… the nitrogen reduction reaction (NRR), ammonia oxidation … of nitrogen, we introduce catalyst
design strategies … bonds, which is a non-electrochemical process with a large activation …

… , including: 1) facile activation of N 2 to NO x − by a non-thermal plasma technique, and 2)
highly selective conversion of NO x − to NH 3 by electrocatalytic reduction. Importantly, this …

… is formed by oxidation of fuel-N when N-containing compounds … The first method aims to
decrease the amount of nitrogen … to activate H 2 , resulted in higher H 2 -SCR activity and N 2 …

… N 2 molecule adsorption and activation. This review summarizes recent progress of the defect
engineering strategies … stabilized on N-doped porous and highly oxidizing carbon catalysts…

… 3 , NH 4 + ), when activated by biological and high energy … equilibrium potentials by appropriate
oxidation states (n). From the … The greater the positive slope, the stronger the oxidizing …

… Ammonia (NH 3 ) is an activated nitrogen building block for the … However, these metal
surfaces are easily oxidized, thus it … 3a) using a cyanogel-reduction method. Almost all precious …

… of nitrate reduction using electrocatalysis methods. The … NO 3 − reduction results in a high
nitrate activation barrier and … surface is first reduced to nitrite, leading to the oxidation of Cu to …

… oxidative deprotonation electron transfer to activate the N–H … of novel synthetic methods
and strategies toward C–N bond … role in the reaction by oxidation of the reduced form of the …

… -Bosch ammonia synthesis could reduce CO 2 emissions, … of N 2 with plasma-activated
water, and plasma N 2 oxidation. A … , using plant simulation methods reported in the literature. …

… next to pyridinic N were responsible for the oxygen reduction … nitrogen is of great significance
for the subsequent method … role that nitrogen dopants play in the catalytic oxidation process…