Early detection of viruses and bacteria using methods of nanotechnology Modern nanotechnology opens up new effective ways of early detection of viral and bacterial infections. This paper presents two related methods based on the use of scanning probe microscopes and piezoelectric biochips.
Hardware Trojans. Part3: methods for prevention and detection In the third part of a series of articles devoted to Hardware Trojans the most effective methods to prevent and to detect them are considered.
Frequency synthesizer for 5521 gate array family A frequency synthesizer IP core for 5521 gate array family is described. The functional structure
of the IP core, the design and performance concepts of certain sub blocks are presented.
Common methodological approach to evaluation of radiation resistance of gate arrays and semicustom very large scale ICs based on them The common methodological approach to the evaluation of radiation resistance of gate arrays and semicustom very large scale ICs based on them is developed and substantiated. The main features of ICs based on the gate arrays in relation to the objectives of ensuring and evaluation of their radiation resistance are analyzed, the dominant radiation effects in ICs are summarized.
Composition and principle of formation of standard evaluation circuit as simulator of gate arrays and semicustom very large scale IC based on them for radiation tests The paper analyzes the main features and shortcomings of the existing system for ensuring radiation resistance of very large scale ICs based on gate arrays through the development and testing of the generic evaluation circuit (GEC). It is proposed to include all of the basic library elements into the structure of GEC. It is also proposed to maximally unify the GEC for characterization of gate arrays and control of batches of wafers, analysis of features of control of technology stability and estimation of radiation resistance of the working firmware based on test results of GEC.
3D positioning systems in precise processing of materials The development of scanning probe microscopy has allowed to solve a number of complex tasks of moving and handling of objects with nanometer precision. This possibility is in demand in the modern areas of precision materials processing.
High-efficient nanotechnology and equipment for environmental recycling and water treatment Up-to-date developments of Russian companies and their foreign partners allow to bring to market high-performance equipment for processing of all types of waste and water treatment based on nanotechnologies and nanomaterials. This equipment, combined with smart technology, allow to create the highly competitive cognitive systems that meet environmental requirements of the Russian legislation.
Low noise amplifier based on 0.18 µm silicon-on-insulator technology Experimental study of implementation of the LNA based on 0.18 µm CMOS SOI technology is conducted. The advantages of the SOI technology for the manufacture of microwave IC are discussed. LNA with six levels of aluminum metallization, has been designed and manufactured using CMOS SOI technology.
Optimization of water treatment for nanotechnology industry The paper describes the technique of reducing production losses related to the variability and uncertainties in the instrumental evaluation of controllable parameters of water.