A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新的分析模型，用于宽带可调谐GCSR激器的动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表明，它的调谐量可以达到数百纳米，有望在将来的全WDM所有信道进行解复用。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂的避难所科学家，他说：我打算将我的量子调谐器插进你的子共振腔，你将作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新的分析模型，于宽带可调谐GCSR激光器的动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表明，它的调谐量可以达到数百纳，有在将来的全波光纤WDM对所有信道进行解。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

遇到一个疯狂的避难所科学家，他说：我打算将我的量子调谐器插进的光子共振腔，将作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新的分析模型，用于宽带可调谐GCSR激光器的动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表明，它的调谐量可以达到数百纳米，有望在将来的全波光纤WDM对所有信道进行解复用。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂的避难所科学家，他说：我打算将我的量子调谐器插进你的光子共振腔，你将作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新的分析模，宽带可调谐GCSR激光器的动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表明，它的调谐量可以达到数百纳米，有望在将来的全波光纤WDM对所有信道进行解复。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂的避难所科学家，他说：我打算将我的量调谐器插进你的光腔，你将作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新分析模型，用于宽带可调谐GCSR激光器动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表，调谐量可以达到数百纳米，有望在将来全波光纤WDM对所有信道进行解复用。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂避难所，他说：我打算将我量子调谐器插进你光子共振腔，你将作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新分析模型，用于宽带可调谐GCSR激光器动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表明，它调谐量可以达到数百纳米，有望在全波光纤WDM对所有信解复用。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂避难所科学家，他说：我打算我量子调谐器插你光子共振腔，你作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新的分析模，宽带可调谐GCSR激光器的动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表明，它的调谐量可以达到数百纳米，有望在将来的全波光纤WDM对所有信道进行解复。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂的避难所科学家，他说：我打算将我的量调谐器插进你的光腔，你将作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新的分析模型，用于宽带可GCSR激光器的动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表明，它的可以达到数百纳米，有望在将来的全波光纤WDM对所有信道进行解复用。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂的所科学家，他说：我打算将我的子器插进你的光子共振腔，你将作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新的分析模型，用于宽带可调谐GCSR激光器的动态特性模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

分析表明，它的调谐量可以达到数百纳米，有望的全波光纤WDM对所有信道复用。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂的避难所科学家，他说：我打算我的量子调谐器插你的光子共振腔，你作何反应？

A new dynamic model is developed for simulating the widely tunable grating assisted codirectional coupler with rear sampled grating reflector (GCSR) lasers.

提出了一个新的析模型，用于宽带可调谐GCSR激光器的动态特模拟。

It shows that this kind of device can be tuned hundreds of nanometers.It can demultiplex any channel in all-wave fiber WDM in the future.

析表明，它的调谐量可以达到数百纳米，有望在将来的全波光纤WDM对所有信道进行解复用。

You are approached by a frenzied vault scientist, who yells:i'm going to put my quantum harmonizer in your photonic resonation chamber! what's your response?

你遇到一个疯狂的避难所科学家，他说：我打算将我的量子调谐器插进你的光子共振腔，你将作何反应？