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    • 33. 发明授权
    • Method for equipping an epitaxy reactor
    • 装配外延反应堆的方法
    • US08846501B2
    • 2014-09-30
    • US13378340
    • 2010-06-08
    • Gerhard Karl Strauch
    • Gerhard Karl Strauch
    • H01L21/20H01L21/28C30B25/08C30B35/00C23C16/44C23C16/52
    • C30B25/08C23C16/4404C23C16/52C30B35/00
    • The invention relates to a method for equipping a process chamber in an apparatus for depositing at least one layer on a substrate held by a susceptor in the process chamber, process gases being introduced into the process chamber through a gas inlet element, in particular by means of a carrier gas, the process gases decomposing into decomposition products in the chamber, in particular on hot surfaces, the decomposition products comprising the components that form the layer. In order to improve the apparatus so that thick multi-layer structures can be deposited reproducibly in process steps that follow one another directly, it is proposed that a material is selected for the surface facing the process chamber at least of the wall of the process chamber that is opposite the susceptor, the optical reflectivity, optical absorptivity and optical transmissivity of which respectively correspond to those of the layer to be deposited during the layer growth.
    • 本发明涉及一种用于在处理室中装配处理室的方法,用于在处理室中由基座保持的基板上沉积至少一层,工艺气体通过气体入口元件被引入处理室,特别是通过装置 的载气,所述工艺气体在室内分解成分解产物,特别是在热表面上,所述分解产物包含形成该层的组分。 为了改进装置,使得厚的多层结构可以可再现地沉积在直接相互追随的工艺步骤中,因此提出了至少在处理室的壁上面向处理室的表面的材料被选择 与感光体相对,光学反射率,光吸收率和光透射率分别对应于层生长期间要沉积的层的光学反射率。
    • 35. 发明申请
    • CVD Reactor Having Gas Inlet Zones that Run in a Strip-Like Manner and a Method for Deposition of a Layer on a Substrate in a CVD Reactor of this Kind
    • 具有以类似方式运行的气体入口区域的CVD反应器以及该类型的CVD反应器中的基板上的层的沉积方法
    • US20120263877A1
    • 2012-10-18
    • US13391561
    • 2010-08-02
    • Gerhard Karl StrauchMartin Dauelsberg
    • Gerhard Karl StrauchMartin Dauelsberg
    • C23C16/455C23C16/458
    • C23C16/45565C23C16/4401C23C16/4557C23C16/45574
    • The invention relates to a CVD reactor having a process chamber (1), the floor (3) of which is formed by a susceptor (2) for receiving substrates (4) to be coated with a layer and the ceiling (6) of which is formed by the underside of a gas inlet element (5) that has a multiplicity of gas inlet openings (13, 14) distributed uniformly over its entire surface, the gas inlet openings (13, 14) being divided into strip-like first and second gas inlet zones (11, 12) that run parallel to one another in a direction of extent, the gas inlet openings (13) of a first gas inlet zone (11) being connected to a common first process-gas feed line (9) for introducing a first process gas into the process chamber (1), the gas inlet openings (14) of a second gas inlet zone (12) being connected to a common first process-gas feed line (10), which is different from the first process-gas feed line (9), for introducing a second process gas into the process chamber (1), and the first and second gas inlet zones (11, 12) lying alternatingly alongside one another. The spacing (D) of a multiplicity of gas inlet openings (13, 14) of each gas inlet zone (11, 12) that lie side by side transverse to the direction of extent is to be approximately one quarter of the height (H) of the process chamber (1) and the width (W) of an individual gas inlet zone (11, 12) is to correspond approximately to the height (H).
    • 本发明涉及一种具有处理室(1)的CVD反应器,其底板(3)由接受器(2)形成,用于接收待涂覆层的基板(4),并且其上面 由气体入口元件(5)的下侧形成,其具有在其整个表面上均匀分布的多个气体入口(13,14),所述气体入口开口(13,14)被分成条状和 第二气体入口区域(11,12),其在一定程度上彼此平行地延伸,第一气体入口区域(11)的气体入口开口(13)连接到共同的第一处理气体供给管线(9) ),用于将第一工艺气体引入所述处理室(1)中,所述第二气体入口区(12)的气体入口开口(14)连接到共同的第一处理气体供给管线(10) 用于将第二处理气体引入处理室(1)的第一工艺气体供给管线(9),以及第一和第二气体入口区 (11,12)交替地彼此交替。 每个气体入口区域(11,12)的多个气体入口开口(13,14)的横向于横向方向的间隔(D)约为高度(H)的四分之一, 处理室(1)的宽度(W)与各个气体入口区(11,12)的宽度(W)大致对应于高度(H)。
    • 36. 发明授权
    • Inlet system for an MOCVD reactor
    • 用于MOCVD反应器的入口系统
    • US07625448B2
    • 2009-12-01
    • US10591906
    • 2006-08-28
    • Martin DauelsbergMartin ConorGerhard Karl StrauchJohannes Kaeppeler
    • Martin DauelsbergMartin ConorGerhard Karl StrauchJohannes Kaeppeler
    • C30B21/02
    • C23C16/45568C30B25/14C30B29/40
    • The invention relates to a device for depositing especially crystalline layers on at least one especially crystalline substrate in a process chamber comprising a top and a vertically opposing heated bottom for receiving the substrates. A gas-admittance body forming vertically superimposed gas-admittance regions is used to separately introduce at least one first and one second gaseous starting material, said starting materials flowing through the process chamber with a carrier gas in the horizontal direction. The gas flow homogenises in an admittance region directly adjacent to the gas-admittance body, and the starting materials are at least partially decomposed, forming decomposition products which are deposited on the substrates in a growth region adjacent to the admittance region, under continuous depletion of the gas flow. An additional gas-admittance region of the gas-admittance body is essential for one of the two starting materials, in order to reduce the horizontal extension of the admittance region.
    • 本发明涉及用于在处理室中的至少一个特别结晶的衬底上沉积特别是结晶层的器件,该器件包括用于接收衬底的顶部和垂直相对的加热底部。 使用形成垂直叠加的气体导纳区域的气体导纳体分别引入至少一种第一和第二气态原料,所述原料在水平方向上以载气流过处理室。 在气体导纳体的直接区域的导纳区域,气体流动均匀化,起始材料至少部分分解,形成在与导纳区域相邻的生长区域内沉积在基板上的分解物,在连续耗尽 气流。 为了减小导纳区域的水平延伸,气体导纳体的另外的气体导纳区域对于两种起始材料之一是必不可少的。
    • 37. 发明申请
    • DEVICE FOR TEMPERATURE-CONTROLLED ACCOMMODATION OF A CONTAINER
    • 集装箱温度控制装置
    • US20090283040A1
    • 2009-11-19
    • US11722071
    • 2005-12-06
    • Markus ReinholdGerhard Karl Strauch
    • Markus ReinholdGerhard Karl Strauch
    • C23C16/54
    • C23C14/228C23C14/22C23C16/4481
    • The invention relates to a device for the tempered storage of a container (19) for receiving condensed materials that are transported out of the container (19) by evaporation by means of a carrier gas guided through the container. Said device comprises a housing (3) forming a chamber (25), the wall (3) of said housing being embodied in a heat-insulating manner, a passage (20, 21) in the housing wall (3) for a gas supply line or gas evacuation line (17, 18) to, or from, the container (19) arranged in the chamber (25), and a heating (16) or cooling system for tempering the chamber (25). The invention is characterised in that a gas flow producer (4) and the gas flow guiding means (5-10) guiding the gas flow produced by the gas flow producer (4) are provided in the chamber (25), the gas flow produced by the gas flow producer and formed by the gas flow guiding means (5-10) being heated by the heating system (16) and flowing alongside the container (19).
    • 本发明涉及一种用于容器(19)的回火储存的装置,用于接收冷凝材料,所述冷凝材料通过通过所述容器引导的载体气体通过蒸发被输送出所述容器(19)。 所述装置包括形成腔室(25)的壳体(3),所述壳体的壁(3)以绝热方式体现,所述壳体壁(3)中用于供气的通道(20,21) 线路或排气管线(17,18)到设置在所述腔室(25)中的容器(19)或从所述腔室(25)中布置的容器(19),以及用于回火所述腔室(25)的加热(16)或冷却系统。 本发明的特征在于,在室(25)中设置有气流生成器(4)和引导由气流发生器(4)产生的气流的气流引导装置(5-10),产生气流 由气体流动产生器形成并由气体流动引导装置(5-10)形成,被加热系统(16)加热并沿着容器(19)流动。
    • 38. 发明申请
    • GAS DISTRIBUTOR WITH PRE-CHAMBERS DISPOSED IN PLANES
    • 配有预处理池的气体分配器
    • US20090013930A1
    • 2009-01-15
    • US11815091
    • 2006-01-05
    • Markus ReinholdPeter BaumannGerhard Karl Strauch
    • Markus ReinholdPeter BaumannGerhard Karl Strauch
    • C23C16/00
    • C23C16/45565C23C16/45574
    • A gas distributor for a CVD or OVPD reactor comprises two or more gas volumes (1,2) into each of which opens a feed pipe (3,4) for a process gas, each gas volume (1,2) being connected to a plurality of corresponding provess gas outlets (6,7) which open into the bottom (5) of the gas distributor. In order to increase the homogeneity if the gas composition, the two gas volumes (1,2) comprose pre-chambers (10, 10′, 11) located in a first common plane (8) and a plurality of gas distribution chambers (12, 13) each associated with a gas volume are provided in a second plane (9) adjacent to the bottom of the gas distributor. The pre-chambers (10, 10′, 11) and gas distribution chambers (12, 13) associated with each gas volume (1,2) are connected with connection channels (14, 15).
    • 用于CVD或OVPD反应器的气体分配器包括两个或更多个气体体积(1,2),每个气体容积(1,2)打开用于处理气体的进料管(3,4),每个气体体积(1,2)连接到 多个对应的气体出口(6,7),其通向气体分配器的底部(5)。 为了增加气体组成的均匀性,两个气体体积(1,2)包括位于第一公共平面(8)和多个气体分配室(12)中的预先室(10,10',11) ,13)设置在与气体分配器的底部相邻的第二平面(9)中。 与每个气体体积(1,2)相关联的前室(10,10',11)和气体分配室(12,13)与连接通道(14,15)连接。