216980-97-1Relevant academic research and scientific papers
Synthesis and reactivity of [(R1R2N)2PH]Fe(CO)4 complexes. X-ray crystal structure of [(Ph2N)2PH]Fe(CO)4
Brunet, Jean-Jacques,Chauvin, Remi,Diallo, Ousmane,Donnadieu, Bruno,Jaffart, Joelle,Neibecker, Denis
, p. 195 - 200 (1998)
KHFe(CO)4 reacts with tris(amino)phosphines by substitution at phosphorus leading to [bis(amino)phosphine]tetracarbonyliron complexes [(R1R2N)2PH]Fe(CO)4. The X-ray structure has been determined for R1=R2=Ph. Deprotonation of these complexes with KH affords stable potassium phosphidotetracarbonylferrates which can be alkylated or acylated at phosphorus.
Synthesis and reactivity of [(R1R2N)2PH]Fe(CO)4 complexes. X-ray crystal structure of [(Ph2N)2PH]Fe(CO)4
Brunet, Jean-Jacques,Chauvin, Remi,Diallo, Ousmane,Donnadieu, Bruno,Jaffart, Jo?lle,Neibecker, Denis
, p. 390 - 395 (2007/10/03)
KHFe(CO)4 reacts with tris(amino)phosphines by substitution at phosphorus leading to [bis(amino)phosphine]tetracarbonyliron complexes [(R1R2N)2PH]Fe(CO)4. The X-ray structure has been determined for R1=R2=Ph. Deprotonation of these complexes with KH affords stable potassium phosphidotetracarbonylferrates which can be alkylated or acylated at phosphorus.
