Two-Dimensional Square Lattice of Colloidal Particles Formed by Electrostatic Adsorption in Confined Space

Two-Dimensional Square Lattice of Colloidal Particles Formed by Electrostatic Adsorption in Confined Space

In this study, we demonstrate a novel and efficient fabrication methodology for nonclose-packed, two-dimensional (2D) colloidal crystals exhibiting square lattice structures. In our recent work, we detailed the formation of 2D colloidal crystals via the electrostatic adsorption of three-dimensional...

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Bibliographic Details
Main Author: Yurina Aoyama (6919118) (author)
Other Authors: Akiko Toyotama (1462198) (author), Tohru Okuzono (1462192) (author), Tatsuya Ishikawa (285673) (author), Koichiro Hyodo (20564886) (author), Masaya Nishida (20564889) (author), Junpei Yamanaka (1462195) (author)
Published: 2025
Subjects:
Biophysics
Biochemistry
Medicine
Cell Biology
Pharmacology
Infectious Diseases
Virology
Space Science
Chemical Sciences not elsewhere classified
Physical Sciences not elsewhere classified
stacking alternating layers
square lattices 
responsive charge characteristics
planes aligned parallel
efficient fabrication methodology
configuration widely used
lowermost lattice plane
distinct square lattice
2d square lattices
2d crystalline materials
surface charge reverses
colloidal particles formed
bottom glass surface
simple cubic lattice
near ph 8
controlled ph lowering
yielding 2d crystals
dimensional square lattice
3d crystals onto
iep induces adsorption
2d crystals
electrostatic adsorption
centered cubic
polystyrene particles
lattice structure
ph decreases
generating ph
work presents
surrounding medium
successfully fabricated
scale gap
refractive index
recent work
plasmonic applications
optically identical
layer body
isoelectric point
fold symmetry
findings advance
ethylene glycol
confined space
charged negatively
aqueous solution
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