Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目的研究偏二甲基急性中毒时大鼠γ氨基丁酸(GABA)受体的变化。方法放射性配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展的一个重要因素就是其昼夜温差大,室内热环境不稳定,不能提供一个长期舒适的生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用酮的不氢转移反应等的催化反应中，可以得到很高的产率和映选择性。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目研究偏二甲基急性中毒时大鼠γ氨基丁酸(GABA)受体变化。法射性配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展一个重要因素就是其昼夜温差大,室内热环境不稳定,不能提供一个长期舒适生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮不对称氢转移反应等催化反应中，可以得到很高产率和对映选择性。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目研究偏二甲基急性中毒时大鼠γ氨基丁酸(GABA)受体。法放射性配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展一个重要因素就是其昼夜温差大,室内热环境不稳定,不能提供一个长期舒适生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮不对称氢转移反应等催反应中，可以得到很高产率和对映选择性。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目研究偏二甲基急性中毒时大鼠γ氨基丁酸(GABA)受体变化。方法放射性配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展一个重要因素就是温差大,室内热环境稳定,能提供一个长期舒适生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮称氢转移反应等催化反应中，可以得到很高产率和映选择性。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目的研究偏二甲急性中毒时大鼠γ氨(GABA)受体的变化。方法放射性配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展的一个重要因素就是其昼夜温差大,室内热环境不稳定,不能提供一个长期舒适的生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮的不对称氢转移反应等的催化反应中，可以得到很高的产率和对映选择性。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目的研究偏二甲基急性中毒时大鼠γ氨基丁酸(GABA)受体的变化。方法放射性配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展的重要因素就是其昼夜温差大,室内热环境不稳定,不能提供期舒适的生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮的不对称氢转移反应等的催化反应中，可以得到很高的产率和对映选择性。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目研究偏二甲基急性中毒时大鼠γ氨基丁酸(GABA)受体变化。方法放射性配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展重要因素就是其昼夜温差大,室内热环境不稳定,不能提供长期舒适生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮不对称氢转移反应等催化反应中，可以得到很高产率和对映选择性。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目研究偏二甲基急中毒时大鼠γ氨基丁酸(GABA)受体变化。方法放射配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展一因素就是其昼夜温差大,室内热环境不稳定,不能提供一长期舒适生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮不对称氢转移反应等催化反应中，可以得到很高产率和对映选择。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目的研究偏二甲基急性中毒时大鼠γ氨基丁酸(GABA)受体的变化。方法放射性配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

阳能建筑发展的一个重要因素就是其昼夜温差大,室内热环境不稳定,不能提供一个长期舒适的生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮的不氢转移反应等的催化反应中，可以得到很高的产率和映选择性。

Objective To study the changes of GABA receptor during the acute poisoning of unsymmetrical dimethylhydrazine(UDMH).

目的研究偏毒时大鼠γ氨丁酸(GABA)受体的变化。方法放射配体结合试验。

One of the most important one is its comfortlessness brought by the large temperature range during a day and the unsymmetrical radiation temperature difference.

制约太阳能建筑发展的一个重要因素就是其昼夜温差大,室内热环境不稳定,不能提供一个长期舒适的生活空间。

The invention is applied to the catalytic reactions such as aromatic ketone unsymmetrical hydrogen transfer reaction and can achieve very high yield and enantiotropic selectivity.

此发明应用于芳香酮的不对称氢转移反应等的催化反应，可以得到很高的产率和对映选择。