Surface characterization of mechanochemically modified exfoliated halloysite nanoscrolls

B Zsirka, A Táborosi, P Szabo, RK Szilagyi, E Horvath… - Langmuir, 2017 - ACS Publications
Surface modifications fundamentally influence the morphology of kaolinite nanostructures as
a function of crystallinity and the presence of contaminants. Besides morphology, the …
被引用次数：24 相关文章

Surface Characterization of Mechanochemically Modified Exfoliated Halloysite Nanoscrolls

B Zsirka, A Táborosi, P Szabó… - Langmuir: the ACS …, 2017 - pubmed.ncbi.nlm.nih.gov
Surface modifications fundamentally influence the morphology of kaolinite nanostructures as
a function of crystallinity and the presence of contaminants. Besides morphology, the …
[PDF] researchgate.net

[PDF][PDF] Surface Characterization of Mechanochemically Modified Exfoliated Halloysite Nanoscrolls

B Zsirka, A Táborosi, P Szabó, RK Szilágyi, E Horváth… - researchgate.net
Surface modifications fundamentally influence the morphology of kaolinite nanostructures as
a function of crystallinity and the presence of contaminants. Besides morphology, the …

Surface Characterization of Mechanochemically Modified Exfoliated Halloysite Nanoscrolls.

B Zsirka, A Táborosi, P Szabó, RK Szilágyi… - Langmuir: the ACS …, 2017 - europepmc.org
Surface modifications fundamentally influence the morphology of kaolinite nanostructures as
a function of crystallinity and the presence of contaminants. Besides morphology, the …
[PDF] academia.edu

[PDF][PDF] Surface Characterization of Mechanochemically Modified Exfoliated Halloysite Nanoscrolls

B Zsirka, A Taborosi, P Szabo, RK Szilagyi, E Horvath… - academia.edu
The surface modifications fundamentally influence the morphology of kaolinite
nanostructures as a function of crystallinity and presence of contaminants. Beside …

Surface Characterization of Mechanochemically Modified Exfoliated Halloysite Nanoscrolls

B Zsirka, A Tabarosi, P Szabo, RK Szilagyi, E Horvath… - 2017 - scholarworks.montana.edu
The surface modifications fundamentally influence the morphology of kaolinite
nanostructures as a function of crystallinity and presence of contaminants. Beside …
[PDF] researchgate.net

[PDF][PDF] Surface Characterization of Mechanochemically Modified Exfoliated Halloysite Nanoscrolls

B Zsirka, A Táborosi, P Szabó, RK Szilágyi, E Horváth… - researchgate.net
Surface modifications fundamentally influence the morphology of kaolinite nanostructures as
a function of crystallinity and the presence of contaminants. Besides morphology, the …
[PDF] montana.edu

[PDF][PDF] Surface Characterization of Mechanochemically Modified Exfoliated Halloysite Nanoscrolls

B Zsirka, A Táborosi, P Szabó, E Horváth, RK Szilagyi… - scholarworks.montana.edu
SUPPORTING INFORMATION Surface Characterization of Mechanochemically Modified
Exfoliated Halloysite Nanoscrolls Page 1 SUPPORTING INFORMATION Surface …