Abstract: The durability of the inside coating to the deformation processing in the post-processing of the inside-coated metal container having corrosion-resistivity is improved to reduce minor cracks and peelings as far as possible. In an inside-coated metal container 10 in which a high-degree of deformation processing is applied to the vicinity of an opening of one end after coating the inner surface, the coating films formed by the coating have the first layer 12 with high deformation processing durability laid on an area where the high-degree deformation processing is applied and the second layer 13 with high corrosion resistivity laid on the entire inner surface including the first layer of the metal container. The first layer 12 is made of phenolic epoxy resin coatings containing little phenol component and no pigment, and the second layer 13 is made of phenolic epoxy resin coatings containing much phenolic component and pigment.

Abstract: The durability of the inside coating to the deformation processing in the post-processing of the inside-coated metal container having corrosion-resistivity is improved to reduce minor cracks and peelings as far as possible. In an inside-coated metal container 10 in which a high-degree of deformation processing is applied to the vicinity of an opening of one end after coating the inner surface, the coating films formed by the coating have the first layer 12 with high deformation processing durability laid on an area where the high-degree deformation processing is applied and the second layer 13 with high corrosion resistivity laid on the entire inner surface including the first layer of the metal container. The first layer 12 is made of phenolic epoxy resin coatings containing little phenol component and no pigment, and the second layer 13 is made of phenolic epoxy resin coatings containing much phenolic component and pigment.

Abstract: An improved ASIC design support system is described. In accordance with the ASIC design support system, it is possible to easily download the latest versions of a necessary library (or libraries) and a necessary simulator. The ASIC design support system includes a web server which receives a request of the customer including the specification of the ASIC he wants to design. The web server serves to generate and transfer to the customer a library (or libraries) or a simulator required for designing said ASIC and performing simulation thereof.

Abstract: A hybrid integrated circuit in which the specification can quickly be modified and adjusted without preparing a new mask and without compromising the performance of the hybrid integrated circuit. The hybrid integrated circuit includes a common substrate on which an electrode pattern is formed; a first monolithic semiconductor chip designed as an ASIC; and a second monolithic semiconductor chip designed as an FPGA.

Abstract: An improved hybrid integrated circuit is provided in order that the specification can quickly be modified and adjusted when required without need for preparing a new mask and without need for compromising the performance of the hybrid integrated circuit.

Abstract: An improved ASIC design support system is described. In accordance with the ASIC design support system, it is possible to easily download the latest versions of a necessary library (or libraries) and a necessary simulator. The ASIC design support system includes a web server which receives a request of the customer including the specification of the ASIC he wants to design. The web server serves to generate and transfer to the customer a library (or libraries) or a simulator required for designing said ASIC and performing simulation thereof.

Abstract: Disclosed are 1) compositions comprising isolated monomeric subunits of chaperonin-60 or truncated fragments thereof that promote the folding of a polypeptide chain in vitro, 2) monomeric subunits of chaperonin-60 or truncated fragments thereof, immobilized on a solid surface, that promote also the folding of a polypeptide chain in vitro, 3) methods for preparing and/or immobilizing the monomeric subunits of chaperonin-60 or truncated fragments thereof, and 4) methods for folding polypeptide chains, specifically polypeptide chains expressed in a heterologous expression system, in vitro using the monomeric subunits of chaperonin-60 or truncated fragments thereof.