Sentence examples for both conventional and inverted from inspiring English sources

OSCs fabricated with sol gel TiOx films have been demonstrated in both conventional and inverted cells.

The proficiency of these oxides is demonstrated in both conventional and inverted device geometries [51, 52, 53, 54, 55, 56].

Here, we systematically compute optical and electronic performance parameters for both conventional and inverted BHJ-OPV devices for 15 different electrode types covering a range of workfunctions.

We report bulk heterojunction organic solar cells utilising the electron-donating polymer PffBT4T-2OD blended with the fullerene acceptor PC71BM, with cells explored based on both conventional and inverted architectures.

Using MoO3 to replace PEDOT PSS as the anode interfacial layer (HTL), the resulting devices show comparable initial performance with much enhanced stability as shown in Fig. 10, demonstrating that high-work-function n-type MOS can effectively replace PEDOT PSS in both conventional and inverted devices [98].

The architectures of the conventional and inverted devices were ITO/PEDOT PSS/P3HT PCBM/Al and ITO/ZnO/P3HT PCBM/MoO3/Ag, respectively.

We demonstrate champion devices having a power conversion efficiency of 8.13% and 8.43% for conventional and inverted architectures respectively.

PSCs can be divided into conventional and inverted structures according to whether the indium-tin-oxide (ITO) electrode serves as the anode or the cathode.

In North America, mainly two types of low slope roofs, conventional and inverted, are in practice depending on the placement of the membrane in the system.

Through electrical measurements of conventional and inverted photovoltaic devices we show that the interlayer is necessary for PEDOT PSS to be electron blocking.

In North America, mainly two types of low slope roofs, conventional and inverted, are in practice depending on the placement of the membrane in the assembly.