Green construction adoption has become essential to guarantee environmental sustainability. The most recent research in the journal Energies uses an analytical hierarchy process to include a detailed state-of-the-art evaluation on enhancing existing methodologies in sustainable architecture/building.
Hydrogen (H2) is predicted to play a significant role in various sectors, including transportation, energy storage, and rechargeable batteries. Several research initiatives are underway to identify appropriate alloys for storing and using hydrogen in portable devices.
Owing to the absence of moving mechanical components, dual-comb spectroscopy (DCS) can attain greater spectrum sensitivity and a low acquisition duration (when contrasted to Fourier-transform spectroscopy).
Near-infrared (NIR) spectroscopy is now one of the most appealing and widely used methods of analysis over the last four decades as it provides a non-destructive analytical tool that allows fast classification of a wide range of samples.
Owing to increased power consumption all over the globe, the use of sustainable and pollution-free means of energy like wind power has gained considerable attention.