摘要
Co(En)\-3MoO\-4 was synthesized by using the method of hydrothermal synthesis and characterized by elemental analysis, IR, ESR and single\|crystal X\|ray methods. It crystallizes in hexagonal space group \%P3C1\% with \{\%a\%=1\^596 4(2) nm\}, \{\%b\%=1\^596 4(2) nm\}, \%c\%=\{0\^993 5(2)\} nm, \%α=β\%=90°, \%γ\%=120°, \%M\%\-c=399\^18, \%V\%=2\^192 6(6) nm\+3, \%D\%\-c=1\^814 g/nm\+3, \%Z\%=6, \%F\%(000)=1 218, \%R\%\-1=0\^070 3, \%R\%\-w=0\^220 7. According to separation of anion which acted on electrostatic potential, the anion and cation ions formed a type of organic and inorganic material.
Co(En)\-3MoO\-4 was synthesized by using the method of hydrothermal synthesis and characterized by elemental analysis, IR, ESR and single\|crystal X\|ray methods. It crystallizes in hexagonal space group \%P3C1\% with \{\%a\%=1\^596 4(2) nm\}, \{\%b\%=1\^596 4(2) nm\}, \%c\%=\{0\^993 5(2)\} nm, \%α=β\%=90°, \%γ\%=120°, \%M\%\-c=399\^18, \%V\%=2\^192 6(6) nm\+3, \%D\%\-c=1\^814 g/nm\+3, \%Z\%=6, \%F\%(000)=1 218, \%R\%\-1=0\^070 3, \%R\%\-w=0\^220 7. According to separation of anion which acted on electrostatic potential, the anion and cation ions formed a type of organic and inorganic material.
出处
《高等学校化学学报》
SCIE
EI
CAS
CSCD
北大核心
1999年第8期1186-1188,共3页
Chemical Journal of Chinese Universities
基金
国家自然科学基金! (批准号 :2 9671 0 1 2
2 97330 90 )资助课题
