江苏师范大学学报(自然科学版)
江囌師範大學學報(自然科學版)
강소사범대학학보(자연과학판)
Journal of Xuzhou Normal University(Natural Science Edition)
2014年
1期
57-59
,共3页
二氯·邻二氮菲合锌%微波固相合成%晶体结构
二氯·鄰二氮菲閤鋅%微波固相閤成%晶體結構
이록·린이담비합자%미파고상합성%정체결구
dichloride-orthophenanthroline-zinc(Ⅱ)%microwave solid phase synthesis%crystal structure
以氯化锌和邻二氮菲为原料,在微波辅助作用下固相合成了二氯·邻二氮菲合锌(Ⅱ)配合物,利用红外光谱及单晶X射线法对目标化合物进行了表征,该配合物为单斜晶系,空间群为P21/n,晶体学参数:a=0.79994(3) nm,b=1.57014(5)nm,c=0.97523(4)nm,β=101.353(2)°,F(000)=632,Z=4,V=1.20094(8)nm3,Dc=1.750 g·cm-3,Mr=316.47,最终结构偏离因子R=0.0248,Rw=0.0671,S=1.039,最终差值电子密度的最大值和最小值分别为274 nm-3和-537 nm-3.
以氯化鋅和鄰二氮菲為原料,在微波輔助作用下固相閤成瞭二氯·鄰二氮菲閤鋅(Ⅱ)配閤物,利用紅外光譜及單晶X射線法對目標化閤物進行瞭錶徵,該配閤物為單斜晶繫,空間群為P21/n,晶體學參數:a=0.79994(3) nm,b=1.57014(5)nm,c=0.97523(4)nm,β=101.353(2)°,F(000)=632,Z=4,V=1.20094(8)nm3,Dc=1.750 g·cm-3,Mr=316.47,最終結構偏離因子R=0.0248,Rw=0.0671,S=1.039,最終差值電子密度的最大值和最小值分彆為274 nm-3和-537 nm-3.
이록화자화린이담비위원료,재미파보조작용하고상합성료이록·린이담비합자(Ⅱ)배합물,이용홍외광보급단정X사선법대목표화합물진행료표정,해배합물위단사정계,공간군위P21/n,정체학삼수:a=0.79994(3) nm,b=1.57014(5)nm,c=0.97523(4)nm,β=101.353(2)°,F(000)=632,Z=4,V=1.20094(8)nm3,Dc=1.750 g·cm-3,Mr=316.47,최종결구편리인자R=0.0248,Rw=0.0671,S=1.039,최종차치전자밀도적최대치화최소치분별위274 nm-3화-537 nm-3.
The title complex,Zn(C12 H8 N2 )·Cl2 ,has been designed and microwave solid phase synthesized by zinc chlo-ride and orthophenanthroline.The structure was determined by IR and single X-ray crystallography study.The title com-plex crystallizes in the monoclinic space group P21/n with the cell parameters a= 0. 799 94(3)nm,b= 1. 570 14(5)nm,c= 0. 975 23(4)nm,β= 101. 353(2)°,F(000)= 632,Z= 4,V= 1. 200 94(8)nm3 ,Dc= 1. 750 g·cm-3 ,Mr= 316. 47, R= 0. 024 8,Rw= 0. 067 1,S= 1. 039.The largest difference in peak and hole are 274 nm-3 and -537 nm-3 .