%0 Generic
%A Spichal, Zdenek
%A Necas, Marek
%A Pinkas, Jiri
%A Novosad, Josef
%D 2004
%T The Synthesis and Crystal Structures of Two-Dimensional Coordination
Polymers of Ph2P(O)−CH2CH2−P(O)Ph2 and Ph2P(O)−C5H3N−P(O)Ph2
with Praseodymium
%U https://acs.figshare.com/articles/dataset/The_Synthesis_and_Crystal_Structures_of_Two_Dimensional_Coordination_Polymers_of_Ph_sub_2_sub_P_O_CH_sub_2_sub_CH_sub_2_sub_P_O_Ph_sub_2_sub_and_Ph_sub_2_sub_P_O_C_sub_5_sub_H_sub_3_sub_N_P_O_Ph_sub_2_sub_with_Praseodymium/3340939
%R 10.1021/ic0499648.s002
%2 https://ndownloader.figshare.com/files/5180152
%K building blocks
%K lanthanide atoms
%K square grid
%K Ph
%K Crystal Structures
%K herringbone network
%K Praseodymium Reactions
%K CH
%K praseodymium cations
%K network coordination polymers
%K bidentate ligands
%X Reactions of Pr(NO3)3 with Ph2P(O)−CH2CH2−P(O)Ph2 and Ph2P(O)−C5H3N−P(O)Ph2 yielded layered network coordination polymers with
bidentate ligands spanning the lanthanide atoms in a bridging
fashion. The praseodymium cations with “spacer” ligands form two-dimensional building blocks assembling into either square grid or
herringbone network.
%I ACS Publications