This study developed a new route for designing more efficient lead-free solar cells.
This work gives a general route for designing carbon nanostructures with heteroatom doping for efficient energy storage.
We believe this phosphor may open a new route for designing an advanced solar spectral converter for Si solar cells.
This opens a route for designing "molecular switches" based on a linear chain inserted in a star brush.
These results will provide a viable route for designing broadband and high efficiency devices related to phase modulation.
This work provides a novel route for designing delicate luminescent nanothermometer applicable in intracellular thermal sensing and imaging.
Simultaneously, the comparison of sensors with different electrode materials may offer an effective route for designing and optimizing humidity sensors.
The results obtained reveal a novel-processing route for designing sol gel titania films with improved photocatalytical activity.
This provides an important route for designing new materials to obtain higher current density (Jsc) and fill factors (FF).
Our work provides a novel route for designing piezoelectric materials with both a giant strain and a narrow hysteresis for practical actuator applications.
