固定成本上升引起摩尔第二定律：尽管不是完全相同的速率，随着晶体管成本下降，晶圆成本上升。
Rising fixed costs give rise to Moore's Second Law: as the cost of transistors comes down, the cost of fabs goes up, albeit not at quite the same rate.
晶体生长形成结晶金属原子最后到达点阵中的固定位置，晶体逐渐长大。
Crystal growth metal atoms to form the crystallization of the dot matrix fixed position, and crystals grew older.
固体有明确的外形(如晶体)。粒子固定在某个位置，它们只是在振动。
Solids have definite shapes (e. g. crystals). The particles are held in position. They just vibrate.
结论：巩膜隧道切口人工晶体二期植入术及灌注下人工晶体二期缝线固定术是治疗玻切术后无晶体眼的安全有效的方法。
CONCLUSION: the IOL suture fixation surgery under irrigation is a safe and effective way to treat the aphakic eyes after vitrectomy.
目的：探讨玻璃体切割术后无晶体眼的二期后房型人工晶体缝线固定术的手术方法及技巧。
Objective:To study the characteristics of aphakic eye secondry posterior chamber intraocular lens implantation with suture fixation after vitrectomy.
目的探讨外伤性白内障晶体后囊不存在时，采用后房型人工晶体巩膜缝线固定术的手术时机、手术技巧及方法。
Objective To investigate the operative occasion and surgical technique of suture fixation of posterior chamber intraocular lens in traumatic cataract with the absence of posterior capsule.
采用红光对单、双掺铌酸锂晶体中全息光栅的热固定效率及光擦除和暗存储寿命的特性进行了深入的实验研究。
In this paper, the factors of affecting thermal fixing efficiency, and lifetimes of fixed gratings under both illumination and dark conditions are analyzed theoretically.
方法采用巩膜缝线固定人工晶体上攀和下攀于睫状体沟内的方法植入后房型人工晶体。
Methods Posterior chamber IOL was implanted by fixing its upper loop and lower loop in ciliary sulcus.
研究利用固定点技术测定一定温度和氧分压下铁液与单晶体氧化镁之间的接触角。
In this study the contact Angle between liquid iron and single crystal magnesium oxide substrate was measured by the sessile drop technique at constant oxygen partial pressure and temperature.
实验采用双通道系统进行频率变化的测定，并采用蛋白a在晶体固定afp抗体。
The measurements utilize a dual-channel system to detect the relevant frequency shift. The AFP antibody is immobilized to the crystal surface via protein a.
目的探讨一种高效的压电石英晶体DNA传感器固定的方法。
OBJECTIVE To discuss a highly effective method to immobilize probe on the surfaces of piezoelectric DNA sensors.
目的探讨一种高效的压电石英晶体DNA传感器固定的方法。
OBJECTIVE To discuss a highly effective method to immobilize probe on the surfaces of piezoelectric DNA sensors.
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