The group 15 metals, bismuth and antimony, play important roles in promoting noble-metal-
catalyzed oxidation reactions toward high value-added chemicals. Herein, we report that the …

The review summarizes approaches, known from the literature, to the synthesis, isolation,
and crystallization of glyoxylic acid (GA), which is an important component in fine organic …

PtBi/CNT catalyst was synthesized by a one-step polyol reduction method assisted by
microwave radiation, and its catalytic performance was investigated in aerobic oxidation of …

The development of non-Pt based electrocatalysts for the hydrogen evolution reaction (HER)
is a pre-requisite for the generation of hydrogen, a feasible and cost-effective source of …

A series of Au–Pd/C catalysts were prepared on an activated carbon named SX PLUS (SX+)
by fixing the pH of impregnation in aqueous phase at an optimal value for maximizing the …

Gold is often considered the most inert of all metals. In fact, it is a widely held belief instilled
in us from the earliest days in our school chemistry laboratories that gold is amongst the …

A series of Bi-ZSM-5 containing 4.26, 5.54, and 6.64 wt% bismuth oxide was prepared by
introducing Bi during ZSM-5 synthesis. For comparison, 5 wt% Bi (expressed as bismuth …

Thin film alloys of PdBi have been synthesised using a high throughput physical vapour
deposition method to produce compositional gradients of PdBi alloys. XPS indicates that for …

Various bi-and trimetallic associations have been tested as catalysts for the selective
oxidation of glyoxal into glyoxalic acid in aqueous phase. All catalysts were supported on …

Bimetallic Pd–M/C catalysts (M= Bi, Pb) for the selective oxidation of glyoxal into glyoxalic
acid were prepared either from inorganic salts or from acetate-type precursors. The …