Addressing physical flexibility of microstrip patch antenna (MPA) for wireless body area
network (WBAN) applications and developing such a antenna with a flexible substrate has …

The physical flexibility has a significant impact on microstrip antenna design for wireless
body area network (WBAN) application and designing such an antenna on a flexible …

Flexible substrates have been increasingly studied in recent years. This paper proposes
natural rubber as a new substrate material for flexible antennas. In our work, prototype …

Modern ages have observed excessive attention from both scientific and academic
communities in the field of flexible electronic based systems. Most progressive flexible …

Non-metallic components are increasingly finding application in numerous industries
including oil and gas, energy, transportation, and construction. The inherent advantages of …

In this paper, we report the first attempt to use natural rubber as a substrate in the design of
flexible microstrip patch antennas. The effects of dielectric properties of rubber on the …

Fillers are used in natural rubber to improve their mechanical and electronic properties. This
paper presents a study on the effects of filler on flexible antenna performance utilizing …

This paper reports for the first time, the use of natural rubber as a substrate in the design of
flexible antennas. Four inset fed patch antennas with different dimensions were simulated to …

The ability to differentiate and identify different sources of oils and fats is vital, especially in
specialized food products. Adulteration of vegetable oils with the lower cost animal fats in …

Antenna flexibility has a significant role for applications in wearable body area networks,
and designing of flexible antennas faces many challenges. In this paper rubber substrate …