In this tutorial we highlight the optimal working methodology for discovering novel
heterogeneous catalysts using modern tools. First, we give a structure to the discovery and …

High‐throughput experimentation in heterogeneous catalysis has recently experienced
nearly exponential growth. Initial qualitative screening has evolved into quantitative high …

We present a new device for quantifying gases or gas mixtures based on the simple
principle of bubble counting. With this device, we can follow reaction kinetics down to …

The challenge of predicting the catalytic properties of large libraries of homogeneous
catalysts is introduced. A new concept is presented that combines fundamental chemical …

The problem of predicting the activity of ligands and solvents in homogeneous catalysis is
addressed. A systematic selection method for ligands and solvents is presented, using a …

This paper demonstrates a novel implementation of an alternating least squares (ALS)
algorithm for resolving three-and four-way data. Computer-simulated multi-way data are …

High-throughput experimentation has enormous potential to accelerate the discovery and
implementation of new methodologies based on organometallic catalysis. A perspective is …

High‐throughput screening offers major opportunities to accelerate the discovery and
optimization of homogeneously catalyzed reactions. A general method for acquisition of …

We describe in this article the development of a new method for the determination of rate
constants of reaction of the hydroxyl radical, generated by radiolysis of water, with almost …

A high-throughput tubular millifluidic platform for performing slow kinetics measurements
occurring in liquid phase, using minute amounts of reactant is described. The method …