Abstract: There is provided a manufacturing supporting system for an electronic device including an inspection-data acquiring unit, a fluctuation-by-classification calculating unit, a data-by-factor acquiring unit, and a fluctuation-by-factor calculating unit is provided. The inspection-data acquiring unit acquires an inspection data of a target electronic device. The fluctuation-by-classification calculating unit is configured to calculate, on the basis of the inspection data, by classification including at least any one of positions among lots, among substrates, and in a substrate plane of the electronic device, fluctuation in dimensions of the target electronic device. The data-by-factor acquiring unit acquires an improvement history data of the target electronic device.

Abstract: According to one embodiment, a production support system includes: a production information storage unit; a manufacturing apparatus information storage unit; an inspection/measurement apparatus information storage unit; a planned lot number calculation unit; a first control mode calculation unit. The first control mode calculation unit is configured to calculate an appropriate control mode from the number of products to be subjected to the control of the final quality, a relationship between fluctuation of the final quality and a number of products when performing a predetermined feedback type/feedforward type combined APC, fluctuation of the final quality when performing a feedforward type APC, and fluctuation of the final quality when not performing the feedback type/feedforward type combined APC.

Abstract: There is provided a manufacturing supporting system for an electronic device including an inspection-data acquiring unit, a fluctuation-by-classification calculating unit, a data-by-factor acquiring unit, and a fluctuation-by-factor calculating unit is provided. The inspection-data acquiring unit acquires an inspection data of a target electronic device. The fluctuation-by-classification calculating unit is configured to calculate, on the basis of the inspection data, by classification including at least any one of positions among lots, among substrates, and in a substrate plane of the electronic device, fluctuation in dimensions of the target electronic device. The data-by-factor acquiring unit acquires an improvement history data of the target electronic device.

Abstract: According to one embodiment, a production support system includes: a production information storage unit; a manufacturing apparatus information storage unit; an inspection/measurement apparatus information storage unit; a planned lot number calculation unit; a first control mode calculation unit. The first control mode calculation unit is configured to calculate an appropriate control mode from the number of products to be subjected to the control of the final quality, a relationship between fluctuation of the final quality and a number of products when performing a predetermined feedback type/feedforward type combined APC, fluctuation of the final quality when performing a feedforward type APC, and fluctuation of the final quality when not performing the feedback type/feedforward type combined APC.

Abstract: Disclosed is a method of gasifying a biomass, comprising heating a fluidized bed reactor loaded with a catalyst represented by Rh/CeO2/M, where M represents SiO2, Al2O3 or ZrO2, to temperatures lower than 800° C. introducing biomass particles into the fluidized bed reactor from an upper portion thereof, introducing air and steam into the fluidized bed reactor from a lower portion thereof, and allowing the biomass particles to react at the surface of the Rh/CeO2/M catalyst so as to manufacture hydrogen and a syngas.

Abstract: A preparation method of catalysts for Fischer-Tropsch synthesis comprises preparing a solution containing a chelate complex having a transition metal capable of hydrogenating carbon monoxide, allowing silica as a carrier to be impregnated with the solution, drying the silica carrier impregnated with the solution, and baking the silica carrier after the drying so as to permit the oxide of the transition metal to be supported by the silica carrier.

Abstract: A method of producing synthetic fuels by hydrogenating carbon monoxide comprising contacting a feed gas containing carbon monoxide and hydrogen with a metal sulfide catalyst comprising: (1) at least one element selected from the group consisting of Rh, Pd, Pt, and Hf; and optionally (2) solid acid.

Abstract: Disclosed is a method of gasifying a biomass, comprising heating a fluidized bed reactor loaded with a catalyst represented by Rh/CeO2/M, where M represents SiO2, Al2O3 or ZrO2, to temperatures lower than 800° C., introducing biomass particles into the fluidized bed reactor from an upper portion thereof, introducing air and steam into the fluidized bed reactor from a lower portion thereof, and allowing the biomass particles to react at the surface of the Rh/CeO2/M catalyst so as to manufacture hydrogen and a syngas.

Abstract: A method of producing synthetic fuels by hydrogenating carbon monoxide comprising contacting a feed gas containing carbon monoxide and hydrogen with a catalyst comprising: (1) a supported metal sulfide comprising Pd and at least one promoter selected from the group consisting of alkali metal, alkaline earth metal, and rare earth elements, and optionally (2) solid acid.

Abstract: Provided is a hydrogenation catalyst of carbon monoxide, which is suited to the manufacture of a hydrogenation product containing target components (e.g., gasoline fuel oil components or diesel fuel oil components) at high selectivity from a gas mixture of hydrogen and carbon monoxide. This hydrogenation catalyst of carbon monoxide has a structure in which a transition metal is carried by a porous material in which 90% or more of all pores are fine pores each having a diameter of 1 to 50 nm.

Abstract: An apparatus for evaluating activity of catalysts, includes a reactive gas-introducing unit, a reacting vessel inlet gas controller for controlling a flow rate of a reactive gas to be fed via the reactive gas-introducing unit, a reacting vessel into which the reactive gas is through the reactive gas-introducing unit, a catalytic reaction gas outlet unit for discharging the catalytic reaction gas from the reacting vessel, a reacting vessel outlet gas controller for controlling a flow rate of a catalytic reaction product discharged from the reacting vessel to the reacted gas outlet unit, and a catalytic reaction product detector for identifying the catalytic reaction product, said reacting vessel comprising a pressure-proof stainless vessel body of which pressure is adjustable and in which a number of catalyst samples are to be placed, and a heater for uniformly heating the catalyst samples, the reactive gas undergoing the catalytic reaction during passing through each catalyst sample, the catalytic reaction ga

Abstract: A method of producing synthetic fuels by hydrogenating carbon monoxide comprising contacting a feed gas containing carbon monoxide and hydrogen with a metal sulfide catalyst comprising: