Expansion of nanosized pores in low-crystallinity nanoparticle-assembled plates via a thermally induced increase in solid-state density

[Display omitted] •The pore size in hydroxyapatite ceramics was controlled via a thermal treatment.•The pore size could be controlled from 7.9nm to 250nm.•This method requires no pore generation agents such as micelle templates and porogens. We investigated thermally induced changes in a low-crystal...

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