about
A Cyanide-Bridged Magnetically Switchable Cage with Encapsulated Water Molecules.Programmable spin-state switching in a mixed-valence spin-crossover iron grid.Solvent-induced on/off switching of intramolecular electron transfer in a cyanide-bridged trigonal bipyramidal complex.Contrasting magnetism of [Mn(III)(4)] and [Mn(II)(2)Mn(III)(2)] squares.Stepwise replacement of nickel with cobalt ions in a [Ni6] cluster.Insertion of a strongly pi-pi stacked chloranilate pair into an M4 arrangement preorganized within a large macrocyclic ligand (M = Zn2+ and Cu2+).Lability-controlled syntheses of heterometallic clusters.A series of trinuclear Cu(II)Ln(III)Cu(II) complexes derived from 2,6-Di(acetoacetyl)pyridine: synthesis, structure, and magnetism.cis-Tach based pentadecadentate ligands as building blocks in the synthesis of Fe III and Pd II coordination clusters.Synthesis, stability, and complexation behavior of isolable salen-type N2S2 and N2SO ligands based on thiol and oxime functionalities.Studies on the Magnetic Ground State of a Spin Möbius Strip.A Multi-Redox Responsive Cyanometalate-Based Metallogel.Oxalate-bridged heterometallic chains with monocationic dabco derivatives.Series of trinuclear NiIILnIIINiII complexes derived from 2,6-Di(acetoacetyl)pyridine: synthesis, structure, and magnetism.Stepwise synthesis and magnetic control of trimetallic magnets [Co2Ln(L)2(H2O)4][Cr(CN)6].nH2O (Ln = La, Gd; H2L = 2,6-Di(acetoacetyl)pyridine) with 3-D pillared-layer structure.Pre-programmed self-assembly of polynuclear clusters.Intermediate-Spin Iron(III) Complexes Having a Redox-Noninnocent Macrocyclic Tetraamido Ligand.Thermal and light induced spin crossover behavior of a dinuclear Fe(II) compound.Mapping the Sequential Self-Assembly of Heterometallic Clusters: From a Helix to a GridFerromagnetically coupled chiral cyanide-bridged {Ni6Fe4} cagesAn Antiferromagnetically Coupled Heterometal Cu6Fe WheelLigand-directed synthesis of {MnIII5} twisted bow-tiesOrganic field-effect transistor based on paramagnetic Cu(II) neutral complexes coordinated by Schiff base-type TTF ligandsSynthesis, Crystal Structures and Magnetic Properties of Composites Incorporating an Fe(II) Spin Crossover Complex and PolyoxometalatesPentanuclear and Octanuclear Manganese HelicesPlanar copper and nickel triangles with a guanidine-derived ligandPlanar trinuclear complexes with linear arrays of metal ionsStructure and Magnetic Properties of a Sulfate-bridged Tetracosanuclear Manganese ClusterSyntheses, structures and magnetism of mixed-valence Mn19 and Mn21 complexes supported by alkylamine-based alkoxo-bridging ligandsChiral Single-Chain Magnet: Helically Stacked [MnIII2CuII] TrianglesCyanide-Bridged Decanuclear Cobalt–Iron CageElectrochemical Carbon Dioxide Reduction Catalyzed by a Dinuclear Ruthenium Complex with a Flexible Bridging LigandSelf-assembly of a cobalt octacyanotungstate network into a giant chiral helixSyntheses, structures and magnetic properties of two-dimensional chiral coordination polymers based on a tetradentate chiral ligandDimerized Spin-Crossover Iron(II) Complexes as Supramolecular Anion CapsulesMultiredox Active [3 × 3] Copper GridsSingle molecule magnets with m-fluorobenzoate and difluoromethylacetate as polar ligandsTriple-stranded ferric helices: a π–π interaction-driven structural hierarchy of Fe5, Fe7, and Fe17 clustersA Light-Induced Phase Exhibiting Slow Magnetic Relaxation in a Cyanide-Bridged [Fe4Co2] ComplexA rectangular Ni–Fe cluster with unusual cyanide bridges
P50
Q31147778-B9B489B6-414F-447C-A843-8A6BD4D50D95Q35169521-9A734D09-5923-412B-965A-C29F7D9688D2Q39273524-8D37AA2D-5033-4329-81DB-1F8AC0A859E6Q43226050-1232F424-F20A-4EE2-9BEB-B75B9DABD88AQ44008124-7FFA4B8B-1936-4D89-9C2F-8AA14A88FCD8Q44056823-4EFAB2B0-2CA4-4368-ABA6-09B9461A5438Q44740888-80FE28B4-0F96-4985-98E5-3FA0268ABC6FQ44965642-317B0D55-32B5-4ECA-9B16-A96FDB3044B3Q46022433-9B80E2A5-1CF4-49C5-B75C-E466E734D25BQ46817941-2475E480-5A41-4BB4-9CEB-EEF05C635D15Q48103019-848C9649-E6B0-4065-8233-600CD5A2ADB4Q48180866-1EFF4DD8-83B9-4B44-9F1F-60DEB561C112Q48296757-2C101B9C-0B16-4336-BB71-239DD70A830DQ51031914-34E26695-19CB-41F3-B198-3A06E6617B8EQ51092934-762D4219-4573-4B8E-9286-3C0138045A9CQ52318230-745CB7B3-EEC9-4026-A34D-49E6EDE8600AQ52353127-0C465337-11B8-4E76-997B-1C00ECC04B72Q53214901-5E0706D3-C46D-4CD2-85D3-6B263E1C5998Q57383206-EADE855A-4DDD-40E8-BF0F-DB581535C74EQ57383253-9D6F92CB-C0C7-4EB6-B891-50FAFD97F9F4Q58219731-0B29B517-3FEE-48FE-935D-45236BDFB115Q58219732-261F4421-DAE5-46E1-837D-66AEE7C950CCQ58219733-BD08869C-E580-4778-AA69-42C80E292ED8Q58219734-FB2ECC0C-9EA9-4448-A975-446AF58A4682Q58219736-320884C2-292E-407A-A32D-CFC343B32557Q58219737-C1980E72-97EA-472F-B39C-1CA42293DA00Q58219738-036549E2-FF4F-4C1B-A67C-F75AF7DD5359Q58219740-D98D907A-7030-4D3F-AE08-4DB2F7021ED8Q58219741-D666EF41-B1B5-4678-AB1E-2D7E4EF2735DQ58219742-4A075F5B-F48F-46FB-AB8D-D78FC2CDCD16Q58219745-076853D3-11F6-43F0-AF48-A6A5A08656A3Q58219747-2BA14D90-ACD4-4041-9F33-2C368A519371Q58219749-155F3C9D-0A36-4BBE-BE4B-C5E559725524Q58219750-6E59CD5A-AF18-4A8F-B883-C504287E57F2Q58219752-14FE9BAF-4926-4F05-92D6-98E5C11482DEQ58219753-45FBDF5D-C29B-4582-BC51-EF83EEBCAE1FQ58219754-6C79B60E-3C8F-4909-AD84-77E9CCAB4CAEQ58219756-5EDB1BBB-2825-450A-B388-F5C5609B1A03Q58219757-ABFC0E3E-E33E-4441-A23E-1675E29AD08BQ58219758-D2C6AD83-E5F3-431F-AAFF-2A01E216B3F6
P50
description
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Takuya Shiga
@ast
Takuya Shiga
@en
Takuya Shiga
@es
Takuya Shiga
@nl
type
label
Takuya Shiga
@ast
Takuya Shiga
@en
Takuya Shiga
@es
Takuya Shiga
@nl
prefLabel
Takuya Shiga
@ast
Takuya Shiga
@en
Takuya Shiga
@es
Takuya Shiga
@nl
P108
P1053
D-6665-2013
P106
P21
P31
P3829
P496
0000-0002-6834-6011