Since China's data center AOC commercialization in 2013, Gigalight has successfully developed a series of rich and comprehensive product portfolios that meet the requirements of next-generation data centers.
Thus, MP Telecom has successfully developed Knowledge Management System(KMS) software which enables storage, search and select information for customer care at the highest efficiency.
According to information from the company itself, the Swiss pioneers in this area have successfully developed the world's only cost-effective energy storage system not dependent on topography or special geological subsoil features.
Minebea has acquired a large share in the market for LED backlights for mobile devices. By building on the LED backlights cultivated in this area, Minebea has succeeded in developing a LED backlight for PC monitors.
Thus, they have successfully developed low-power optical modulators capable of converting electrical signal into optical signal efficiently at near-infrared wavelength used for optical fiber communication.
With the effort of Dr. Doi during the production process of the detector, we succeeded in developing the detector for AKARI with the highest resolution in the world.
As a result of research and development efforts at Stella Chemifa Corporation, the parent company of Stella Pharma, they were able to successfully develop boron isotope enrichment technology to enable the mass production of a boron(Boron 10) compound before its competitors.
We have successfully developed a groundbreaking technique for treating legionella bacteria, which identifies the optimal combination of detachment and bacteria-elimination agents to generate synergy among the different functions and maximize the bacteria elimination effects.
In 2011 July, we researched Microsoft Windows 7 Mongolian Font- Mongolian Baiti and OpenType font techniques, successfully developped our first OpenType Mongolian Art Font.
The joint research group developed a system for taking X-ray diffraction images by irradiating each discrete portion of a large crystal with a pulse of SACLA's X-ray laser in a stepwise fashion at micron-level positional accuracy and succeeded in developing a method of femtosecond crystallographyFigure.
To address this issue, Kao has established new washing principles, designed molecules, and successfully developed Ultra Anion, an innovative detergent surfactant that is both highly adsorptive to the oil surface and quickly emulsifies and disperses sebum.
So far, we have developed an artificial marble wash counter with superior design and performance" Marvel" and energy saving We succeeded in development such as" CO2 controller" that enables compatibility between indoor air quality improvement.
MORE Exhibition 2018 Catalysts for DPF(Meshwork Catalyst)"We have successfully developed a catalyst technology for DPF by forming mesh type catalyst layer(Meshwork Catalyst) on the exhaust gas inlet side of the Diesel Particulate Filter hereinafter called DPF.
Through Toray's material design technology, capable of controlling polymer structures on a nanometer-order scale, and Canon's advanced molding technology, supporting the formation of large-scale parts, Canon and Toray realized improvements in material characteristics to successfully develop the industry's largest exterior part made using bio-based plastic.
By reacting sulfur to create organic sulfur and then using the organic sulfur as a new positive electrode material, the team successfully developed a magnesium-sulfur secondary battery that solves all the above problems, something of which there has been almost no report from anywhere else in the world.
While Totoku has already commercialized flexible flat cable“LEAFCONN” for applications such as TV, printer, and automobile, Totoku has succeeded in development of high-speed transmission flexible flat cable“LEAFCONN H” that provides potential compliance with V-by-One® US specification.
However, I successfully developed intermetallic titanium aluminides which exhibits adaptive properties, for example,"soft" when hot-worked and"hard" when used as structural components with applying the most advanced experimental methods, such as computer simulation in atomic scale and novel in-situ techniques to study phase transition during processes.
Chubu Electric Power and the Tohoku University High Field Laboratory for Superconducting Materials have jointly developed a revolutionary method(patent pending) for bearing the electromagnetic force acting on the superconducting wire materials with the coil surface. Furthermore, combination with insulating coating technology using liquid resin enabled successful development of a coil that can withstand electromagnetic force twice that of a conventional yttrium-based superconducting coil and six times that of a metallic superconducting coil, making it the world's strongest coil to date.
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