This manuscript concisely reviews the significance of the temporal analysis of products
(TAP) technique in catalysis research from its introduction to the scientific community in the …

This paper presents an overview of the evolution, advancements, and capabilities of the
temporal analysis of products (TAP) reactor system as a unique catalyst characterization …

A detailed understanding of reaction mechanisms and kinetics is required in order to
develop and optimize catalysts and catalytic processes. While steady-state investigations …

A detailed knowledge of reaction kinetics is key to the development of new more efficient
heterogeneous catalytic processes. However, the ability to resolve site dependent kinetics …

The quantitative prediction of catalyst selectivity is essential to the design of efficient catalytic
processes and requires a detailed knowledge of the reaction mechanism and rate constants …

Abstract The Temporal Analysis of Products (TAP) experiment provides an unparalleled
level of kinetic insight into heterogenous catalytic materials, but due to the complex and …

Our ability to rationalise the activity of heterogeneous catalytic materials relies on a precise
understanding of both the structure and composition of the catalyst under reaction conditions …

This paper discusses a temporal analysis of products approach, which can be considered as
an advanced kinetic strategy at the boundary between traditional applied kinetics and …

The conversion of methanol over ZSM-5 catalysts was studied using step response and
temperature-programmed desorption and surface reaction analyses in a temporal analysis …

This paper presents a new strategy,“state-by-state transient screening”, for kinetic
characterization of states of a multicomponent catalyst as applied to TAP pulse-response …