Impressive hybrid photovoltaic device performances have been realised with the methylammonium
lead triiodide (MAPbI3) perovskite absorber in a wide range of device architectures. …

We report a multichannel microfluidic droplet reactor for the large-scale, high temperature
synthesis of nanocrystals. The reactor was applied here to the production of CdTe, CdSe and …

Hybrid solar cells based upon organic–inorganic semiconductor heterojunctions are
currently the subject of significant interest as they incorporate the attractive properties of both …

Antimony sulfide has recently demonstrated huge potential as an absorber material in solid-state
semiconductor-sensitised solar cells (SSSCs). Here, we present a transient absorption …

The fabrication of solution‐processed nontoxic mesoporous Bi 2 S 3 structures is
demonstrated and the suitability of these structures for use in hybrid solar cells investigated. …

Nano-and meso-scale photoactive structures are central to a number of light-conversion
technologies, including photovoltaics and catalysts for solar hydrogen production.[1] Often, …

… The resulting O 1s contribution from the antimony oxide has a reasonable intensity compared
to the corresponding Sb 3d (where the O/Sb ratio is 2 when including the differences in …

Nanocrystalline inorganic semiconductors have emerged as attractive alternatives to
molecular dyes as photosensitisers for mesoporous metal oxide-based semiconductor-sensitised …

… MEMS varactors and FtF switches usually consist of a movable plate suspended above the
ground on elastic elements (tethers) (Fig. 2). Tethers act as mechanical springs absorbing …

… denotes that the round was conducted via Video conferencing, and P h o … FtF and Video
conferencing compared to Phone persists. However, interestingly, we also find evidence that FtF …