New developments in field of dicing For more than 40 years of work in the semiconductor industry DISCO has become a leader in the field of solutions for thinning, polishing and dicing and continues to offer new developments that change this fairly conservative field of microelectronics technology
Innovative plasma-processing systems Innovations in the field of deposition, etching, stripping, photomask etching, dicing and other areas.
To understand customer is our main principle The MPI Corporation (Taiwan) presents probe systems for monitoring devices on semiconductor wafers.
Routes of biomedical scanning probe microscopy The review of the latest achievements of scanning probe microscopy in solving practical problems in the field of biology and medicine is presented. The unique capabilities of scanning capillary microscopy are demonstrated in observing the morphology of single cells and studying the conductivity of the ion channels of the cell membrane. Particular attention is paid to the description of the principle of molecular printing using the technique of scanning capillary microscopy. Data on the creation of capillary biononosensors are presented.
Determination of absolute error of M-050-03 electronic level A calibration technique has been developed to determine the actual error of electronic levels. It is determined that the M-050-03 electronic level can be used in the local scheme as standard of the 1st category.
Nanoindustry in Moscow: composites, MEMS, medicines RUSNANO organized a press tour, presenting four nanoindustry enterprises located in the Technopolis Moscow: Technology Center NovaMedica Innotech, Mapper, Nanotechnology Center of Composites and Prepreg-ACM.
Modern industrial nanotechnology for RFID based on silicon and plastic RUSNANO management company held a technology seminar on the use of nanotechnology in RFID. The RFID technology on the basis of silicon and plastic was considered.
Probe microscopy: new opportunities for universities and schools The new teaching methods developed and tested by the author, which are implemented on the basis of the CMM-2000 serial microscope, make it possible to conduct interesting and understandable training courses in probe microscopy and nanotechnology.
Project and research activity of future teachers of physics in field of nanotechnologies Research and design activities of school students is a basis of achievement of metasubject educational results in the conditions of introduction of the Federal state educational standard.
Influence of microstructure of graphite precursor on formation of graphite oxide Graphite oxide is a compound, promising for different applications. Graphite basis plays an important role in synthesis process of graphite oxide.
DISCO’s innovations in real production In addition to the supply of equipment, as well as technical and service support, DISCO HI-TEC EUROPE has its own experienced production, which serves about 500 customers from around the world.
Traditions and innovations in production of Russian process equipment NIITM develops research and industrial equipment for nano- and microelectronics, MEMS, photonics, photovoltaics and other advanced fields of science and industry.
Temporary wafer bonding – key technologogy for MEMS devices Back thinning after temporary wafer bonding is a key technology for 3D integration of sensors and electronic components to obtain miniaturized systems. Ultrathin silicon wafers are difficult to handle therefore various temporary bonding approaches have been developed to stabilize and protect them during the subsequent fabrication steps.
National technological priorities. Diamond extreme electronics Unlike other technological challenges, the Russian material science base has now provided the opportunity to form a completely domestic innovative technological route for the production of diamond electronics with previously unattainable energy-frequency characteristics, temperature and radiation conditions of operation. This became possible due to the availability in Russia of the technology for growing large synthetic diamond single crystals and the development of processes for obtaining doped epitaxial diamond layers, including nano-layer compositions.