We investigated the temperature dependence of the crystal structure for a cyano-bridged
transition metal compound, Na 1.32 Mn Fe (CN) 6 0.83· 3.6 H 2 O, using a synchrotron …

Cation and/or molecule transfer within nanoporous materials is utilized in lithium‐ion
secondary battery, ion exchange, hydrogen storage, molecular sensors, molecular filters …

Cation and/or molecule transfer within nanoporous materials can be utilized in, for example,
electrochromic devices, hydrogen storage, molecular sensors, and molecular filters. Here …

Electronic structures of hole-doped transition metal cyanides, Na 0.84-x Co [Fe (CN) 6] 0.71·
3.8 H 2 O (NCF71), Na 0.72-x Ni [Fe (CN) 6] 0.68· 5.1 H 2 O (NNF68) and Na 1.60-x Co [Fe …

Cyano-bridged transition metal compounds, represented as Na x Mn Fe (CN) 6 y· z H 2 O,
are promising cathode materials for Li ion secondary batteries. Here, we systematically …

The magnetic anisotropy of thin (∼ 200 nm) and thick (∼ 2 μ m) films and of polycrystalline
(diameters∼ 60 nm) powders of the Prussian blue analogue Rb 0.7 Ni 4.0 [Cr (CN) 6] 2.9⋅ …

We fabricated all solid electrochromic devices by connecting two kinds of cyanide thin films.
We found that the magnitude of t R decreases with increase in the electric pressure| V| as t …

Electric properties are systematically investigated for an all solid ion-transfer device made by
various transition metal cyanide films, Na x Co [Fe (CN) 6] 0.90· 2.9 H 2 O (NCF90), Na x Co …

Nanoporous materials are currently attracting the interest of materials scientists, because
nanopores can transfer and accommodate guest cations. We may realize a rapid cation …

This work examines the origin of the abnormal magnetism exhibited by CuMnFe–PBAs
modified with multi-walled carbon nanotubes (MWCNTs). The system of CuMnFe–PBAs …