643 results on '"Depmeier, Wulf"'
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2. [Pb2F2](SeO4): a heavier analogue of grandreefite, the first layered fluoride selenate
3. Charoite, as an Example of a Structure with Natural Nanotubes
4. From Minerals to Materials
5. Nanocrystalline Layered Titanates Synthesized by the Fluoride Route: Perspective Matrices for Removal of Environmental Pollutants
6. Thermodynamic properties and behaviour of A2[(UO2)(MoO4)2] compounds with A = Li, Na, K, Rb, and Cs
7. Topologically identical, but geometrically isomeric layers in hydrous α-, β-Rb[UO2(AsO3OH)(AsO2(OH)2)]·H2O and anhydrous Rb[UO2(AsO3OH)(AsO2(OH)2)]
8. Why Do Super-Aluminous Sodalites and Melilites Exist, but Not so Feldspars?
9. K[AsW2O9], the first member of the arsenate–tungsten bronze family: Synthesis, structure, spectroscopic and non-linear optical properties
10. A calorimetric and thermodynamic investigation of potassium uranyl tungstate K2[(UO2)(W2O8)]
11. Uranyl carboxyphosphonates that incorporate Cd(II)
12. Synthesis, structure and properties of hydrazinium germanate pharmacosiderite, (N 2H 5) 3Ge 7O 15(OH)·2.5H 2O
13. Some remarks on substitution effects in sodalites
14. Crystal chemistry of anhydrous Li uranyl phosphates and arsenates. II. Tubular fragments and cation–cation interactions in the 3D framework structures of Li 6[(UO 2) 12(PO 4) 8(P 4O 13)], Li 5[(UO 2) 13(AsO 4) 9(As 2O 7)], Li[(UO 2) 4(AsO 4) 3] and Li 3[(UO 2) 7(AsO 4) 5O)]
15. Rubidium uranyl phosphates and arsenates with polymeric tetrahedral anions: Syntheses and structures of Rb 4[(UO 2) 6(P 2O 7) 4(H 2O)], Rb 2[(UO 2) 3(P 2O 7)(P 4O 12)] and Rb[(UO 2) 2(As 3O 10)]
16. Crystalline Titanate Ceramic for Immobilization of Tc-99
17. Sorption of Nuclear Waste Components by Layered Hydrazinium Titanate: a Straightforward Route to Durable Ceramic Forms
18. Crystal structure and thermal behavior of a new borosilicate with the CAS framework type
19. Etching of {111} and {210} synthetic pyrite surfaces by two archaeal strains, Metallosphaera sedula and Sulfolobus metallicus
20. Crystal chemistry of anhydrous Li uranyl phosphates and arsenates. I. Polymorphism and structure topology: Synthesis and crystal structures of α-Li[(UO 2)(PO 4)], α-Li[(UO 2)(AsO 4)], β-Li[(UO 2)(AsO 4)] and Li 2[(UO 2) 3(P 2O 7) 2]
21. Raman spectroscopic study of PbCO3 at high pressures and temperatures
22. Synchrotron X-ray diffraction study of the structure of shafranovskite, [K.sub.2][Na.sub.3][(Mn,Fe,Na).sub.4] [[Si.sub.9][(O,OH).sub.27]][(OH).sub.2]*n[H.sub.2]O, a rare manganese phyllosilicate from the Kola peninsula, Russia
23. Porous titanosilicate nanorods in the structure of yuksporite, [(Sr,Ba).sub.2][K.sub.4][(Ca,[Na).sub.14]([not less than],Mn,Fe) {[(Ti,Nb).sub.4][(O,OH).sub.4][[Si.sub.6][O.sub.17].sub.2] [Si.sub.2][O.sub.7].sub.3]} [([H.sub.2]O,OH].sub.n], resolved using synchrotron radiation
24. From Minerals to Materials
25. Nanocrystalline Layered Titanates Synthesized by the Fluoride Route: Perspective Matrices for Removal of Environmental Pollutants
26. Charoite, as an Example of a Structure with Natural Nanotubes
27. Evolution of fumarolic anhydrous copper sulfate minerals during successive hydration/dehydration
28. Expanding the family of mineral-like anhydrous alkali copper sulfate framework structures: new phases, topological analysis and evaluation of ion migration potentialities
29. Pyrite Surface Alteration of Synthetic Single Crystals as Effect of Microbial Activity and Crystallographic Orientation
30. 5. Application of Neutron Powder-Diffraction to Mineral Structures
31. 7. The Sodalite Family - A Simple but Versatile Framework Structure
32. Chiral open-framework uranyl molybdates. 1. Topological diversity: synthesis and crystal structure of [(C 2H 5) 2NH 2] 2[(UO 2) 4(MoO 4) 5(H 2O)](H 2O)
33. Chiral open-framework uranyl molybdates. 3. Synthesis, structure and the C222 1 → P2 12 12 1 low-temperature phase transition of [C 6H 16N] 2[(UO 2) 6(MoO 4) 7(H 2O) 2](H 2O) 2
34. Chiral open-framework uranyl molybdates. 2. Flexibility of the U:Mo = 6:7 frameworks: syntheses and crystal structures of (UO 2) 0.82[C 8H 20N] 0.36[(UO 2) 6(MoO 4) 7(H 2O) 2](H 2O) n and [C 6H 14N 2][(UO 2) 6(MoO 4) 7(H 2O) 2](H 2O) m
35. One-dimensional array of two- and three-center cation-cation bonds in the structure of [Li.sub.4][[(U[O.sub.2]).sub.10][O.sub.10]([Mo.sub.2][O.sub.8])]
36. Lead rare-earth oxyhalides: Syntheses and characterization of [Pb.sub.6]La[O.sub.7]X (X = Cl, Br)
37. Copper–lead selenite bromides: a new large family of compounds partly having Cu2+ substructures derivable from kagome nets
38. Reversible hydration/dehydration and thermal expansion of euchlorine, ideally KNaCu3O(SO4)3
39. Crystallography at the order–disorder borderline: characterization of nanodomains by electron diffraction and imaging
40. New uranyl compounds with microporous frameworks
41. Grootfonteinite, Pb3O(CO3)2, a new mineral species from the Kombat Mine, Namibia, merotypically related to hydrocerussite
42. IUCr – supporting crystallography around the world
43. Structural, thermal, and IR studies of β-[Nd2O2](CrO4), an unexpected analog of a slag phase [Ba2F2](S6+O3S2−)
44. Uranyl Sulfate Nanotubules Templated by N-phenylglycine
45. Hydrocerussite-related minerals and materials: structural principles, chemical variations and infrared spectroscopy
46. Grootfonteinite, Pb3O(CO3)(2), a new mineral species from the Kombat Mine, Namibia, merotypically related to hydrocerussite
47. Boronic acid flux synthesis and crystal growth of uranium and neptunium boronates and borates: a low-temperature route to the first neptunium(V) borate
48. Crystal chemistry of the potassium and rubidium uranyl borate families derived from boric acid fluxes
49. How are centrosymmetric and noncentrosymmetric structures achieved in uranyl borates?
50. Particular topological complexity of lead oxide blocks in P[b.sub.31][O.sub.22][X.sub.18] (X=Br, Cl)
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