Journal ArticleFerromagnetism has only recently been observed in molecular materials. We present here a summary of the ferromagnetic phenomena observed in the molecular charge transfer salt, decamethylferrocenium tetracyanoethanide (DMeFc) (TCNE), and related compounds. A spontaneous magnetization is observed in this material for T< 4.8 K, with a saturation moment in agreement with alignment of individual spins localized on the DMeFc +' and TCNE (-') ions. A comparison of these results with analogous charge transfer salts is presented. Models for the magnetic interaction in the charge transfer salts and the preparation of other molecular and/or polymeric materials with ferromagnetic exchange are presented
Journal ArticleResults of static and dynamic magnetic studies of the compound Mn(TCNE)x•y(CH2Cl2) (T...
The chemical bond and its role as a mediator of magnetic exchange interaction remains an important a...
Journal ArticleThe electron-transfer salt 3[Mn(C5Me5)2]: + [DDQ].-, isomorphous to orthorhombic [Fe(...
Journal ArticleThe temperature and magnetic field dependence of the magnetization and susceptibility...
The first molecular ferromagnet, (DMeFc) (TCNE), has a 1-D Heisenberg-like behavior for T > 116 K, w...
Journal ArticleUnlike common ferromagnets such as iron, nickel, cobalt or even cobalt-samarium and ...
Journal ArticleIt has been demonstrated that the linear-chain charge-transfer salt, decamethylferroc...
Journal ArticleCharge transfer complexes possessing a ... DADA ... structure with both the donor, D,...
Journal ArticleThe linear chain S = (1/2) molecular ferromagnet decamethylferrocenium tetracyanoetha...
Journal ArticleWe report the study of magnetic properties of a molecular-based alternating-spin chai...
Journal ArticleWe report the specific heat C(T) of (DMeFc)(TCNE) for temperatures 3 K < T < 50 K. We...
Most materials in magnetic applications are based on inorganic materials. Recently, however, organic...
Several new examples of organic one-electron acceptors have been discovered to be viable and versati...
With the rising interest in organic based materials for spintronic and multiferroic applications it ...
Journal ArticleWe report magnetic studies of Fe(TCNE)2•x(CH2Cl2), a member of the family of high-Tc ...
Journal ArticleResults of static and dynamic magnetic studies of the compound Mn(TCNE)x•y(CH2Cl2) (T...
The chemical bond and its role as a mediator of magnetic exchange interaction remains an important a...
Journal ArticleThe electron-transfer salt 3[Mn(C5Me5)2]: + [DDQ].-, isomorphous to orthorhombic [Fe(...
Journal ArticleThe temperature and magnetic field dependence of the magnetization and susceptibility...
The first molecular ferromagnet, (DMeFc) (TCNE), has a 1-D Heisenberg-like behavior for T > 116 K, w...
Journal ArticleUnlike common ferromagnets such as iron, nickel, cobalt or even cobalt-samarium and ...
Journal ArticleIt has been demonstrated that the linear-chain charge-transfer salt, decamethylferroc...
Journal ArticleCharge transfer complexes possessing a ... DADA ... structure with both the donor, D,...
Journal ArticleThe linear chain S = (1/2) molecular ferromagnet decamethylferrocenium tetracyanoetha...
Journal ArticleWe report the study of magnetic properties of a molecular-based alternating-spin chai...
Journal ArticleWe report the specific heat C(T) of (DMeFc)(TCNE) for temperatures 3 K < T < 50 K. We...
Most materials in magnetic applications are based on inorganic materials. Recently, however, organic...
Several new examples of organic one-electron acceptors have been discovered to be viable and versati...
With the rising interest in organic based materials for spintronic and multiferroic applications it ...
Journal ArticleWe report magnetic studies of Fe(TCNE)2•x(CH2Cl2), a member of the family of high-Tc ...
Journal ArticleResults of static and dynamic magnetic studies of the compound Mn(TCNE)x•y(CH2Cl2) (T...
The chemical bond and its role as a mediator of magnetic exchange interaction remains an important a...
Journal ArticleThe electron-transfer salt 3[Mn(C5Me5)2]: + [DDQ].-, isomorphous to orthorhombic [Fe(...