Microstructures of Tl 2 Ba 2 CuO 6 (Tl-2201) thin ®lms with di€erent doping levels grown on SrTiO 3 substrates were studied by transmission electron microscopy. It is found that Tl-2201 ®lms are epitaxial single phase over large area. A new three-dimensional modulation structure was observed for the heavily overdoped ®lms. With decrease of doping level from heavily overdoped to optimally doped,...

This article proposes a class of ultra-wideband 3-D microwave absorbers with composite slotlines and microstrip lines from synthetic design to practical implementation. Firstly, the general equivalent transmission line (TL) model proposed absorber element is formed based on two sets shunt short-ended stubs an i-section nonuniform connecting line. Then, procedure theoretically investigated using...

The use and development of Radio Frequency Identification (RFID) systems has undergone substantial growth in the past decade in many new areas. Some of these areas include wire‐ less sensor systems, metamaterials and compact antennas [1-8]. However, much of this new growth has required more performance from traditional passive RFID systems. In particu‐ lar, the need for more compact antennas wi...

In this article, a comprehensive method for parametric representation of wire trajectories, allowing accurate geometric description complex and arbitrarily oriented bundles, is introduced. This the starting point to develop computationally efficient numerical transmission-line (TL) model predicting radiated susceptibility bundles wires, illuminated by (possibly) nonuniform electromagnetic field...

<p>The aim of this project was to detect and locate the single ground failure lines that occurs in medium voltage (MV) networks on transmission (TL). Compared with anther faults, line-to-ground (SLG) is most frequent. The neural network (NN) algorithm advanced order discover SLG faults. simulated through numerous defects at various locations, as well changing earth resistance from (or 100...

We present a Transfer Learning (TL) framework based on Stacked Denoising Autoencoder (SDA) for the recognition of immunogold particles. These particles are part of a high-resolution method for the selective localization of biological molecules at the subcellular level only visible through Transmission Electron Microscopy (TEM). Four new datasets were acquired encompassing several thousands of i...