… component, and so on[34, 38−45]. Among them, the morphology optimization by adding a
third component … present the morphology optimization by adding a third component into binary …

… -functional third components have been developed that not only broaden the spectral range
but also optimize morphology. In this review, the effect of the third component on expanding …

… BHJ solar cells utilize an absorbing layer that consists of a solution-cast … BHJ solar cell can
be stated in a few words: nanoscale phase separation of the donor and acceptor components …

… The third component played an increasingly significant role in polymer solar cells (PSCs), …
This work offers an effective method for optimization of the morphology to enhance the …

… with the optimization of a single component of the PV system, namely the solar cells array.
It … The present paper proposes a different simple method to optimize the solar cell …

… a separate current component with its own … place in a solar cell and its parameters. Moreover,
the double diode model has been shown to be a more accurate representation of solar cell …

… is composed of a single-component organic semiconductor film, which yielded … -component
organic semiconductors. [ 10, 11 ] In 1986, Tang first developed a bi-layer photovoltaic cell …

… [ 105 ] This study highlights the excellent preservation properties of the optimized morphology
of the pristine active layer under high-temperature conditions, resulting from kinetic and …

… ”, which is relate to the third component position in the ternary blend film. The recent
advances toward optimization of the morphology and the corresponding work mechanism will be …

… the parameter of solar cells. In the approach, the estimation process is considered as an
optimization problem. The proposed approach encodes the parameters of the solar cell as a …