This paper puts forward the passive and wireless SiCN temperature sensor in the applicability and necessity of the turbine engine internal environment temperature measurement. Using the principle of resonance frequency scanning tracking method based on perturbation to be the system test method, while the sensor feedback signal and the input signal ratio (S11) parameter as data analysis, and est...

Ultra-fast and large-quantity (grams) synthesis of one-dimensional ZnO nanowires has been carried out by a novel microwave-assisted method. High purity Zinc (Zn) metal was used as source material and placed on microwave absorber. The evaporation/oxidation process occurs under exposure to microwave in less than 100 s. Field effect scanning electron microscopy analysis reveals the formation of hi...

The IEICE (Institute of Electronics, Information and Communication Engineers) Transactions on Electronics announces a forthcoming special section on "Microwave and Millimeter-Wave Technology" to be published in October 2016. With the recent and rapid growth of wireless applications (5G, WLAN, WPT system, millimeter-wave radar, sensor), there are increasing demands of high performance/small size...

The oscillation frequencies of charged particles in a Penning trap can serve as sensors for spectroscopy when additional field components are introduced to the magnetic and electric fields used for confinement. The presence of so-called "magnetic bottles" and specific electric anharmonicities creates calculable energy-dependences of the oscillation frequencies in the radiofrequency domain which...

Monitoring of global bio-geophysical processes and their changes, that are due to human activities and natural causes, is of vital importance for earth system research. Microwave remote sensing can play a very significant role in a scientific understanding of the entire earth system. Significant geophysical parameters of land surfaces such as soil moisture, vegetation biomass and snow cover, as...

This article describes a system to investigate the parameters for the remediation of organic vapors using microwave-induced plasma on fluidized carbon granules. The system is based on a single mode microwave apparatus with a variable power (2.45 GHz) generator. Carbon granules are fluidized in a silica tube situated in the sample section of a waveguide incorporating two additional ports to allo...

In this article, a dual-functional microwave system with single input port that can simultaneously be used for antenna and sensor applications is presented. The ability of the proposed achieved by integrating two-port Wi-Fi novel frequency-selective multipath filter (FSMF). FSMF ensures efficient operation not affecting operational bandwidth communicating in presence different sensed materials ...