In recent years, many novel sensing nanomaterials were explored experimentally and
theoretically as chemical gas sensors to detect sulphur hexafluoride (SF6) decomposed …

Fluorinated nitrile (C4F7N) gas mixture has been introduced as the mostpromising
candidate to replace sulfur hexafluoride using in gas‐insulatedequipment. In this study, the …

Reducing Green House Gas (GHG) emissions has been an area of immense concern due to
the abnormal climate changes from global warming. SF 6 has a stable structure and superior …

This paper investigates the dissolved gases evolution in transformer oil under combined
DC/AC electrical-thermal stress. Dissolved gases detected in transformer aged insulation oil …

Low gravity fluid management is key to a variety of spaceflight applications, from life support
aboard the International Space Station to propellant management in satellite tanks. Capillary …

We introduce a generic, facile, and environment-friendly strategy to fabricate a flexible, low-
cost, highly sensitive nanocomposite by incorporating electrospinning and hydrothermal …

The emissions of SF6 have been restricted owing to 3400 years of atmospheric lifetime and
high global warming potential (GWP) as an insulating gas in gas‐insulated electrical …

This paper investigates C4H2F6, a promising environmentally friendly insulating gas that
possesses high dielectric strength and a low global warming potential. The study focuses on …

The boiling point is a crucial indicator for assessing the suitability of insulating gases. Its
theoretical prediction has consistently garnered significant attention from the scientific …

This research work examines the effect of the electric field in C4F7N for different
configurations of electrodes and applied voltages. The behavior of the insulation medium is …