Setting up pipelines in the oil industry is very costly and time consuming. For this reason, a
pipe is usually used to transport various petroleum products, so it is very important to use an …

In this paper, plasmonic band-pass and band-stop filters employing ring resonators within
the framework of the Wilkinson power divider structure are presented. It is shown that the …

Global demand for fossil fuels has increased the importance of flow measurement in the oil
sector. As a result, a new submarket in the flowmeter business has opened up. To improve …

In this paper, a set of general constraint conditions of 3 port power divider is newly
established for arbitrary power ratio and arbitrary phase difference, where, the relationship …

In this paper, we introduce a novel graphene nanoribbon bandpass filter designed using the
Wilkinson power divider structure for single-mode operation. Through the three-dimensional …

Creating annular slotted rings within the circular microstrip patch power divider facilitates the
realization of a new power divider configuration, which provides multifaceted features like …

This article presents a dual-mode power divider (PD) that offers new working mechanism,
compact size, significant design freedom, wide working bandwidth, arbitrary power division …

Over time, the accumulation of scale within the transmission pipeline results in a decrease in
the internal diameter of the pipe, leading to a decline in efficiency and energy waste. The …

The scaling of oil pipelines over time leads to issues including diminished flow rates, wasted
energy, and decreased efficiency. To take appropriate action promptly and avoid the …

This paper presents a miniaturized Wilkinson Power Divider (WPD) with the capability of
attenuating unwanted harmonics up to the 19th harmonic. In this study, a low pass filter was …