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Rainer Niewa (1967-)

Name	Rainer Niewa
Zeit	1967- (Lebensdaten)
Ort	Dortmund (Geburtsort) Deutschland
Akademischer Grad bzw. Titel	Prof. Dr. rer. nat.
Variante	R. Niewa
Beziehung	Universität Stuttgart. Institut für Anorganische Chemie
Weitere Angaben	Diss. Dortmund 1995, Habil. TU Dresden 2005, Fachbereich Naturwissenschaften
Datensatztyp	Person
GND-Nummer	11385255X
Datensatz-ID	11385255X
Beteiligt an alle anzeigen Alkaline Earth Metal Nitride Chalcogenides, Ca 6 N 2 Se 3, Sr 6 N 2 Se 3 and Sr 6 N 2 Te 3 Reactions of Binary Nitrides in Liquid Hydrogen Fluoride and the First Calcium Oxidofluoridometallate of a Group Six Element Ca (Mo 2 O 2 F 9) 2 ⋅ HF Chronoamperometric investigations on electrochemical synthesis of iron nitrides in molten salt system Crystal structure and XPS study of titanium-substituted M-type hexaferrite BaFe12−xTixO19 Polynator : a tool to identify and quantitatively evaluate polyhedra and other shapes in crystal structures Li 16 Sr 6 Ge 6 N, Li 16 Sr 6 Ge 6.5 and related lithium alkaline‐earth metal tetrelides: Alternative filling of voids by nitride or tetrelide ions Exchange of ammine‐ and fluorido‐ligands in complex salts: The series (Cr (NH 3) 6)(AlF 6), (Cr (NH 3) 5 F)(SiF 6) and K 2 (Cr (NH 3) 4 F 2)(Si (NH 3) 0.5 F 5.5) 2 Diversity in Nitridosilicate Chemistry: The Nitridoalumosilicate Ca 4 (AlSiN 5) and the Nitridosilicate Silicide Ca 12 Si 4 (SiN 4) De-hydrogenation/rehydrogenation properties and reaction mechanism of AmZn(NH2)n-2nLiH systems (A = Li, K, Na, and Rb) Exchange of ammine‐ and fluorido‐ligands in complex salts : the series [Cr(NH3)6][AlF6], [Cr(NH3)5F][SiF6] and K2[Cr(NH3)4F2][Si(NH3)0.5F5.5]2 Li5Sn, the most lithium-rich binary stannide : a combined experimental and computational study Li16Sr6Ge6N, Li16Sr6Ge6.5 and related lithium alkaline‐earth metal tetrelides : alternative filling of voids by nitride or tetrelide ions Novel fluoridoaluminates from ammonothermal synthesis : two modifications of K2AlF5 and the elpasolite Rb2KAlF6 Effect of Oxygen on Ammonothermal Synthesis: Example of Na 2 [Zn(NH 2 ) 4 ] ⋅ (NH 3 ) x and Na 2 [Zn(NH 2 ) 4 ] ⋅ (H 2 O) x Ammonothermal Synthesis and Characterization of First Amidozincate Hydroxides Two Intermediates in Ammonothermal InN Crystal Growth: [In(NH 3 ) 5 Cl]Cl 2 and InF 2 (NH 2 ) Die reduzierten Nitridogermanate(III) Ca 6 [Ge 2 N 6 ] und Sr 6 [Ge 2 N 6 ] mit Ge‐Ge‐Bindungen Frontispiz: Die reduzierten Nitridogermanate(III) Ca 6 [Ge 2 N 6 ] und Sr 6 [Ge 2 N 6 ] mit Ge‐Ge‐Bindungen The Reduced Nitridogermanates(III) Ca 6 [Ge 2 N 6 ] and Sr 6 [Ge 2 N 6 ] with Ge−Ge Bonds Frontispiece: The Reduced Nitridogermanates(III) Ca 6 [Ge 2 N 6 ] and Sr 6 [Ge 2 N 6 ] with Ge−Ge Bonds Confirmation of siderazot, Fe3N1.33, the only terrestrial nitride mineral Crystal structure and phase stability of Co2N : a combined first-principles and experimental study Die reduzierten Nitridogermanate(III) Ca6[Ge2N6] und Sr6[Ge2N6] mit Ge-Ge-Bindungen Indium ammoniates from ammonothermal synthesis : InAlF6(NH3)2, [In(NH3)6][AlF6], and [In2F(NH3)10]2[SiF6]5 ∙ 2 NH3 The reduced nitridogermanates(III) Ca6[Ge2N6] and Sr6[Ge2N6] with Ge-Ge bonds Thermoelectric Properties of Alkaline Earth Metal Substituted Europium Titanates Diversity of Strontium Nitridogermanates (IV): Novel Sr 4 (GeN 4), Sr 8 Ge 2 (GeN 4), and Sr 17 Ge 2 (GeN 3) 2 (GeN 4) 2 Synthesis and Characterisation of the Nitridocuprate (I) Nitride Carbodiimide (Sr 6 N)(CuN 2)(CN 2) 2 Approaching Dissolved Species in Ammonoacidic GaN Crystal Growth: A Combined Solution NMR and Computational Study Frontispiece: Approaching Dissolved Species in Ammonoacidic GaN Crystal Growth: A Combined Solution NMR and Computational Study Das quasi‐binäre Acetonitriltriid Sr 3 (C 2 N) 2 The Quasi‐Binary Acetonitriletriide Sr 3 (C 2 N) 2 Approaching dissolved species in ammonoacidic GaN crystal growth : a combined solution NMR and computational study Thermal history dependent Al distribution in aluminum substituted strontium hexaferrite Metal‐Rich Ternary Perovskite Nitrides Electrochemical Bulk Synthesis of Ternary Nitride Perovskites: Co 3 InN and Ni 3 InN Electrochemical Bulk Synthesis of Ternary Nitride Perovskites: Co 3 InN and Ni 3 InN Front Cover: Electrochemical Bulk Synthesis of Ternary Nitride Perovskites: Co 3 InN and Ni 3 InN (Eur. J. Inorg. Chem. 13/2019) Electrochemical Synthesis of Highly Nitrogen Containing γ‐ FeN 0.13 and ε ‐Fe 3 N 1.51 in a Molten Salt System Metal-rich ternary perovskite nitrides Synthesis and characterisation of the nitridocuprate(I) nitride carbodiimide (Sr6N)[CuN2][CN2]2 The quasi-binary acetonitriletriide Sr3[C2N]2 Synthesis and Characterization of BaLiRu 5 O 11, BaCu 1+ x Ru 5– x O 11, and BaLi 1– x Cu x + δ Ru 5– δ O 11: Crystal Structures and Valence States The Inverse Perovskite Nitrides (Sr 3 N 2/3– x) Sn, (Sr 3 N 2/3– x) Pb, and (Sr 3 N) Sb: Flux Crystal Growth, Crystal Structures, and Physical Properties Synthesis, Characterization, and Chemical Bonding Analysis of the Lithium Alkaline‐earth Metal Gallide Nitrides Li 2 (Ca 3 N) 2 (Ga 4) and Li 2 (Sr 3 N) 2 (Ga 4) Eine NiAs-artige Hochdruckmodifikation von FeN High-Pressure NiAs-Type Modification of FeN Magnetic and structural properties of barium hexaferrite BaFe12O19 from various growth techniques Ammonothermal Synthesis and Characterization of Cs 2 (Zn (NH 2) 4) Cover Picture: Ammonothermal Synthesis and Characterization of Cs 2 (Zn (NH 2) 4) (Z. Anorg. Allg. Chem. 21/2016) ChemInform Abstract: Ammonothermal Synthesis and Characterization of Cs 2 (Zn (NH 2) 4). ChemInform Abstract: Trigonal‐Bipyramidal Coordination in First Ammoniates of ZnF 2: ZnF 2 (NH 3) 3 and ZnF 2 (NH 3) 2. Ammonothermal Synthesis and Characterization of Li 4 (Zn (NH 2) 4)(NH 2) 2 † Ternary Amides Containing Transition Metals for Hydrogen Storage: A Case Study with Alkali Metal Amidozincates ChemInform Abstract: Ammonothermal Synthesis and Characterization of Li 4 (Zn (NH 2) 4)(NH 2) 2. Ba3YRu0.73(2)Al1.27(2)O8 and Ba5Y2Ru1.52(2)Al1.47(2)O 13.5: New perovskite ruthenates with partial octahedra replacement Garnet-type Mn3Cr2(GeO4)3 Crystal Chemistry and Physical Properties of the Nonmagnetic Kondo Compound HfAs 1.7 Se 0.2 ChemInform Abstract: Crystal Structure Investigations of ZrAs x Se y (x < y, x + y ≤ 2) by Single Crystal Neutron Diffraction at 300 K, 25 K and 2.3 K. ChemInform Abstract: Ba 3 YRu 0.73 (2) Al 1.27 (2) O 8 and Ba 5 Y 2 Ru 1.52 (2) Al 1.47 (2) O 13.5: New Perovskite Ruthenates with Partial Octahedra Replacement.

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Katalog der Deutschen Nationalbibliothek

Rainer Niewa (1967-)

Alkaline Earth Metal Nitride Chalcogenides, Ca 6 N 2 Se 3, Sr 6 N 2 Se 3 and Sr 6 N 2 Te 3

Reactions of Binary Nitrides in Liquid Hydrogen Fluoride and the First Calcium Oxidofluoridometallate of a Group Six Element Ca (Mo 2 O 2 F 9) 2 ⋅ HF

Chronoamperometric investigations on electrochemical synthesis of iron nitrides in molten salt system

Crystal structure and XPS study of titanium-substituted M-type hexaferrite BaFe12−xTixO19

Polynator : a tool to identify and quantitatively evaluate polyhedra and other shapes in crystal structures

Li 16 Sr 6 Ge 6 N, Li 16 Sr 6 Ge 6.5 and related lithium alkaline‐earth metal tetrelides: Alternative filling of voids by nitride or tetrelide ions

Exchange of ammine‐ and fluorido‐ligands in complex salts: The series (Cr (NH 3) 6)(AlF 6), (Cr (NH 3) 5 F)(SiF 6) and K 2 (Cr (NH 3) 4 F 2)(Si (NH 3) 0.5 F 5.5) 2

Diversity in Nitridosilicate Chemistry: The Nitridoalumosilicate Ca 4 (AlSiN 5) and the Nitridosilicate Silicide Ca 12 Si 4 (SiN 4)

De-hydrogenation/rehydrogenation properties and reaction mechanism of AmZn(NH2)n-2nLiH systems (A = Li, K, Na, and Rb)

Exchange of ammine‐ and fluorido‐ligands in complex salts : the series [Cr(NH3)6][AlF6], [Cr(NH3)5F][SiF6] and K2[Cr(NH3)4F2][Si(NH3)0.5F5.5]2

Li5Sn, the most lithium-rich binary stannide : a combined experimental and computational study

Li16Sr6Ge6N, Li16Sr6Ge6.5 and related lithium alkaline‐earth metal tetrelides : alternative filling of voids by nitride or tetrelide ions

Novel fluoridoaluminates from ammonothermal synthesis : two modifications of K2AlF5 and the elpasolite Rb2KAlF6

Effect of Oxygen on Ammonothermal Synthesis: Example of Na 2 [Zn(NH 2 ) 4 ] ⋅ (NH 3 ) x and Na 2 [Zn(NH 2 ) 4 ] ⋅ (H 2 O) x

Ammonothermal Synthesis and Characterization of First Amidozincate Hydroxides

Two Intermediates in Ammonothermal InN Crystal Growth: [In(NH 3 ) 5 Cl]Cl 2 and InF 2 (NH 2 )

Die reduzierten Nitridogermanate(III) Ca 6 [Ge 2 N 6 ] und Sr 6 [Ge 2 N 6 ] mit Ge‐Ge‐Bindungen

Frontispiz: Die reduzierten Nitridogermanate(III) Ca 6 [Ge 2 N 6 ] und Sr 6 [Ge 2 N 6 ] mit Ge‐Ge‐Bindungen

The Reduced Nitridogermanates(III) Ca 6 [Ge 2 N 6 ] and Sr 6 [Ge 2 N 6 ] with Ge−Ge Bonds

Frontispiece: The Reduced Nitridogermanates(III) Ca 6 [Ge 2 N 6 ] and Sr 6 [Ge 2 N 6 ] with Ge−Ge Bonds

Confirmation of siderazot, Fe3N1.33, the only terrestrial nitride mineral

Crystal structure and phase stability of Co2N : a combined first-principles and experimental study

Die reduzierten Nitridogermanate(III) Ca6[Ge2N6] und Sr6[Ge2N6] mit Ge-Ge-Bindungen

Indium ammoniates from ammonothermal synthesis : InAlF6(NH3)2, [In(NH3)6][AlF6], and [In2F(NH3)10]2[SiF6]5 ∙ 2 NH3

The reduced nitridogermanates(III) Ca6[Ge2N6] and Sr6[Ge2N6] with Ge-Ge bonds

Thermoelectric Properties of Alkaline Earth Metal Substituted Europium Titanates

Diversity of Strontium Nitridogermanates (IV): Novel Sr 4 (GeN 4), Sr 8 Ge 2 (GeN 4), and Sr 17 Ge 2 (GeN 3) 2 (GeN 4) 2

Synthesis and Characterisation of the Nitridocuprate (I) Nitride Carbodiimide (Sr 6 N)(CuN 2)(CN 2) 2

Approaching Dissolved Species in Ammonoacidic GaN Crystal Growth: A Combined Solution NMR and Computational Study

Frontispiece: Approaching Dissolved Species in Ammonoacidic GaN Crystal Growth: A Combined Solution NMR and Computational Study

Das quasi‐binäre Acetonitriltriid Sr 3 (C 2 N) 2

The Quasi‐Binary Acetonitriletriide Sr 3 (C 2 N) 2

Approaching dissolved species in ammonoacidic GaN crystal growth : a combined solution NMR and computational study

Thermal history dependent Al distribution in aluminum substituted strontium hexaferrite

Metal‐Rich Ternary Perovskite Nitrides

Electrochemical Bulk Synthesis of Ternary Nitride Perovskites: Co 3 InN and Ni 3 InN

Electrochemical Bulk Synthesis of Ternary Nitride Perovskites: Co 3 InN and Ni 3 InN

Front Cover: Electrochemical Bulk Synthesis of Ternary Nitride Perovskites: Co 3 InN and Ni 3 InN (Eur. J. Inorg. Chem. 13/2019)

Electrochemical Synthesis of Highly Nitrogen Containing γ‐ FeN 0.13 and ε ‐Fe 3 N 1.51 in a Molten Salt System

Metal-rich ternary perovskite nitrides

Synthesis and characterisation of the nitridocuprate(I) nitride carbodiimide (Sr6N)[CuN2][CN2]2

The quasi-binary acetonitriletriide Sr3[C2N]2

Synthesis and Characterization of BaLiRu 5 O 11, BaCu 1+ x Ru 5– x O 11, and BaLi 1– x Cu x + δ Ru 5– δ O 11: Crystal Structures and Valence States

The Inverse Perovskite Nitrides (Sr 3 N 2/3– x) Sn, (Sr 3 N 2/3– x) Pb, and (Sr 3 N) Sb: Flux Crystal Growth, Crystal Structures, and Physical Properties

Synthesis, Characterization, and Chemical Bonding Analysis of the Lithium Alkaline‐earth Metal Gallide Nitrides Li 2 (Ca 3 N) 2 (Ga 4) and Li 2 (Sr 3 N) 2 (Ga 4)

Eine NiAs-artige Hochdruckmodifikation von FeN

High-Pressure NiAs-Type Modification of FeN

Magnetic and structural properties of barium hexaferrite BaFe12O19 from various growth techniques

Ammonothermal Synthesis and Characterization of Cs 2 (Zn (NH 2) 4)

Cover Picture: Ammonothermal Synthesis and Characterization of Cs 2 (Zn (NH 2) 4) (Z. Anorg. Allg. Chem. 21/2016)

ChemInform Abstract: Ammonothermal Synthesis and Characterization of Cs 2 (Zn (NH 2) 4).

ChemInform Abstract: Trigonal‐Bipyramidal Coordination in First Ammoniates of ZnF 2: ZnF 2 (NH 3) 3 and ZnF 2 (NH 3) 2.

Ammonothermal Synthesis and Characterization of Li 4 (Zn (NH 2) 4)(NH 2) 2 †

Ternary Amides Containing Transition Metals for Hydrogen Storage: A Case Study with Alkali Metal Amidozincates

ChemInform Abstract: Ammonothermal Synthesis and Characterization of Li 4 (Zn (NH 2) 4)(NH 2) 2.

Ba3YRu0.73(2)Al1.27(2)O8 and Ba5Y2Ru1.52(2)Al1.47(2)O 13.5: New perovskite ruthenates with partial octahedra replacement

Garnet-type Mn3Cr2(GeO4)3

Crystal Chemistry and Physical Properties of the Nonmagnetic Kondo Compound HfAs 1.7 Se 0.2

ChemInform Abstract: Crystal Structure Investigations of ZrAs x Se y (x < y, x + y ≤ 2) by Single Crystal Neutron Diffraction at 300 K, 25 K and 2.3 K.

ChemInform Abstract: Ba 3 YRu 0.73 (2) Al 1.27 (2) O 8 and Ba 5 Y 2 Ru 1.52 (2) Al 1.47 (2) O 13.5: New Perovskite Ruthenates with Partial Octahedra Replacement.