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    • 92. 发明授权
    • Substrate processing apparatus
    • 基板加工装置
    • US08231731B2
    • 2012-07-31
    • US13098993
    • 2011-05-02
    • Kenichi SuzakiJie Wang
    • Kenichi SuzakiJie Wang
    • C30B31/10C23C16/00
    • C23C16/463C23C16/4401C23C16/4408C23C16/4411Y10S414/136Y10S414/137Y10S414/139Y10S438/905
    • A process for producing a semiconductor device, comprising the steps of conducting film formation on substrate (10) in reactor (1); and unloading the substrate (10) after film formation from the reactor (1) and thereafter effecting forced air cooling of the interior of the reactor (1) while the substrate (10) is absent in the reactor (1). The stress of deposited film adhering in the reactor (1) is increased over that exhibited at air cooling without blower so as to positively generate thermal stress with the result that the deposited film would undergo forced cracking over that exhibited at air cooling without blower. Microparticles scattered by the cracking are efficiently discharged from the reactor forcibly through purging in the reactor in the state of atmospheric pressure.
    • 一种制造半导体器件的方法,包括以下步骤:在反应器(1)中的衬底(10)上形成膜; 以及在成膜后从反应器(1)中卸载基板(10),然后在反应器(1)中不存在基板(10)的同时对反应器(1)的内部进行强制空气冷却。 附着在反应器(1)中的沉积膜的应力比没有鼓风机的空气冷却显示出的沉积膜的应力增加,从而积极地产生热应力,结果是沉积膜将在没有鼓风机的空气冷却下显现出强制开裂。 通过在大气压力的状态下通过在反应器中吹扫强制地将从裂化物散落的微粒有效排出反应堆。
    • 93. 发明授权
    • Process of and apparatus for heat-treating II-VI compound semiconductors and semiconductor heat-treated by the process
    • 用于热处理II-VI化合物半导体的工艺和设备,以及通过该工艺热处理的半导体
    • US06881658B2
    • 2005-04-19
    • US10243198
    • 2002-09-13
    • Yasuo Namikawa
    • Yasuo Namikawa
    • H01L29/221C30B31/10C30B33/00H01L21/22H01L21/225H01L21/324H01L21/385H01L21/477H01L33/28H01L21/28
    • H01L21/385C30B29/48C30B33/00H01L33/0095H01L33/28
    • A process of heat-treating II-VI compound semiconductors reduces the electrical resistivity without the decrease in crystallinity resulting from the increase in dislocation density. The process comprises the following steps:(a) placing at least one II-VI compound semiconductor in contact with aluminum in a heat-treating chamber having the inside surface formed by at least one material selected from the group consisting of pyrolytic born nitride, hexagonal-system boron nitride, sapphire, alumina, aluminum nitride, and polycrystalline diamond; and (b) heat-treating the II-VI compound semiconductor or semiconductors in a gaseous atmosphere containing the group II element constituting part of the II-VI compound semiconductor or semiconductors. A II-VI compound semiconductor is heat-treated by the foregoing process. An apparatus for heat-treating II-VI compound semiconductors comprises components for performing the foregoing process.
    • 一种热处理II-VI化合物半导体的方法降低了电阻率,而不会由于位错密度的增加而导致结晶度的降低。 该方法包括以下步骤:(a)将至少一种与铝接触的II-VI化合物半导体放置在热处理室中,所述热处理室具有由至少一种选自热解出的氮化物,六方晶系的材料形成的内表面 系统氮化硼,蓝宝石,氧化铝,氮化铝和多晶金刚石; 和(b)在构成II-VI族化合物半导体或半导体的一部分的II族元素的气氛气氛中热处理II-VI族化合物半导体或半导体。 通过上述方法对II-VI化合物半导体进行热处理。 用于热处理II-VI化合物半导体的装置包括用于执行上述方法的组分。
    • 100. 发明授权
    • Controlled diffusion environment capsule and system
    • 控制扩散环境胶囊和系统
    • US5178534A
    • 1993-01-12
    • US860560
    • 1992-03-30
    • Christopher J. BayneHarold C. Guiver
    • Christopher J. BayneHarold C. Guiver
    • C30B31/10C30B31/14C30B31/16
    • C30B31/10C30B31/14C30B31/16
    • A controlled diffusion environment capsule system (10) is used with a conventional tubular high temperature furnace (12) as employed in semiconductor manufacturing. The system (10) includes a cantilever boat loading apparatus (14) and a quartz diffusion capsule (16). Wafer carriers (20) support semiconductor wafers (22) concentrically with capsule (16) in closely spaced relationship for processing in the furnace (12). The diffusion capsule (16) is supported on a pair of quartz rods (24). A quartz injector tube (28) extends the length of the diffusion capsule (16). The injector tube (28) has three rows of high aspect-ratio apertures (30) extending along its length to disperse nitrogen or other inert gas uniformly across the sufaces (32) of the wafers (22). A quartz extender (34) is connected to the distal end of the diffusion capsule (16), through which reactant gases are supplied to the capsule (16) for diffusion and/or oxidation, from an inlet source (35) of the reactant gases on the furnace tube near the extender (34). The extender (34) has two apertured baffle plates (36) and (38) which have holes (40) and (42) in patterns that are offset relative to one another. A third plate (44) has a larger hole (46) at its center. The hole (46) focuses reactant gases into the capsule and the holes (40) and (42) provide turbulence to the reactant gas stream prior to its entry into the capsule (16) to assure uniform mixing.
    • 与半导体制造中使用的常规管状高温炉(12)一起使用受控扩散环境胶囊系统(10)。 系统(10)包括悬臂舟装载装置(14)和石英扩散胶囊(16)。 晶片载体(20)以与密封件(16)同心的方式支撑半导体晶片(22),用于在炉子(12)中进行加工。 扩散胶囊(16)被支撑在一对石英棒(24)上。 石英注射管(28)延伸扩散胶囊(16)的长度。 注射管(28)具有三列沿其长度延伸的高纵横比孔(30),以将氮气或其它惰性气体均匀地分散在晶片(22)的表面(32)上。 石英延长器(34)连接到扩散胶囊(16)的远端,反应气体从反应物气体的入口源(35)向反应气体供给到胶囊(16)以进行扩散和/或氧化, 在炉管附近的扩展器(34)上。 扩展器(34)具有两个有孔的挡板(36)和(38),其具有相对于彼此偏移的图案中的孔(40)和(42)。 第三板(44)在其中心具有较大的孔(46)。 孔(46)将反应物气体聚集到胶囊中,并且孔(40)和(42)在其进入胶囊(16)之前向反应物气流提供湍流以确保均匀混合。