这种基于光学基础的高速数据传输的通讯技术是最近几年重要的进步。
The push for higher data rates in light-based telecommunications technologies has seen a number of significant leaps in recent years.
Sporian的专长包括分析化学，分子生物学，光学，低功耗设计，无线通讯和电子机械包装。
The effort leverages Sporian's expertise in areas including analytical chemistry, molecular biology, optics, low power design, wireless communications and electro-mechanical packaging.
在天文望远镜、激光通讯、图象稳定系统、自适应系统、跟踪瞄准和激光发射光学系统中广为应用。
As a sensitive instrument, it is very significant in astronomical telescope, laser communication, tracking and sighting system, picture stability optical system and autoadaptation optical system, etc.
美国海军正在研究如何利用纤维光学同没入水下的舰艇进行通讯。
The United States Navy is investigating the use of fiber optics for communicating with submerged submarines.
依据客户产品要求，负责新项目的光学设计，尤其是在光纤通讯和照明方面。
Responsible for the design of new product for fiber-optic communication, lighting, . with the customer's specification.
产品广泛应用于电子元件、计算机、通讯光学、半导体微生物等高科技产业。
Products are widely used in electronic components, computer, communication optical, semiconductor micro-organisms and other high-tech industries.
所有产品都经过严格测试，该产品应用于眼镜、玻璃、光学、通讯、航天等多个领域。
All products undergo stringent tests, the product used glasses, glass, optics, communications, aerospace and other fields.
非线性光学材料是未来光通讯的关键材料。
Nonlinear optical(NLO) materials will play a key role in future optical communication.
本文主要讨论如何在线性光学系统中实现量子通讯和在分子中实现单比特量子门。
This paper will mainly discuss how to realize the single-qubit gate operation in molecules and the quantum communication in linear optical system.
电磁信号作为最有希望的手段的建议成为了所有搜寻星际通讯的基本假设，包括了光学的。
The suggestion that electromagnetic signals were the most promising means for interstellar communications became the underlying assumption of all the searches, including the optical ones.
长余辉发光材料中长余辉发光玻璃具有非常广阔的应用前景，可以应用于激光、光学放大器、光通讯、储能和显示等诸多领域。
Long-lasting phosphorescent glass has very wide application and can be used in the fields of laser, optical amplifier, optical communication, energy storage, display etc.
随着高密集型分波复合器需要的不断增加，在光纤通讯领域中，光学薄膜滤光片已经成为了一个很关键的光学元件。
With the rapid increase in DWDM (Dense Wavelength Division Multiplexing) demand, dielectric thin film filters have increasingly become a key component for optical telecommunications.
三阶非线性光学(nlo)响应对全光开关、光信号处理和超快光通讯具有重要意义。
The third-order nonlinear optical (NLO) response is important in all-optical switching, signal processing, ultrafast optical communications and etc.
设计发明了在数据通讯和光学波导用作下一代光学纤维的新氟素尸。
Desighed and invented new fluoroplastics which can used as next generation optical fibers for data communication and optical waveguide.
所用的模型在这里，正如我们将看到在随后的讨论中，是相当普遍适用于几乎所有光学系统中存在的，包括通讯，以及传感系统。
The model used here, as we will see in the subsequent discussion, is quite general and applies to practically all-optical systems that exist, including communications as well as sensing systems.
这种产生吸收的新机制有望在光学开关的制造等光通讯领域得到很好的应用。
This new mechanism inducing absorption may be applied to the optical communication field, such as the...
随着信息时代的到来，二阶非线性光学材料在高速光通讯、光信息处理以及光学存贮等领域有着非常广阔的应用前景。
With the coming of information times, second-order nonlinear optical materials will have wide applications in the fields of optical information processing, optical sensing, and telecommunications.
两种类型的滤光片都展示了良好的光学特性，在光学器件、光通讯等领域都有良好的应用前景。
These narrowband multi-channel filters and narrow bandpass filter arrays show good filtering features and can be utilized in many optical applications.
两种类型的滤光片都展示了良好的光学特性，在光学器件、光通讯等领域都有良好的应用前景。
These narrowband multi-channel filters and narrow bandpass filter arrays show good filtering features and can be utilized in many optical applications.
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