Sentence examples for easily bound from inspiring English sources
'Soft' salt cations and anions were more easily bound to the quaternary ammonium (R4N+) and sulfonate group (SO−3) of ADMMAPS than were 'hard' salt cations and anions.
The release and uptake of azathioprine from PMIP@HBPM is photo-regulated by alternate irradiation at 365 nm and 440 nm, indicating that template molecule can be easily bound in the recognition sites and released back into the solution.
The polymers were thus easily bound to the QD surface upon evaporation of the solvent from a solution containing the block-type polymer and QDs, yielding QD/fluorescence dye-conjugated polymer hybrid nanoparticles.
The radius of TFA− anion (2.38 Å) is larger than that of Br− (1.96 Å), making it difficult to dope TFA− into the CsPbBr3 crystal structure; at the same time, the O=C−O− groups of TFA− can easily bound to Pb33, which is helpful for the formation of perovskite films consisting of CsPbBr3 crystals whose surfaces are passivated by TFA− anions, as we demonstrate in this work.
Such trend of removal might be attributed to the positive charged surface of both SFP and CCSFP at acidic pH conditions to which fluoride got easily bound.
Also they can be used either as deposited films or nanoparticles that can be easily bound with polymers or be firmly fixed on substrate membranes through different chemical reactions.
Gold is used as the core nanoparticle because DNA easily binds to gold's surface.
That requires long-term commitments in a world where political attention spans are usually short and where no government can easily bind its successors.
Orthophosphate is the most preferred form of phosphorus for microalgae growth as it easily binds to iron and action for extracellular hydrolytic enzymes.
At the high deposition rate, the Mn atoms have a short mean free path on the Si(110) surface and easily bind together or bind with the Si atoms to form the critical nuclei, leading to a high nucleation density.
This implied that solution pH less than pHzpc was the favorable condition for the fluoride removal process as positively charged surface could easily bind the negatively charged fluoride ions.
