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Pikma Piret Ers Heigo Siinor Liis Zhao Jinfeng Oll Ove Romann Tavo Grozovski Vitali Siimenson Carolin Väärtnõu Mart Paalo Maarja Härmas Riinu Lust Karmen Thomberg Thomas Jänes Alar Nerut Jaak Jäger Rutha Valk Peeter Kivi Indrek Maide Martin Möller Priit Kanarbik Rait Nurk Gunnar Lust Enn 《Journal of Solid State Electrochemistry》2023,27(7):1547-1591
The electrochemistry nowadays has many faces and challenges. Although the focus has shifted from fundamental electrochemistry to applied electrochemistry, one needs to acknowledge that it is impossible to develop and design novel green energy transition devices without a comprehensive understanding of the electrochemical processes at the electrode and electrolyte interface that define the performance mechanisms. The review gives an overview of the systematic research in the field of electrochemistry in Estonia which reflects on the excellent collaboration between fundamental and applied electrochemistry.
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Marta-Lisette Pikma Dr. Märt Lõkov Dr. Sofja Tshepelevitsh Jaan Saame Tõiv Haljasorg Dr. Lauri Toom Dr. Sigrid Selberg Prof. Ivo Leito Assoc. Prof. Agnes Kütt 《European journal of organic chemistry》2023,26(28):e202300453
A new group of bases with benzophenoneiminyl (bpi) moiety has been synthesized and characterized in this work. The title compound tris(benzophenoneimino)phosphane (P(bpi)3) 1 was prepared with a convenient one-pot approach: benzophenone imine was deprotonated using MeMgCl and reacted with PBr3 in diglyme. The method could be considered as a method of choice for preparing other (amino)phosphanes in case lithio-intermediates and/or protonated phosphane is out of consideration. Phosphane 1 is further used to prepare a range of related phosphonium cations and phosphazenes. Phosphonium cations were deprotonated to assess the stability of the resulting phosphonium ylides. In some cases, the bulky substances were capable of forming P−N heterocycles. Experimental (MeCN) and computational (MeCN, THF, gas-phase) basicities of benzophenone imine, phosphane 1 , phosphonium ylides, and phosphazenes, as well as some representative XRD structures, are presented and discussed. 相似文献
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