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    • 1. 发明专利
    • Method for producing epitaxially grown thin film of metal organic material
    • 用于生产金属有机材料的外延薄膜的方法
    • JP2013129542A
    • 2013-07-04
    • JP2011277860
    • 2011-12-20
    • Yi-Cai Zhou義才 周
    • ZHOU YI-CAI
    • C30B23/08
    • PROBLEM TO BE SOLVED: To provide a method for producing an epitaxially grown thin film of a metal-organic material whereby a uniform crystalline structure is formed on a wafer.SOLUTION: The method 1 for forming an epitaxially grown thin film includes performing a vacuum step, a combustion step, and a formation step in a closed space 2 in which a wafer substrate 3 and alpha rays 4 are previously set, wherein the vacuum step comprises evacuating the closed space 2 to maintain it in an ultra-high vacuum environment, the combustion step comprises sucking a strongly acidic substance 60 into the closed space 2 in the evacuation course to apply a high pressure to the closed space 2 to instantaneously combust the strongly acidic substance 60 by the principle of vacuum discharge and to thereby generate an instantaneous chemical temperature of at least 1,100 degrees, and the formation step comprises allowing the instantaneous combustion to continue for a definite period of time to purify the strongly acidic substance 60 by thermal sublimation into a perfect gas, whereupon the strongly acidic substance 60 begins discharge by the use of the high potential difference, and whereupon the electrons and nuclei of molecules of the gas formed by the thermal sublimation purification are passed through the wafer substrate 3 to separate the electrons among them to yield a crystalline body 61 to gain mass and the nuclei are in turn and uniformly embedded in the wafer substrate 3 to form an epitaxially grown thin film.
    • 要解决的问题:提供一种用于制造金属有机材料的外延生长薄膜的方法,由此在晶片上形成均匀的晶体结构。解决方案:用于形成外延生长薄膜的方法1包括进行真空步骤 ,燃烧步骤和在预先设置晶片基板3和α射线4的封闭空间2中的形成步骤,其中真空步骤包括抽空封闭空间2以将其保持在超高真空环境中, 燃烧步骤包括在排气过程中将强酸性物质60吸入封闭空间2,以通过真空排放的原理向封闭空间2施加高压以瞬时燃烧强酸性物质60,从而产生瞬时化学温度 至少1,100度,并且形成步骤包括允许瞬时燃烧持续一定时间以净化结晶 通过热升华成为完全气体的酸性物质60,由此强酸性物质60通过使用高电位差开始放电,由此通过热升华纯化形成的气体的分子的电子和核通过 晶片基板3分离它们之间的电子以产生晶体61以获得质量,并且核依次均匀地嵌入晶片基板3中以形成外延生长的薄膜。
    • 8. 发明授权
    • Computer power supply
    • 电脑电源
    • US07817445B2
    • 2010-10-19
    • US11967082
    • 2007-12-29
    • Yi-Cai TanRen-Jun XiaoZhi-Sheng Yuan
    • Yi-Cai TanRen-Jun XiaoZhi-Sheng Yuan
    • H02M3/335
    • G06F1/3203G06F1/3246
    • A power supply for a computer includes a transformer, a rectifier, a pulse width modulation (PWM) controller, a relay, a power switch, and a battery. The PWM controller includes a voltage terminal and a pulse terminal. The relay includes a switch and an inductance coil. An alternating current (AC) power supply is connected to a primary inductance coil of the transformer via the rectifier. A secondary inductance coil of the transformer provides a standby voltage. A positive voltage terminal of the rectifier is connected to the pulse terminal of the PWM controller via the primary inductance coil of the transformer. The switch is connected between the positive voltage terminal of the rectifier and the voltage terminal of the PWM controller. The inductance coil and the power switch are connected in series between the battery and ground. The power switch is controlled by powering on or off the computer.
    • 计算机的电源包括变压器,整流器,脉冲宽度调制(PWM)控制器,继电器,电源开关和电池。 PWM控制器包括电压端子和脉冲端子。 继电器包括开关和电感线圈。 交流(AC)电源通过整流器连接到变压器的初级电感线圈。 变压器的次级电感线圈提供待机电压。 整流器的正电压端子通过变压器的初级电感线圈连接到PWM控制器的脉冲端子。 开关连接在整流器的正极端子和PWM控制器的电压端子之间。 电感线圈和电源开关串联在电池和地之间。 电源开关通过打开或关闭电脑进行控制。