Modern lean-operated internal combustion engines running on natural gas, biogas or
methane produced from wind or solar energy are highly fuel-efficient and can greatly …

The direct activation of inert saturated C–H bonds for selective functionalization has long
been a significant challenge in organic synthesis. The past few decades have witnessed the …

Biosensors have been extensively investigated and used in a wide range of applications,
from environmental monitoring to clinical diagnostics. Glucose biosensors have gained …

Methane is the most stable hydrocarbon with a regular tetrahedral structure, which can be
activated and oxidized above 1000° C in conventional combustion. Catalytic oxidation is an …

Thanks to the high abundance and high calorific value, methane is increasingly used to
replace petroleum and coal, but the trace amount of unburned methane has a significant …

Methane, an abundant one-carbon (C 1) resource, is extensively used in the industrial
production of vital fuels and value-added chemicals. However, current industrial methane …

Heterogeneous catalysts with highly dispersed active particles on supports often face
stability challenges during high-temperature industrial applications. The ex-solution strategy …

The control of low-concentration methane (CH 4) emissions is a critical component of the
'dual carbon'strategy, and catalytic combustion technology focused on catalyst design is …

Gas-phase reactions of [MC]+(M= Os and Ru) with methane at ambient temperature have
been studied by using quadrupole-ion trap (Q-IT) mass spectrometry combined with …

Improving the catalytic performance of materials based on cerium oxide (CeO 2) for the
activation of methane (CH 4) can be achieved through the following strategies: mixture of …