Pressure enables the synthesis of (Na/Li)3P compounds at RT bypassing established chemical methods while at higher pressure, both undergo a pressure-induced phase transition.</p
In material synthesis, high pressures are characterized by different factors: the weak conveyed ener...
We investigate the regions of thermodynamic stability of possible modifications of the alkali oxide...
AbstractHigh-pressure synthesis has been widely used for exploration of novel materials. In this stu...
The Na-P and Li-P chemical systems were studied under pressure using synchrotron X-ray diffraction i...
The direct chemical reactivity between phosphorus and nitrogen was induced under high-pressure and h...
Black phosphorus, the result of white P under high pressure, has received much attention as a promis...
Black phosphorus, the result of white P under high pressure, has received much attention as a promis...
The recent discoveries of nonmolecular phases of simple molecular solids [1,2] demonstrate the proof...
At ambient conditions, lithium and sodium behave as free-electron metals and adopt highly symmetric ...
Alkali metals exhibit unexpected structures and electronic behavior at high pressures. Compression o...
A series of recent x-ray diffraction experiments carried out by scientists from the Max-Planck-Insti...
Layered alkali-containing 3d transition-metal oxides are of the utmost importance in the use of elec...
High pressure science has extended its applications beyond its classic domain of physics and geophy...
At ambient conditions, the light alkali metals are free-electron like crystals with a highly symmetr...
By combining theoretical predictions and in-situ X-ray diffraction under high pressure, we found a n...
In material synthesis, high pressures are characterized by different factors: the weak conveyed ener...
We investigate the regions of thermodynamic stability of possible modifications of the alkali oxide...
AbstractHigh-pressure synthesis has been widely used for exploration of novel materials. In this stu...
The Na-P and Li-P chemical systems were studied under pressure using synchrotron X-ray diffraction i...
The direct chemical reactivity between phosphorus and nitrogen was induced under high-pressure and h...
Black phosphorus, the result of white P under high pressure, has received much attention as a promis...
Black phosphorus, the result of white P under high pressure, has received much attention as a promis...
The recent discoveries of nonmolecular phases of simple molecular solids [1,2] demonstrate the proof...
At ambient conditions, lithium and sodium behave as free-electron metals and adopt highly symmetric ...
Alkali metals exhibit unexpected structures and electronic behavior at high pressures. Compression o...
A series of recent x-ray diffraction experiments carried out by scientists from the Max-Planck-Insti...
Layered alkali-containing 3d transition-metal oxides are of the utmost importance in the use of elec...
High pressure science has extended its applications beyond its classic domain of physics and geophy...
At ambient conditions, the light alkali metals are free-electron like crystals with a highly symmetr...
By combining theoretical predictions and in-situ X-ray diffraction under high pressure, we found a n...
In material synthesis, high pressures are characterized by different factors: the weak conveyed ener...
We investigate the regions of thermodynamic stability of possible modifications of the alkali oxide...
AbstractHigh-pressure synthesis has been widely used for exploration of novel materials. In this stu...
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