在单片集成光路中，必须在单一材料中获得全部的光学功能。
In monolithic integrated optics, all optical functions must be obtained in a single material.
该类器件在未来全光网络和集成光路中具有良好的应用前景。
This device has exciting applications in future all optical networks and integrated optical circuits.
结果表明，导纳统一算符的分析方法不仅运用于集成电路，也运用于集成光路。
It can be concluded that the unifying admittance operator is compatible not only with integrated circuits but also with photic integrated circuits.
该文讨论了导纳统一算符的运用条件，探讨了导纳统一算符在集成电路和集成光路中的应用。
This paper discusses the favorable condition of unifying admittance operator, and studies the application of unifying admittance operator in integrated circuits and photic integrated circuits.
再略为详细地讨论液相外延生长过程，因为晶体生长是实现集成光路使用的必不可少的一个环节。
The growth processes of liquid-phase epitaxy will be discussed in some detail, as crystal growth is a necessary step for the realization of integrated optics using.
再略为详细地讨论液相外延生长过程，因为晶体生长是实现集成光路使用的必不可少的一个环节。
The growth processes of liquid-phase epitaxy will be discussed in some detail, as crystal growth is a necessary step for the realization of integrated optics using.
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