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JP5258541B2 |
An electrode anchoring structure in a crystal-growing furnace includes at least one graphite electrode pillar, at least one metal electrode pillar, at least one anchoring base, and at least one locking nut, wherein the graphite electrode...
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JP5250480B2 |
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JP5226206B2 |
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JP5218196B2 |
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JP5221708B2 |
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JP5220135B2 |
A microwave heating apparatus (101) includes a burning chamber (103) in which an object (102) to be burned is placed, a magnetron (116) for applying microwaves into the heating apparatus, a cooling gas introducing mechanism (112b) for in...
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JP2013525721A |
A channel inductor of a channel induction furnace is disclosed. The channel inductor comprises a channel liner that defines a channel for a molten metal to flow through the channel inductor. The channel liner comprises an inlet and an ou...
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JP5209174B2 |
Methods and apparatus are provided for igniting, modulating, and sustaining a plasma for various plasma processes and treatments. In one embodiment, a plasma is ignited by subjecting a gas in a multi-mode processing cavity to electromagn...
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JP5202810B2 |
A gas supplying unit supplies a nitrogen gas into a furnace body of a graphite heating furnace in which at least a part of the furnace body is formed with a graphite. An exhausting unit exhausts a gas inside the furnace body to outside t...
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JP5200526B2 |
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JP5202855B2 |
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JP2013105553A |
To provide a non-iron molten metal heater enabling a heating element to be easily contained in a tube member.A non-iron molten metal heater 1 includes a heating element 2 and a protector 4 mainly composed of ceramic. The protector has a ...
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JP2013093148A |
To suppress occurrence of uneven heating when a ring-shaped large-sized sample is heated (sintered, annealed), in a single mode type furnace.A microwave furnace includes: a heating part 13 having an internal space where a heated body 5 i...
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JP2013093600A |
To provide a method for managing temperature distribution varying dependently on the patterning of wafer in rapid thermal processing, to greatly enhance the uniformity of rapid thermal processing (RTP).Provided are an apparatus 60 and a ...
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JP5198169B2 |
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JP5195419B2 |
A heat treating furnace capable of continuously performing binder removal and subsequent firing without requiring a complicated configuration and increasing the equipment size and cost, for example, for degreasing a ceramic molding which...
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JP2013076560A |
To selectively heat a lower layer portion of an agglomerate charged into a drying furnace using a microwave.A microwave dryer is provided at a hot-air type drying furnace that makes hot air blast an object to be dried when the object to ...
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JP2013076561A |
To selectively heat a lower layer portion of an agglomerate charged into a drying furnace using a microwave.A microwave dryer is provided at a hot-air type drying furnace that makes hot air blast an object to be dried when the object to ...
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JP2013076562A |
To selectively heat a lower layer portion of an agglomerate charged into a drying furnace using a microwave.A microwave dryer is provided at a hot-air type drying furnace that makes hot air blast an object to be dried when the object to ...
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JP5186374B2 |
An improved melting furnace including a crucible and a plurality of parallel conductors of identical height surrounding the crucible having at least one descending portion (9) and one ascending portion (10). The benefit from this arrange...
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JP5183638B2 |
This invention relates to a single-step pyrometallurgical process for the recovery of non-ferrous metals from zinc bearing residues, in particular from by-products of the zinc and lead industry such as goethite and jarosite. A process fo...
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JP5176222B2 |
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JP5162949B2 |
To provide an induction heating furnace installed with a furnace shell in the inside of an induction heating coil, capable of securing air-tightness with simple structure without increasing the size of the furnace and having furnace shel...
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JP5162181B2 |
A reactor (1) has a casing (12) composed of a magnesia-based refractory, and a bottom plate composed of an MgO-graphite mixed refractory is disposed on a bottom part of this casing. A graphite crucible (17) is provided at a bottom of the...
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JP5150260B2 |
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JP5148114B2 |
An apparatus and process are provided for supporting a billet inside an induction coil while the billet is being heated by electric induction. Two or more rails of a heat resistant ceramic material provide a curvilinear surface on which ...
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JP5148216B2 |
To provide an induction heating device for a strip-shaped body capable of improving efficiency of induction heating by reducing a thickness of a heat insulating material surrounding the strip-shaped body. In this device for induction-hea...
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JP5135846B2 |
To provide a pig iron storing furnace in which the service life of a lining refractory is extended in comparison with the conventional furnace, even in the case of storing not only the molten pig iron for producing an ordinary molten ste...
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JP5137990B2 |
To provide a melting apparatus which is superior in melting efficiency and an electric power consumption rate. This melting apparatus comprises: an electric resistance furnace 11 which passes an electric current to a raw material used fo...
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JP5139136B2 |
To provide an induction heating device capable of achieving desired heating, while preventing an electric shock, by restraining radio disturbance, without increasing an outside dimension, even when performing induction heating by increas...
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JP5134595B2 |
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JP5134375B2 |
There is provided an electric heater support plate which is not likely to be softened or deformed during firing at a high temperature, even if a material to be fired contains an alkaline component or an Si component as a volatile compone...
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JP5129492B2 |
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JP5128134B2 |
Apparatus and method are provided for damping the induced fluid flow, particularly in the region of the base plate, in an electrically conductive material that is heated and melted in a cold crucible induction furnace. Damping is accompl...
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JP5126973B2 |
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JP5119544B2 |
To provide a high frequency induction furnace having high thermal efficiency and a solid melting method. The high frequency induction furnace 10 comprises an insulating material or a dielectric material, and includes a melting container ...
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JP5122840B2 |
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JP5114933B2 |
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JP2013002728A |
To provide a heat treatment furnace which allows, outside the furnace, a lead wire in the furnace to be connected and detached from an electrode bar exposed to the outside, and to provide a method for replacing a heater of the heat treat...
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JP5109339B2 |
To stably discharge molten objects without causing deposit by preventing formation of a local low temperature part in a melting basin interior and preventing ununiformity of heating temperature when discharging melted objects from an out...
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JP5103007B2 |
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JP5100021B2 |
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JP5094733B2 |
Device for adjusting an electrode (5) in a metallurgical furnace comprises a clamping ring (3) and a holding ring (4) mounted in the furnace roof (15).
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JP5096182B2 |
A thermal processing furnace comprises: a tubular heat insulation member 4 surrounding a processing vessel 3 for receiving and thermally processing an object to be processed w; a heating resistor 5 helically arranged on an inner circumfe...
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JP2012243407A |
To provide an explosion-proof structure of a duplex tube heater having an explosion-proof measure of not only the body portion but also the end portion of the heater.A duplex tube heater is obtained by enclosing a quartz tube 13 includin...
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JP5091151B2 |
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JP5087875B2 |
To provide a heat treatment device capable of improving the energy efficiency of the heat treatment device including a thermo-electric module constituted of a plurality of thermo-electric element. This heat treatment device 1 having a he...
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JP5082234B2 |
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JP5079865B2 |
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JP5078197B2 |
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