UC知道翻译物理作业
来源：百度知道 编辑：UC知道 时间：2024/07/01 03:49:04
5. Applications in Microcavity Laser Design
Proposed ultrahigh-speed photonic integrated circuits require microcavity laser sources and
amplifiers in addition to the passive optical waveguides, couplers, and cavities considered in
Section 4. The accurate design of microcavity lasers requires the solution of Maxwell’s
equations for complex semiconductor geometries capable of optical gain. In fact, the ability to
understand electromagnetic fields and waves via the solution of Maxwell’s equations is crucial to
achieve a design capability for all future photonic integrated circuits.
We now consider a recent application of the large-scale solution of Maxwell’s equations to
design the world’s smallest microcavity laser sources. These sources are based upon the physics
of photonic crystals, which are artificial structures having a periodic variation of the refractive
index in one, two, or three dimensions. Analogous to the energy gap in pure s
Proposed ultrahigh-speed photonic integrated circuits require microcavity laser sources and
amplifiers in addition to the passive optical waveguides, couplers, and cavities considered in
Section 4. The accurate design of microcavity lasers requires the solution of Maxwell’s
equations for complex semiconductor geometries capable of optical gain. In fact, the ability to
understand electromagnetic fields and waves via the solution of Maxwell’s equations is crucial to
achieve a design capability for all future photonic integrated circuits.
We now consider a recent application of the large-scale solution of Maxwell’s equations to
design the world’s smallest microcavity laser sources. These sources are based upon the physics
of photonic crystals, which are artificial structures having a periodic variation of the refractive
index in one, two, or three dimensions. Analogous to the energy gap in pure s
按正规的文献翻译价格，应该是1000字贫困点的地方40~80元左右，发达地区的话100~180之间吧!
呵呵，楼主20点悬赏太少了点吧。
激光?申请?大学的东西吧...