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    • 1. 发明公开
    • 저항열을 이용한 금속수소화물의 제조방법
    • 通过能源制造金属氢化物的方法
    • KR1020030090118A
    • 2003-11-28
    • KR1020020028113
    • 2002-05-21
    • 대한민국 (경상대학교 총장)안득규
    • 허보영안득규
    • C01B6/00
    • C01B6/00
    • PURPOSE: A process for manufacturing metallic hydride by joule energy is provided, wherein a metal is instantaneously heated to a hydrogen penetrating temperature without heat loss by resistance heat generated by the metal itself so as to manufacture the metallic hydride using low energy for a short period of time. CONSTITUTION: The process comprises the step of cooling the heated metal after heating the metal to a temperature at which hydrogen is penetrated into the metal using resistance heat of the metal itself by applying current to a metal at a hydrogen atmosphere, wherein the heating process of the metal is performed by applying current to the metal for less than 10 seconds so that the metal is heated to the temperature range of hydrogenation temperature to melting point, and wherein the metal is water cooled as it is being heated.
    • 目的:提供一种通过焦耳能量制造金属氢化物的方法,其中金属瞬时加热至氢穿透温度,而不会由金属本身产生的电阻热而损失热量,以便在短时间内使用低能量制造金属氢化物 的时间。 构成:该方法包括以下步骤:通过在氢气氛下向金属施加电流,将金属加热至金属本身的电阻热,使氢气渗入金属的温度下冷却加热金属,其中, 通过向金属施加电流少于10秒来进行金属,使得金属被加热至加氢温度至熔点的温度范围,并且其中金属在被加热时被水冷却。
    • 3. 发明公开
    • 고 반응성 금속 수소화물, 이들의 제조 방법 및 용도
    • 高活性金属氢化物及其制备方法和用途
    • KR20180008448A
    • 2018-01-24
    • KR20177031902
    • 2016-03-24
    • ALBEMARLE GERMANY GMBH
    • WIETELMANN ULRICHKURTH CHRISTOPHERSCHERER STEFANRITTMEYER PETERSTOLL ARMINLISCHKA UWE
    • C01B6/04
    • C01B6/04C01B6/00C07F5/027C07F5/066
    • 본발명은분말상태의, 고반응성알칼리및 알칼리토 수소화물화합물에; 원소주기율표 (PTE)의제3 주족원소와의혼합물에; 그리고 PTE의제3 주족의미세하게분산된금속또는화합물의존재하에서알칼리또는알칼리토금속을반응시킴에의한상기수소화물화합물의제법으로서, 상기 PTE의제3 주족의미세하게분산된금속또는화합물이하나이상의수소화물리간드를갖거나, 상기수소화물리간드가우세한반응조건하에서, 즉수소기체또는또 하나의 H 공급원의존재하에서제자리에서수소화물종으로전환되는상기수소화물화합물의제법에관한것이다. 본발명은또한수소화물과유기금속성화합물의착물을제조하기위한상기수소화물화합물의용도에관한것이다.
    • 本发明涉及粉末状,高反应性的碱和碱加氢处理的化合物; 与元素周期表(PTE)的元素3混合; 和PTE议程3作为jujok由碱金属或碱土金属中分散的金属的存在或PTE议程3的化合物反应精细制备的氢化物化合物的细分散金属或jujok一个大于或等于的化合物 其中氢化物配体在主要反应条件下,即E.在存在氢化物配体的情况下,在氢气或另一种H源存在下,原位转化为氢化物物质。 本发明还涉及这种氢化物用于制备氢化物和有机金属化合物的配合物的用途。
    • 6. 发明公开
    • 개질기 및 간접 내부 개질 형 고온 형 연료전지.
    • 改造和间接内部改造型高温燃料电池
    • KR1020100024934A
    • 2010-03-08
    • KR1020097026088
    • 2008-05-15
    • 제이엑스티지 에네루기 가부시키가이샤
    • 하타다수수무
    • H01M8/06H01M8/12C01B3/38
    • H01M8/12B01J8/008B01J8/0207B01J8/0285B01J2208/00407B01J2208/00415B01J2208/021B01J2219/1923C01B3/38C01B3/382C01B3/384C01B6/00C01B2203/0233C01B2203/066C01B2203/0811C01B2203/085C01B2203/1011C01B2203/1247H01M8/0625H01M2008/1293
    • This invention provides a reformer, which uses a relatively low-cost particulate catalyst and can realize a more even temperature distribution in a catalyst layer while suppressing the necessity of an increase in size of the reformer and an increase in a required power and size of an auxiliary machine, and an indirect internal reforming-type high-temperature fuel cell which is more compact while suppressing an increase in cost. The reformer produces a hydrogen-containing gas from a hydrocarbon fuel utilizing a steam reforming reaction. The reformer comprises a reaction vessel and a reforming catalyst layer formed by filling a particulate catalyst having a steam reforming capability into the reaction vessel. A partition plate is provided for dividing the reforming catalyst layer into at least two compartments. The thermal conductivity of the partition plate is higher than the effective thermal conductivity of the catalyst layer. The partition plate is extended from a higher temperature part toward a lower temperature part in the rated operation of the reaction vessel. The indirect internal reforming-type high-temperature fuel cell comprises the reformer and a high-temperature fuel cell for generating electric power using a hydrogen-containing gas. In this fuel cell, the reformer is disposed at a position which undergoes thermal radiation from the high-temperature fuel cell.
    • 本发明提供一种重整器,其使用相对低成本的颗粒催化剂,并且可以在催化剂层中实现更均匀的温度分布,同时抑制重整器尺寸增加的必要性和所需功率和尺寸的增加 辅助机和间接内部重整型高温燃料电池,其在抑制成本增加的同时更紧凑。 重整器利用蒸汽重整反应从烃燃料产生含氢气体。 重整器包括反应容器和通过将具有蒸汽重整能力的颗粒催化剂填充到反应容器中形成的重整催化剂层。 提供了隔板,用于将重整催化剂层分成至少两个室。 隔板的导热率高于催化剂层的有效热导率。 在反应容器的额定运行中,隔板从较高温度部分延伸到较低温度部分。 间接内部重整型高温燃料电池包括重整器和使用含氢气体发电的高温燃料电池。 在该燃料电池中,重整器设置在经受来自高温燃料电池的热辐射的位置。