Spectral luminous efficiency curve for photopic vision.

明视觉的效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的栅结构来调变响应的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小只需本地信息就可以协调小间干扰，实现了用户间公平性与频利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散的数据分析，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效组态和非等效组态原子项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。

Spectral luminous efficiency curve for photopic vision.

明视觉的谱效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的栅结构来调变响应的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小区只需本地信息就可以协调小区间干扰，实现了用户间公平性与频谱利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散谱的数据分析，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效组态和非等效组态原子谱项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。

Spectral luminous efficiency curve for photopic vision.

明视觉的效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的栅结构来调变响应的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小区只需本地信息就可以协调小区间干扰，实现了用户间公平性与利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散的数据分，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效组态和非等效组态原子项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。

Spectral luminous efficiency curve for photopic vision.

明视觉的效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的栅结构来调变响应的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小只需本地信息就可以协调小间干扰，实现了用户间公平性与频利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散的数据分析，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效组态和非等效组态原子项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。

Spectral luminous efficiency curve for photopic vision.

明视觉的效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的栅结构来调变响应的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小区只需本地信息就可以协调小区间干扰，实现了用户间公平性与频利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散的数据，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效组态和非等效组态原子项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。

Spectral luminous efficiency curve for photopic vision.

明视觉的光光效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的光栅结构来调变响应的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小区只需本地信息就可以协调小区间干扰，实现了用户间公平性与频利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散光的数据分析，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效态和非等效态原子光项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。

Spectral luminous efficiency curve for photopic vision.

明视觉的谱效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的栅结构来调变响应的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小区只需本地信息就可以协调小区间干扰，实现了用户间公平性与谱利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散谱的数据析，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效组态和非等效组态原子谱项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。

Spectral luminous efficiency curve for photopic vision.

明视觉的光光效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的光栅结构来调变响的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小区只需本地信息就可以协调小区间干扰，实现了用户间公平性与利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散光的数据分析，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效组态和非等效组态原子光项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。

Spectral luminous efficiency curve for photopic vision.

明视觉的光光效曲线。

Base on this structure, the photoresponse of each spectral shape is tunable by the period of gratings.

我们可以利用各种不同周期的光栅结构来调变响应的波形。

The MDUPC only needs the local information to coordinate intercell interference and achieves the best tradeoff between the fairness of users and the spectral efficiency.

该算法中每个小区只需本地信息就可以协调小区间干扰，实现了用户间公平性与频利用率的最佳折中。

Abstract A method is suggested to determine the absolute configuration of ent kaurene diterpenoids by analysing the circular dichroism spectral data of 13 hydroxy ent kaurenoids.

摘要通过系列13羟基对映贝壳杉烯二萜的园二色散光的数据分析，提出一种确定对映贝壳杉烯二萜绝对构型的方法。

The deductive method of atomic spectral terms for equivalent and nonequivalent configurations is the key part of the study of quantum chemistry, structural chemistry and atomic physics.

等效组态和非等效组态原子光项的推求方法是量子化学、结构化学和原子物理学研究的重要内容。