In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

近年来,含氮三角架体由于其多、半刚及易合成等特,引起了们的广泛兴趣。

In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

近年来,角架配体由于其多配位点、半刚性及易合等特点,引起了们的广泛兴趣。

In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

近年来,含氮三角架体由于其点、半刚性及易合成等特点,引起了们的广泛兴趣。

In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

近年来,含氮三角由于其多位点、半刚性及易合成等特点,引起了们的广泛兴趣。

In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

近年来,含氮三角架配体由于其多配位、及易合成等特,引起了们的广泛兴趣。

In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

近年,三角架配体由于其多配位点、半刚性及易合等特点,引起了们的广泛兴趣。

In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

近年来,含氮三角架配体由于其多配位、半刚性及易合成,引起了们的广。

In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

近年,三角架配体由于其多配位点、半刚性及易合等特点,引起了们的广泛兴趣。

In the last few years,the tripodal ligands bearing nitrogen atoms have drown much attention because of their polydentate,flexility and ease to synthesize.

来,含氮三角架配体由于其多配位点、半刚性及易合成等特点,引起了们的广泛兴趣。