Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生式规则知识表示方法及基于演绎式推理推理方式,建立了知识库和推理控制策略。

I used my deductive powers.

我运用我推理能力。

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谱项推求方法是量子化、结构化和原子物理研究重要内容。

Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生式规则的知识表示方法及基于演绎式推理的推理方式,建立了知识库和推理控制策略。

I used my deductive powers.

我运用我的推理能力。

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谱项的推求方法是量子化、结构化和原子物理研究的重要内容。

Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生式规则的知识表示方法及基于式理的理方式,建立了知识库和理控制策略。

I used my deductive powers.

我运用我的理能力。

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谱项的求方法是量子化、结构化和原子物理研究的重要内容。

Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生规则的知识表示方法及基于演理的理方,建立了知识库和理控制策略。

I used my deductive powers.

我运用我的理能力。

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谱项的求方法是量子化、结构化和原子物理研究的重要内容。

Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生式规则知识表示方法及基于演绎式方式,建立了知识库和控制策略。

I used my deductive powers.

我运用我能力。

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谱项求方法是量子化、结构化和原子物研究重要内容。

Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生式规则的知识表示方法及基于演绎式推理的推理方式,建立了知识库和推理控制策略。

I used my deductive powers.

我运用我的推理能力。

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谱项的推求方法是量子化、结构化和原子物理研究的重要内容。

Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生式规则的知识表示方法及基于式推理的推理方式,建立了知识库和推理控制策略。

I used my deductive powers.

我运我的推理能力。

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谱项的推求方法是量子化、结构化和原子物理研究的重要内容。

Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生式规则的知识表示方法及基于式推理的推理方式,建立了知识库和推理控制策略。

I used my deductive powers.

我运用我的推理。

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.

效组态和非效组态原子光谱项的推求方法是量子化、结构化和原子物理研究的重要内容。

Knowledge database and rational control policy were constructed based on production rule and deductive ratiocinate.

基于产生式规则的知识表示方法及基于演绎式推理的推理方式,建立了知识库和推理控制策略。

I used my deductive powers.

我运用我的推理能力。

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谱项的推求方法是量子化、结构化和原子物理研究的重要内容。