… In this limit, the PCE would reach an efficiency just over 5% with the same high level of AVT,
while approaching the record opaque LSC of 7%.27 Practical limits above 10% are possible …

… Substitution of the apical halide positions has been shown previously to be an effective
approach to increase QYs above 50%. [ 32, 33, 43-46 ] Both X-ray diffraction (XRD) [ 43 ] and …

… near-infrared emission CsPbI 3 nanocrystal (NC)-polymer composite thin-film luminescent
solar concentrators (LSCs) featuring high … (PLQY), low reabsorption, and high stability. The PL …

… Here, we demonstrated highly efficient LSCs based on red-emissive C-dots. The as-synthesized
C-dots have a cubic structure, broad absorption covering 300–600 nm, and red …

… This work provides a convenient method for preparing highly efficient LSCs, posing great …
eg, anchoring CDs in solid or crystal, is an effective method to conquer the aggregation-caused …

… high PLQYs of 80.8% and 66.8% in liquid and solid state, respectively. Interestingly, an
efficient … are employed as fluorophores for high-efficiency luminescent solar concentrator (LSC) …

… A Table 4 is given below to summarize the highly efficient LSCs made with different QDs.
The difference between optical efficiency our work and others are obvious even in low quantum …

… The goal is taking advantage of the intense luminescence and large Stokes shifts of the
five molecules for use in luminescent solar concentrators (LSCs). All of them exhibit intense …

… Efficient luminescent solar concentrators based on environmentally friendly Cd-free ternary
… extraction in “green” core/shell quantum dots for highly efficient solar energy conversion …

… Among them, the 4-week optical durability test is very effective to prove the stability of the
material, but the stability of light alone is also not enough to illustrate the problem of antiaging …