The electric field distributions along gas‐solid interfaces determine the reliability, lifetimes
and sizes of gaseous insulated switchgears/pipelines (GIS/GIL), which also affect the …

A multi-physics simulation model of the tri-post insulator in±800 kV GIL laid horizontally is
established to study the effects of gas convection on surface charges and electric field …

For the preparation of diamond heat sinks with ultra-high thermal conductivity by Chemical
Vapor Deposition (CVD) technology, the influence of diamond growth direction and electric …

Now days, the establishment of spacers is in wide usage in three-phase Gas Insulated
Busduct (GIB) for providing mechanical support and better insulation to the conductors. The …

Topology optimization and three-dimensional (3D) printing have recently attracted attention
as potential technologies for ensuring the application of a functionally graded material to …

In order to improve the effectiveness of partial discharge detection in attached metal particle
insulators, this paper proposes a partial discharge detection method for particle defects in …

The electric field distribution is critical to the insulation structure design of 1000-kV gas-
insulated-switchgear (GIS) equipment. At present, it is not difficult to obtain the electric field …

Recently, spacer design is considered as an important factor for the smooth functioning of
three phase gas insulated busduct (GIB) to prevent itself from several defects like …

Functionally graded materials (FGM) are applied in HVDC gas insulated lines (GIL) to
control the electric field within the DC insulation system. In HVDC GIL, FGM with a spatial …

Recently, the defects in Gas-Insulated Busduct (GIB) affect the electric field distribution badly
over the spacer length and de-energies the GIB leading to huge loss economically. In this …