Nippon Electric

B Neoceram-lS (Trade name of Nippon Electric Class Co. Ltd.) C Corning code 9650 (Machinable gia s-ceramic)... 

The silica membrane was prepared through sol-gel deposition and chemical vapor deposition methods. The porous a-alumina tube (O.D., 5.0 mm I.D., 3.5 mm length, 300 mm), supplied by Nano Pore Materials Co. Ltd., Korea, was used as a support. The mean pore size and porosity of the support tube were 0.1 pm and 35%, respectively. Tlie effective length of membrane was 100-150 mm at the middle of the tube, and both edges were glazed with a SiO2-BaO-CaO sealant (Nippon Electric Glass, GA-13), and then calcined at 1200°C. 

Multiple regression analyses were performed by the use of aJlEECOM 800 computer (Mitsubishi Electric, Co., Ltd., Osaka, Japan). The computer system for retention prediction was a 16-bit mioixjcomputer NEC 9801 (Nippon Electric, Co., Ltd., Tokyo, Japan), and the programs were written in BASIC language. 

The first attempts to achieve such a device were made in the 1970s. The cell had a non-symmetric Ag/RbAg4l5/C structure with a double-layer capacitance at the carbon electrode in the range of 10-40 nF cm" interface area However, due to the redox reaction, the working voltage was too low (<0.7 V) for the electronic devices of the time. Furthermore, the reversibility of the Ag electrode was poor and it was difficult to use fully the surface area of the ultrafine carbon. More recently, double-layer capacitors using acidic solution (H2SO4) as liquid electrolyte were developed by NEC (Nippon Electric Co. Ltd). A liquid electrolyte allows most of the surface area of the carbon electrode to be used. The electrical characteristics of the devices can be classified in relation to the properties of each material as follows. 

Nippon Electric Glass Co., Ltd-http //www. neg.co.jp/ Japan, E-glass chopped strands, rovings, and yarns for composite reinforcement applications... 

Vision (Corning/USA) Zerodui Narumi Neoceram Ceran (Schott/ (Nippon Electric Glass/ N-0 (Nippon (Schott/ Germany) Japan) Electric Gla Japan) Germany) ... 

Corning Ware (Corning/USA) Cercoi (Corning/USA) Neoceram N-11 (Nippon Electric Glass/Japan)... 

The most important properties of glass-ceramics with a P-wollastonite main crystal phase are shown in Table 2-13. The properties required by the building industry are shown in Section 4.6. This type of glass-ceramic is manufactured and sold by Nippon Electric Glass Co., Ltd, under the name of Neoparies . 

Transparent glass-ceramics of the Si02-Al203-Li20 system are used to produce color filter substrates for polysilicon thin-film-transistor liquid crystal displays for laptop color PCs. Nippon Electric Glass Co., Ltd., Japan,... 

In addition to Neoceram N-0, Nippon Electric Glass Co., Ltd., also produces another glass-ceramic that demonstrates zero expansion. Neoceram N-11 is a white, nontransparent glass-ceramic that contains P-spodumene solid solution primary crystals measuring approximately 1 pm. This glass-ceramic is used for induction cooker top plates, Kitchenware, (Section 4.2.1) or for optical components, such as the coupler housings of optical fibers (Neoceram 1992, 1995). 

CERABONE is the most widely and successfiilly used bioactive glass-ceramic for bone replacement in human medicine. Nippon Electrical Glass Co., Ltd. produces the apatite-wollastonite (A-W) glass-ceramic under the brand name of CERABONE A-W. It is distributed as a biomaterial by Lederle Qapan), Ltd. 

Properties of Glass-Ceramic Composites Used as Multilayer Substrates (Nippon Electric Glass Co., Japan) ... 

The most significant glass-ceramic for building applications is manufactured by Nippon Electric Glass under the brand name Neoparies (Neoparies 1995). This gjass-ceramic is produced on a large scale as a building material... 

Firelite brochure, Nippon Electric Glass, Tokyo, Japan, 1998. 

Neoceram, Zero-Expansion Glass-Ceramics for Innovative Application," Nippon Electric Glass Co. Ltd., 11 (1992). 

Also in Japan in 1962, a white nontransparent / -spodumene solid-solution glass ceramic was produced. Nippon Electric Glass manufactured cooktop panels imder the trademark Neoceram N-11. With a coefficient of thermal expansion of approximately 1.3 x 10 they were used for induction... 

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