This paper discusses and compare the performance of microstrip patch antenna with
different substrates to be used for Brain Tumor Detection. The comparison of the antenna …

The vulcanization properties, physicochemical, dielectric, and electrical properties of natural
rubber-based composites were investigated and compared. The composites contain 30–70 …

This work deals with the development of novel composites from renewable resources
applicable for manufacturing flexible wearable antennas. Two types of fillers (rice husk ash …

This paper designs a microstrip patch antenna using rubber substrate with different
concentration of carbon filler which are rubber with 0% carbon filler (Natural Rubber), rubber …

Ce travail de thèse se concentre sur l'optimisation des matériaux cellulosiques (papiers,
carton et matériaux à base de cellulose). Nous cherchons à améliorer ces matériaux dans le …

In this paper, a flexible circular microstrip antenna using rubber substrate is proposed to
operate at 2.45 GHz within the ISM band for wearable applications. Several rubber materials …

Carbon black is a type of filler used in natural rubber to improve their mechanical and
electronic properties. Previously, a preliminary study on the effects of filler content on the …

The flexibility in designing the wearable microstrip patch antenna is essential for Wireless
Body Area Network (WBAN) applications. The shortcomings of the wearable antenna are …

Pada saat ini teknologi semakin berkembang pesat salah satu diantaranya adalah bidang
Telekomunikasi, misalnya antena. Antena merupakan perangkat yang digunakan untuk …

Antennas made using rigid substrates are unsuitable in applications where space and
surface conformability are a concern. This is a common issue for RFID, smart tags and …