Schlagwörter
SCXRD, ultraviolett-sichtbar, ultraviolet-visible, d/f-element polypnictides, redox chemistry, picosecond, Fluoreszenz-Spektroskopie, absorption spectroscopy, Pnictogene, Gold, neodymium, lanthanides, Tetrahydrofuran, Samarocen, variabel temperatur, Absorptionsspektroskopie, core charge, cerium, Kernladung, Cyclopentadienyl, polyphosphides, coinage metals, gold, femtosecond, Reduktionsmittel, Lanthanoide, rare earth metals, Cer, f-element polypnictides, lanthanum, Kernmagnetrezonanz, nuclear magnetic resonanc, nicht-klassische divalente Lanthanoide, Redoxchemie, ferromagnetic, polypnictides, Polyphosphide, Polypniktide, Lathanoidenkontraktion, divalente Lanthanoide, Amidinate, Polyarsenide, samarocene, f-Element-Polypniktide, metallorganische Chemie, silver, fluorescence spectroscopy, Silber, Seltenerden, variable Temperatur, Ligandenklasse, Atomaufbau, Femtosekunde, Zentroid, d/f-Element-Polypniktide, Lanthan, Münzmetalle, organometallic chemistry, ferromagnetisch, oxidation levels, non-classical divalent lanthanides, pnictogenes, cyclopentadienyl, amidinates, Pikosekunde, heterometallic complexes, Seltenerdmetalle, Elekronenvolt, Oxidationsstufen, tert-Butyl, Neodym, reducing agents, polyarsenides, Triflat, ligand class, Polystibide, divalent lanthanides, polystibides, heterometallische Komplexe, atom structure
Hersteller: Cuvillier, Nonnenstieg 8, Göttingen, Deutschland, 37075, info@cuvillier.de, info@cuvillier.de