Figure 1 shows a schematic diagram of a quantum dot nanoparticle.
The mean number of phonons of polaron in a parabolic quantum dot
Fig. 2 (a) Schematic diagram of the device structure of the microring quantum dot laser; (b) Scanning electron microscope image; (c) Infrared microscope image of the device under lasing
图2 微环量子点激光器的(a)器件结构示意图;(b)扫描式电子显微镜图;(c)器件在激射状态下的红外显微镜图
CES exhibition in 2017, samsung pushed quantum dot (QD) QLED TV display technology, and the spelling of LGD OLED TV field, quantum dots and OLED dispute, still not see, who wins who negative still undetermined number of display te...
2017年的CES展中,三星力推量子点(QD)显示技术的QLED 电视,与乐金显示器OLED的电视拼场一较高下,只是量子点与OLED的之争,仍未见高下,谁赢谁负仍在未定之数,两者的显示技术优劣和未来发展仍未有定数,只量子点显示器的优点众多,被认为是下一...
The researchers have invented a novel? photonic molecule? system in which a semiconductor quantum dot emits a pair of entangled photons per excitation pulse.
研究人员发明了一种新型"光子分子"系统,其中半导体量子点在每个激励脉冲都会发出一对纠缠光子。
Generally, quantum dots made of the same material have a more pronounced red emission the larger the quantum dot.
通常,由该材料制得之量子点具有更显著之红光发射,大于量子点。
In an aspect, embodiments of the invention feature the preparation and use of a compound of the following formula in the production and capping of quantum dot nanoparticles
在一个态样中,本发明实施例之特征为下式化合物之制备及其在量子点奈米粒子之制造及封端中的用途:
These compounds are suitable for use as a ligand compound (i.e., a capping agent) for core growth and/or shelling of quantum dot nanoparticles.
该等化合物适用作用于量子点奈米粒子之芯生长及/或去壳之配体化合物(即,封端剂)。
When excited by light or electricity, a quantum dot emits light of a colour determined by the dot's size and the material from which it is made.
当量子点被光线或电力刺激之后,它们就能根据各自的量子点大小以及其构成材料而释放出某种颜色的光。
The composition of claim 1, wherein the plasmonic nanoparticle comprises a metal, metallic composite, metal oxide, metallic salt, electric conductor, electric superconductor, electric semiconductor, dielectric, quantum dot or composite from a combination thereof
权利要求1的组合物,其中所述等离子体纳米颗粒包含金属、金属复合材料、金属氧化物、金属盐、电导体、电超导体、电半导体、电介质、量子点或来自其组合的复合材料。
In addition, if the quantum well structure is employed in the active layer, it is possible to realize a higher injected current amount than in a case of employing a quantum dot structure and to thereby easily obtain high output.
另外,如果有源层中采用量子阱结构,可实现比采用量子点结构的情况更高的注入电流量,因此易于获得高输出。
Second - generation quantum dot technology
第二代量子点技术
A quantum dot is a semiconducting crystal just a few nanometres (billionths of a metre) across that can be engineered to absorb light of a particular colour by changing its size.
量子点是一种半导体晶体,仅有几纳米厚即十亿分之一米,它能通过改变粒子尺寸来吸收一种特定颜色的光。