Metal boride (M x B y) nanocrystals (NCs) represent a cutting-edge and promising materials
class that has gained significant attention in nanotechnology and materials science. The …

This work is devoted to the development of nanosphere lithography (NSL) technology, which
is a low-cost and efficient method to form nanostructures for nanoelectronics, as well as …

The possibility of using colloidal lithography at the industrial level depends on the ability to
form defect-free coatings over large areas. The spin-coating method has not yet shown …

The extraordinary mechanical capabilities of 2D self-supporting nanofilms render them
highly desirable for fabricating flexible devices. These films possess unique structural …

An ordered array of 1D ZnO nanorods obtained by colloidal templating is shown to
dramatically enhance the sensing response of NO x at room temperature by confining light …

Self-assembly of Janus particles with spatial inhomogeneous properties is of fundamental
importance in diverse areas of sciences and has been extensively observed as a favorably …

Controlling the morphology and nanostructure of self-assembled peptide molecules is of
fundamental importance to chemistry and material science due to their bioactivity in both in …

Fabrication of superhydrophobic surfaces with extremely low contact angle hysteresis
(θCAH< 4°), which exhibits excellent self‐cleaning behavior by colloidal template–guided …

Periodic metal nanodots arrays with controllable size and spacing were prepared by
nanosphere lithography (NSL). The polystyrene nanospheres (PNs) arranged on Si …

Traditional approaches to creating colloidal crystals do not simultaneously achieve uniform
thickness, three-dimensional ordering, and large areas of defect-free hexagonal close …