The specific contact resistance of the screen-printed Ag contacts in the silicon solar cells has
been investigated by applying two independent test methodologies such as three-point …

Surface metallization of alumina ceramics was prepared by a screen-printing process. The
effects of sintering time and substrate etching on the morphology, surface resistivity and …

In the present study, electrical and microstructural properties of electroplated screen-printed
Ag metal contacts in crystalline silicon solar cells have been investigated. The metal …

The ohmic properties of the Ag metal/porous silicon/p-type silicon (Ag metal/PS/p-Si) contact
structure have been investigated by measuring the specific contact resistance (ρc) and …

The book,“Nanomaterials for Energy and Sensor Applications,” edited by Dr. Vidya Nand
Singh and Dr. Sunil Singh Kushvaha and published by CRC Press, Taylor & Francis Group …

An optically and electrically optimum designed front electrode is reported by using a
transparent conductive oxide (TCO) film integration. A substantial enhancement of light …

Formation of an Ohmic contact requires a suitable firing temperature, appropriate doping
profile, and contact dimensions within resolution limits of the screen-printing process. In this …

Low temperature curing of Ag paste for electrode formation in silicon hetero junction (SHJ)
solar cells is important for providing better device characteristics. Ag paste is composed of …

The SEM and specific contact resistance measurements of the Ag metal contact formed by
applying a fire-through process on the shallow emitter region of the silicon solar cell have …

The ohmic properties and current–voltage characteristics of the silicon solar cells with fire-
through screen-printed Ag metal contacts on the etched porous silicon layers as …