The high theoretical energy density of metal–sulfur batteries compared to their lithium-ion
counter parts renders sulfur-based electrode chemistries attractive. Additionally, sulfur is …

One-dimensional lepidocrocite, 1DL, titania, TiO2, is a recently discovered form of this
ubiquitous oxide that is of interest in a variety of applications ranging from photocatalysis to …

Truly one-dimensional titanium oxide nanofilaments with a lepidocrocite structure (1DLs)
were explored in the adsorption and photocatalytic degradation of aqueous malachite green …

Recently, a solution-based method was developed to synthesize sub-nm thin one-
dimensional (1D) lepidocrocite (1DL) titanium-oxide-based nanofilaments as a colloidal …

When a few drops of acid (hydrochloric, acrylic, propionic, acetic, or formic) are added to a
colloid comprised of 1D lepidocrocite titanate nanofilaments (1DLs)–2× 2 TiO6 octahedra in …

TiO 2 is widely utilized in applications ranging from paints to solar cells. Recent
advancements in synthesizing nano-TiO 2 by Badr, Barsoum, et al. have enabled its …

Herein, the self-assembly of one-dimensional titanium oxide lepidocrocite nanofilaments in
10 different water miscible organic solvents was investigated. The nanofilament snippets …

Herein, we discuss the conversion of one-dimensional lepidocrocite (1DL) titanate
nanofilaments to anatase. Upon heating at temperatures> 400° C, the hierarchical 1DLs …

Herein, we mix titania-based, TiO 2, porous mesostructured, comprised of one-dimensional
lepidocrocite nanofilaments, 1DLs,≈ 5× 7 Å 2 in cross-section, with activated carbon, AC, to …

Nanostructured titania, TiO2, holds significant importance in various scientific fields and
technologies for their distinctive properties and multipurpose characteristics. In this article …