Add to ORKGThe trapping of atoms and molecules1-4 inside fullerene cages provides a set of remarkable systems for exploring atomic interac-tions and molecular dynamics.5 Recently, Murata and co-workers4,6 have achieved a very high-yield insertion of molecular hydrogen into the azo-thia-open-cage fulleren
An atom trapped in a crystal vacancy, a metal cage, or a fullerene might have many immediate neighbo...
An atom trapped in a crystal vacancy, a metal cage, or a fullerene might have many immediate neighbo...
Nuclear magnetic resonance was crucial in the vindication of the theory of superconductivity in 1957...
The trapping of atoms and molecules1-4 inside fullerene cages provides a set of remarkable systems f...
Solid-state 1H experiments were performed an open-cage fullerene hosting molecular hydrogen. The ani...
We present a solid-state NMR study of H2 molecules confined inside the cavity of C70 fullerene cages...
We present an overview of solid-state NMR studies of endohedral H2-fullerene complexes, including 1H...
We have observed 1H NMR spectra of hydrogen molecules trapped inside modified fullerene cages under ...
The first encapsulation of hydrogen fluoride in an open-cage fullerene is reported. Solution and sol...
Recent advances in synthetic chemistry made available a new class of fascinatingcompounds in which a...
The quantum dynamics of dihydrogen molecules entrapped inside fullerene cages has been investigated ...
We report the observation of quantized translational and rotational motion of molecular hydrogen ins...
Bulk defective graphene produced by thermal exfoliation of graphite oxide was treated under H-2 and ...
The encapsulation of a small molecule inside a fullerene cage through advances in synthetic chemistr...
These datasets are part of the Supplementary Information of "Probing a Hydrogen-π Interaction Involv...
An atom trapped in a crystal vacancy, a metal cage, or a fullerene might have many immediate neighbo...
An atom trapped in a crystal vacancy, a metal cage, or a fullerene might have many immediate neighbo...
Nuclear magnetic resonance was crucial in the vindication of the theory of superconductivity in 1957...
The trapping of atoms and molecules1-4 inside fullerene cages provides a set of remarkable systems f...
Solid-state 1H experiments were performed an open-cage fullerene hosting molecular hydrogen. The ani...
We present a solid-state NMR study of H2 molecules confined inside the cavity of C70 fullerene cages...
We present an overview of solid-state NMR studies of endohedral H2-fullerene complexes, including 1H...
We have observed 1H NMR spectra of hydrogen molecules trapped inside modified fullerene cages under ...
The first encapsulation of hydrogen fluoride in an open-cage fullerene is reported. Solution and sol...
Recent advances in synthetic chemistry made available a new class of fascinatingcompounds in which a...
The quantum dynamics of dihydrogen molecules entrapped inside fullerene cages has been investigated ...
We report the observation of quantized translational and rotational motion of molecular hydrogen ins...
Bulk defective graphene produced by thermal exfoliation of graphite oxide was treated under H-2 and ...
The encapsulation of a small molecule inside a fullerene cage through advances in synthetic chemistr...
These datasets are part of the Supplementary Information of "Probing a Hydrogen-π Interaction Involv...
An atom trapped in a crystal vacancy, a metal cage, or a fullerene might have many immediate neighbo...
An atom trapped in a crystal vacancy, a metal cage, or a fullerene might have many immediate neighbo...
Nuclear magnetic resonance was crucial in the vindication of the theory of superconductivity in 1957...