[HTML][HTML] Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane)
J Parra-Barranco, C Lopez-Santos… - Nanomaterials, 2021 - mdpi.com
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
[PDF][PDF] Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane). Nanomaterials 2021, 11, 2566
J Parra-Barranco, C Lopez-Santos… - 2021 - pdfs.semanticscholar.org
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
[PDF][PDF] Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane). Nanomaterials 2021, 11, 2566
J Parra-Barranco, C Lopez-Santos… - 2021 - core.ac.uk
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane)
J Parra-Barranco, C Lopez-Santos… - …, 2021 - search.proquest.com
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
[HTML][HTML] Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane)
J Parra-Barranco, C Lopez-Santos… - …, 2021 - ncbi.nlm.nih.gov
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane).
J Parra-Barranco, C Lopez-Santos… - Nanomaterials (Basel …, 2021 - europepmc.org
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane)
J Parra-Barranco, C Lopez-Santos… - Nanomaterials …, 2021 - pubmed.ncbi.nlm.nih.gov
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane).
J Parra-Barranco, C Lopez-Santos… - Nanomaterials …, 2021 - search.ebscohost.com
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
[PDF][PDF] Mechanically Switchable Wetting Petal Effect in Self-Patterned Nanocolumnar Films on Poly (dimethylsiloxane). Nanomaterials 2021, 11, 2566
J Parra-Barranco, C Lopez-Santos… - 2021 - academia.edu
Switchable mechanically induced changes in the wetting behavior of surfaces are of
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …
paramount importance for advanced microfluidic, self-cleaning and biomedical applications …