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Document Title |
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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JP2012237542A |
To provide an apparatus and method for disposal of incineration ash using a plasma arc, capable of disposing of incineration ashes containing fly ash, while minimizing generation of a secondary pollution material.This invention relates t...
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JP5091151B2 |
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JP5087875B2 |
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JP5082234B2 |
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JP2012228722A |
To provide apparatus constitution of an electronic beam melting furnace having a hearth, in particular, an electronic beam melting furnace for producing metal, which is capable of smelting a titanium ingot having an excellent casting sur...
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JP5079865B2 |
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JP5078197B2 |
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JP5074045B2 |
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JP5074535B2 |
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JP5071770B2 |
The invention relates to a process for the separation and recovery of non-ferrous metals from zinc-bearing residues, in particular from residues produced by the zinc manufacturing industry. The process comprises the steps of: —subjecti...
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JP5073720B2 |
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JP2012221893A |
To provide an electric heating method, an electrode for electric heating, and an electric heating device that can heat the whole work at a uniform temperature with more simple constitution.The electric heating method using an electric he...
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JP2012220071A |
To provide an electrode lifting device of an AC arc furnace which is capable of substantially reducing arc stops generated during an operation, shortening the operation time, and reducing a power cost.This electrode lifting device includ...
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JP2012220183A |
To provide a rotary microwave baking furnace that obtains burnt lime uniformly at a high baking rate, freely controls a baking temperature and a baking time, and bakes carbonate mineral without being limited to the size thereof and to pr...
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JP2012216553A |
To provide an insert for an electric furnace including a strand coil-like heater element, in which accumulation of expansion of the strand is prevented.An insert for an electric furnace includes a heat insulation shell and a coil-like he...
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JP5066693B2 |
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JP5066690B2 |
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JP5065656B2 |
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JPWO2010126067A |
[Subject] Improvement in manufacturing efficiency and thermal energy reduction of high purity silicon which use metal class purity silicon as materials. [Means for Solution] About a chamber, it is vapor addition plasma arc heating to sil...
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JPWO2010126067A1 |
【課題】金属級純度シリコンを原料とする高
純度シリコンの生産効率向上と熱エネルギー
低減。【解決手段】チャンバー内のハースに
収容されたシリコン原料にチャンバーを...
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JP5054705B2 |
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JP5054892B2 |
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JP2012525497A |
A process (10) which it is a method for manufacturing an unfinished article of an expanding part article which comprises a charge of a titanium material, or a titanium alloy, or the part concerned, and prepares a charge of a titanium mat...
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JPWO2010116697A1 |
坩堝中の成膜材料の溶湯状態を維持しつつ坩
堝を傾動することで、坩堝から成膜材料を略
全量排出し、坩堝のクラック破損を防止でき
る薄膜の製造装置を提供する。本発明の...
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JP2012197475A |
To provide a microwave degreasing apparatus and a microwave degreasing method, wherein cracks and deformation are prevented from occurring in a molded article during a degreasing processing.The microwave degreasing apparatus includes: a ...
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JPWO2010116697A |
By tilting a crucible, maintaining a 溶湯 state of membrane formation material in a crucible, abbreviated whole-quantity discharge of the membrane formation material is carried out from a crucible, and a manufacture device of a thin fi...
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JP5053366B2 |
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JP5048998B2 |
To provide a heating element device capable of efficiently obtaining a burned substance by using microwaves. The heating element device has a heating element moving mechanism for moving the heating element according to temperature variat...
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JP5050626B2 |
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JP5045262B2 |
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JP5046385B2 |
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JP2011255413A5 |
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JP2012523541A |
The present invention is a furnace provided with a fire-resistant ceramic wall and a heat source for, heating an object at one place, The furnace is provided with at least one metal plate with which an adhesion layer of ceramic material ...
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JP2012180572A |
To provide a method for temperature elevation of molten metal by induction heating, capable of preventing false detection of molten metal leakage temporarily generating when changing operations from heat retention to heating in a channel...
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JP2012180573A |
To prevent the erroneous detection of molten metal leak temporarily occurring during a transition period from a heat-retaining operation to a heating operation by improving a method for cooling a channel-type induction heating apparatus....
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JP2012521531A |
Box type housing structure (2, 6) where a guidance furnace (1) is indicated and this guidance furnace divides an internal chamber (3) of a guidance furnace, being made from susceptor material -- mutual -- almost parallel -- estrangement ...
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JP2012177502A |
To provide a heat treatment apparatus in which variations in temperature in a circumferential direction can be decreased in a heat treatment zone.A heat treatment apparatus 10 includes a cylindrical heat treatment zone 26 on a furnace be...
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JP2012176426A |
To provide a melting furnace for melting metal capable of supplying a metal raw material and an alloy raw material to a hearth while accurately controlling the ratio of the metal raw material and the alloy raw material.The melting furnac...
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JP2012177522A |
To provide a melting furnace for manufacturing metal that rapidly cools a smelted ingot to increase manufacturing efficiency.An electron-beam melting furnace includes: a smelting part including a raw material feeding machine, a hearth fo...
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JP5023093B2 |
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JP2012171834A |
To provide a heat insulating material for microwave heating having excellent heating efficiency.In this heat insulating material for microwave heating using an inorganic oxide as a base material, fine carbon particles are dispersed into ...
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JP5015541B2 |
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JP2012158819A |
To provide a plasma processing apparatus performing surface modification by carburizing or the like an object to be treated comprising a metal material using plasma in an inside of a vacuum furnace, capable of optionally changing an elec...
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JP2012159218A |
To provide a brazing apparatus that reduces the size of a device for brazing a workpiece such as a heat exchanger, has less energy consumption, and allows a temperature of the workpiece to promptly and uniformly increase to a brazing tem...
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JP5006161B2 |
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JP5004195B2 |
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JP4999422B2 |
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JPWO2010090016A |
A calcination room (103) where the body (102) to be calcinated is arranged as for a microwave calcination furnace (101), A magnetron (116) which irradiates with microwave in a calcination furnace, and a gas introduction mechanism for coo...
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JPWO2010090016A1 |
マイクロ波焼成炉(101)は、被焼成体(
102)が配置される焼成室(103)と、
マイクロ波を焼成炉内に照射するマグネトロ
ン(116)と、冷却用気体を焼成炉外...
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