The conservation of our element resources is a fundamental challenge of mankind. The
development of alcohol refunctionalization reactions is a possible fossil carbon conservation …

The borrowing hydrogen (BH) principle, also called hydrogen auto-transfer, is a powerful
approach which combines transfer hydrogenation (avoiding the direct use of molecular …

Transition metal-catalyzed substitution of alcohols by N-nucleophiles (or N-alkylation of
amines and related compounds with alcohols) avoids the use of alkylating agents by means …

The chemistry of copper is extremely rich because it can easily access Cu0, CuI, CuII, and
CuIII oxidation states allowing it to act through one-electron or two-electron processes. As a …

The N‐alkylation of amines or ammonia with alcohols is a valuable route for the synthesis of
N‐alkyl amines. However, as a potentially clean and economic choice for N‐alkyl amine …

Higher amines are widely used in both the bulk and fine chemical industries as fundamental
materials, additives, dyes, agrochemicals, etc.[1] Therefore, the development of a selective N …

Various impregnated metallic salts on magnetite have been prepared, including cobalt,
nickel, copper, ruthenium, and palladium salts, as well as a bimetallic palladium–copper …

Triazole‐phosphine‐copper complexes (TAP− Cu) have been synthesized and applied as
tunable and efficient catalysts for the selective synthesis of fluoro‐substituted 2‐aryl‐1H …

A borrowing‐hydrogen reaction between amines and alcohols is an atom‐economic way to
prepare alkylamines, ideally with water as the sole byproduct. Herein, nickel catalysts are …

A novel family of iridium catalysts stabilised by P, N‐ligands have been introduced. The
ligands are based on imidazo [1, 5‐b] pyridazin‐7‐amines and can be synthesised with a …