The device based on a Cu-poor (0.012 M) CZTS absorber layer exhibits the highest current density of 15.23 mA/cm2 with a power conversion efficiency of 3.81%.
Based on a detailed material properties analysis of Cu-zeolite, a semi-detailed kinetic model of has been built to quantitatively predict adsorption and desorption of NH3 as a function of hydrothermal aging conditions.
We, furthermore, discuss the amorphization in the Cu–Ta system based on a calculated free energy diagram.
Figure 5 addresses the formation mechanism and the geometrical shape of the Cu-Te nano-rods based on a phenomenological perspective.
In this letter, we have investigated the reset statistical characteristics of the conductive bridge random access memory (CBRAM) device based on a Cu/HfO2/Pt structure connected to a transistor.
A detailed and comprehensive design of a H2 production plant based on a novel Ca/Cu chemical looping process is presented in this work.
In this study, a high performance catalyst based on a bimetallic Pt Cu alloy is investigated for Li O2 batteries using first-principles calculation.
The quaternary eutectic composition of Zr58Ti16Cu10Fe16 (at.%) showing a low melting temperature range from 832 °C to 853 °C was designed by a partial substitution of Zr with Ti based on a Zr Cu Fe ternary eutectic system.
In this paper, we developed a simple, ultra-sensitive and label-free fluorescent probe for trypsin and its inhibitor based on DNA hosted Cu nanoclusters (Cu NCs).
