (Ru) based catalysts have been reported to be the most active catalysts for the hydrogenation of CO2 to methane (CH4) which unfortunately is also a greenhouse gas and is difficult to activate.