但量子点技术可能是个例外。
英国公司Nanoco的工程师认为量子点技术可以帮助产生太阳能。
Engineers at Nanoco, a British firm, think the dots could help generate solar power.
量子点仍是一种未成熟的技术。
通常说到新的科学技术，其发展前景看似都是光明的，但对于量子点而言，这一点都不夸张——这就是平凡的事实。
It is often said of new technologies that their future looks bright, but in the case of quantum dots that is no exaggeration-it is the literal truth.
该技术进入市场的首批产品是使用量子点从蓝色二极管产生的温暖的白色光线。
The first products to come to market use quantum dots to produce warm, white light from blue LEDs.
尽管这种技术将被使用于大众生活，但它却有个怪异的名称——量子点照明技术。
Even though it will be put to rather mundane USES, the technology in question has an exotic name: quantum-dot lighting.
量子点显示技术的工作原理是，通过将散发红光、绿光与蓝光的量子点排列为网状图案，并让这些量子点直接发光。
A quantum-dot display would work by arranging quantum dots that emit red, green and blue light in a grid-like pattern, and getting those dots to emit light directly.
量子点光学微腔器件在低阈值激光器和单光子光源等量子信息处理技术领域有重要的应用前景。
Quantum dot optic microcavity device had potential application in field of quantum information technology using as the low threshold laser and single photon light source etc.
弥补了原子光刻技术中利用激光驻波场控制原子堆积只能制作单一量子点、线等周期性图形的不足。
It can make up the shortage that only the periodic dots or lines can be made when using laser standing wave field to control the atoms to stack on wafer in atom lithography.
该文就量子点探针的表面修饰和功能化及其标记技术的研究进展进行了阐述。
This article briefly discusses the recent progresses on fluorescent QDs probes and their biological labeling including their surface modification and functionalization.
该文就量子点探针的表面修饰和功能化及其标记技术的研究进展进行了阐述。
This article briefly discusses the recent progresses on fluorescent QDs probes and their biological labeling including their surface modification and functionalization.
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