Abstract:
The present invention relates to an optical frequency synthesizer and an optical frequency synthesizing method using femtosecond laser optical injection locking, which inject a femtosecond laser optical frequency comb into a diode laser, thus obtaining single-mode laser light, phase-locked to only a single mode in the optical frequency comb, and which change the optical frequency and interval, that is, the repetition rate, of a femtosecond laser, together with the frequency of a semiconductor laser, thus scanning optical frequencies while realizing a single desired optical frequency. The optical frequency synthesizer using femtosecond laser optical injection locking, includes a mode-locked femtosecond laser (110), which is a master laser, and a diode laser (120), which is a slave laser and into which laser light emitted from the femtosecond laser is injected.
Abstract:
The present invention relates to a method for screening and discovering bioactive materials using specifically selected protein domains interacting with specific intracellular proteins, and more particularly, to (1) a screening method including confirmation of changes in biological activities by introducing a specific protein domain into microorganisms or animal and plant cells and (2) a screening method including confirmation of changes in biological activities after introducing the specific protein domains into a number of microorganisms or animal and plant cells. Via this method, according to the present invention, it is possible that the selected protein domains can be used to develop novel antibiotic agents with antimicrobial activity effective on bacteria resistant to conventional antibiotics while requiring less genetic information compared with a conventional drug which targets specific genes.
Abstract in simplified Chinese:一种蒸发沉积设备及其操作方法,此种蒸发沉积设备包含:一蒸发器,系由一导体制成且具有接收一蒸发材料的一第一腔室、通过第一腔室及一连接路径接收蒸气的一第二腔室、以及形成于第二腔体中以透过一点源径向释放蒸气的一出口,一反射喷嘴,系由一导体制成且具有连接至此出口及具有一增加的直径的一通孔,一感应线圈,用以围绕反射喷嘴及蒸发器,以及一交流电源,用以将交流电提供至感应线圈。感应线圈感应加热蒸发器及反射喷嘴以蒸发此蒸发材料,并且蒸气通过反射喷嘴释放出。
Abstract in simplified Chinese:本发明关于一种椭圆测厚仪,特别关于一种用于分析极化的变化-其系在光入射至然后反射于一样品的表面上以后具有特定极化的光的变化-以发现样品的光学性质的椭圆测厚仪。为了此目的,依据本发明的椭圆测厚仪包括一光源;一光源部分模块,具备一用于极化自光源射出之光的极化器;一分光器,用于分割光源部分模块所极化的光;一物镜,用于允许分光器所分割之光的某部分通过及收敛照射至一样品;光接收部分模块,具备一极化器,用于椭圆极化反射在样品上之光,及接收反射在样品上且通过物镜与分光器的光;一光学侦测器,用于使用单元设备侦测光接收部分模块接收的光;及一处理设备,用于修正光学侦测器所侦测之光的强度至一値,其对应于沿着360�的复数入射表面的信道之光学侦测器17O的单元设备,及处理该値。
Abstract in simplified Chinese:本发明系有关于化学蒸气沉积工程期间容器内之前驱体余留量之检测设备及检测方法,更详细而言为有关在化学蒸气沉积工程期间,分析该透过超音波之发送/接收而产生之信号能正确地测定余留在容器内之前驱体的水位之化学蒸气沉积工程期间容器内之前驱体余留量之检测设备及检测方法。爰此,依据本发明乃于保存前驱体之容器设置使用超音波的水位检测器,实时测定前驱体之水位,而于事前防止因前驱体之枯竭所造成之损害,能明显降低制品不良率的效果,并依据上述测定结果而能得知前驱体之正确的更换时期,因此能使前驱体之使用期间延长至最大。
Abstract in simplified Chinese:本发明系有关于化学蒸气沉积工程期间容器内之前驱体余留量之检测设备及检测方法,更详细而言为有关在化学蒸气沉积工程期间,分析该透过超音波之发送/接收而产生之信号能正确地测定余留在容器内之前驱体的水位之化学蒸气沉积工程期间容器内之前驱体余留量之检测设备及检测方法。爰此,依据本发明乃于保存前躯体之容器设置使用超音波的水位检测器,实时测定前驱体之水位,而于事前防止因前驱体之枯竭所造成之损害,能明显降低制品不良率的效果,并依据上述测定结果而能得知前驱体之正确的更换时期,因此能使前驱体之使用期间延长至最大。
Abstract in simplified Chinese:一种蒸发沉积设备包含蒸发部、分配部、介电部、感应线圈与交流电源。蒸发部透过连接路径提供蒸发材料。分配部包含复数个孔洞以及透过这些孔洞注入蒸发材料到真空容器内。介电部被装设于真空容器的开口的邻近以及被放置为从真空容器突出且覆盖蒸发部与分配部。感应线圈覆盖蒸发部与分配部以及感应加热蒸发部与分配部。交流电源供应交流电到感应线圈。