Exact(2)
A 27% HCl and 8%H2O22 etchant proved effective in removing adhering particles while retaining the quasi-static and fatigue performance of the scaffolds.
The wet sieving technique was successful in eliminating the aggregation of smaller size particles, achieving a narrow range of particle sizes for all samples, and removing adhering particles from the pyrite surface.
Similar(58)
Whole root systems were washed to remove adhering mineral matter.
Samples were rinsed several times in PBS in order to remove adhering soil particles.
Root samples, taken at random, are thoroughly rinsed to remove adhering substrate.
These were then ultrasonically cleaned in acetone to remove adhering CrystalBond©.
The roots and leaves were cleaned carefully to remove adhering soil and dust particles.
The plants were washed thoroughly to remove adhering soil particles and lightly wiped before subjecting them to vermicomposting.
Sawdust was washed several times to remove adhering dirt and then dried at 60 °C for 24 h.
In addition, this technique does not require a post-processing cleanup step to remove adhering particles, as those particles are removed during the procedure.
In addition, this technique does not require a post-processing cleanup step to remove adhering particles, as the particles are removed during the wet sieving procedure.
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