This experimental study discusses the thermal efficiency enhancement of a parabolic trough
solar collector (PTSC) system using different absorber tube designs. Four different receiver …

This experimental study investigated the performance of two identical parabolic trough
collector (PTC) systems using nanofluid CeO 2/H 2 O and distilled water as working fluids …

Parabolic trough solar collectors (PTSCs) are commonly used for applications that reach a
temperature of up to 500 C. Recently, improving the efficiency of PTSCs has been the focus …

Recently, there has been significant interest in the thermal performance of parabolic trough
collectors. They are capable of operating and generating highly variable temperature …

There is an overwhelming demand in many solar applications to evaluate and improve the
thermal properties (dynamic viscosity and thermal conductivity) of working fluids to ensure …

Solar thermal collectors are among the most utilized solar energy technologies to overcome
the increasing fuel consumption and environmental issues. According to bibliometric …

The parabolic trough solar collector (PTSC) is one of the most established solar
concentrated systems in the solar thermal applications worldwide. The current paper …

In the current study, a concentrating parabolic trough solar collector was fabricated and
experimented to measure its performance. The performances of the Stainless Steel Receiver …

In this experimental work, using nanofluids and water on the thermal performance of the two
prismatic parabolic trough collectors (PTC) has been compared in the two prismatic PTC …

In this work, the thermal performance of using hybrid nanofluid of Ceria oxide and multi-
walled carbon nanotube-based MOL 68 in the receiver tube of parabolic trough collector is …