Yeni kompleksin yapısı element analizi, FTIR ve 31P NMR analiz yöntemleriyle açıklandı.
📌 3 Maddede Bu Makale
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Amaç & Hipotez:Bilinen bir trans-[O-1-fenil-1-propil-(4-metoksifenil)ditiyofosfonato] nikel(II) dört koordinasyonlu kompleksinin difenilfosfino etanla (dppe), kovalent yapıdaki kompleksi sentezlendi ([(dppe)Ni(L)]). [(dppe)Ni(L)] ara ürünün, tetrafenilborat anyonuyla iyonik yapıda, yeni bor içerikli aromatik ditiyofosfonato Ni(II) kompleksi sentezlendi ([(dppe)Ni(L)]+[BPh4]-).
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Temel Bulgular & Veri:Bilinen bir trans-[O-1-fenil-1-propil-(4-metoksifenil)ditiyofosfonato] nikel(II) dört koordinasyonlu kompleksinin difenilfosfino etanla (dppe), kovalent yapıdaki kompleksi sentezlendi ([(dppe)Ni(L)]). [(dppe)Ni(L)] ara ürünün, tetrafenilborat anyonuyla iyonik yapıda, yeni bor içerikli aromatik ditiyofosfonato Ni(II) kompleksi sentezlendi ([(dppe)Ni(L)]+[BPh4]-).
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Sonuç & Katkı:Yeni kompleksin yapısı element analizi, FTIR ve 31P NMR analiz yöntemleriyle açıklandı.
🔬Tür:Araştırma Makalesi
📍Kapsam:Genişletilmiş Akademik Örneklem
⚙️Değişkenler:Ditiyofosfonik asitler · Fosfonoditiyoato Ni(II) kompleksleri · Bor Kompleksleri
Özet
Bilinen bir trans-[O-1-fenil-1-propil-(4-metoksifenil)ditiyofosfonato] nikel(II) dört koordinasyonlu kompleksinin difenilfosfino etanla (dppe), kovalent yapıdaki kompleksi sentezlendi ([(dppe)Ni(L)]). [(dppe)Ni(L)] ara ürünün, tetrafenilborat anyonuyla iyonik yapıda, yeni bor içerikli aromatik ditiyofosfonato Ni(II) kompleksi sentezlendi ([(dppe)Ni(L)]+[BPh4]-). Yeni kompleksin yapısı element analizi, FTIR ve 31P NMR analiz yöntemleriyle açıklandı.
Abstract
Trans-[O-1-phenyl-1-propyl-(4-methoxyphenyl)dithiophosphonato] nickel(II) four-coordination complex which is known previously with diphenylphosphino ethane (dppe) was synthesised ([(dppe)Ni(L)], covalent structure). A new boron-containing aromatic dithiophosphonato Ni(II) complex of the [(dppe)Ni(L)] intermediate product with tetraphenylborate anion was synthesised ([(dppe)Ni(L)]+[BPh4]-) as ionic form. The structure of the new complex was elucidated by elemental analysis, FTIR and 31P NMR analysis methods.
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