Phase transitions in n-alkanes were observed by using the positron annihilation lifetime method. In the case of alkanes, application of pressure is equivalent to temperature lowering (1 K corresponds to ≈4 MPa). When argon at high pressure penetrates the sample one observes a non-monotonous dependence of the melting point on pressure. This effect is observed also in even-numbered alkanes, in which there is no rotator phase
The thermalized positron charge distribution is calculated as a function of pressure variation in Ga...
Pressure-induced Raman spectroscopy studies on n-pentane have been carried out up to 17 GPa at ambie...
A neutron powder diffraction study of three n-alkanes, octane, nonane and pentadecane, down to 2 K i...
Positron lifetime spectra were measured for a series of odd-numbered n-alkanes from C11H24 to C19H40...
Ortho-positronium lifetime and intensity was measured as a function of temperature and pressure for ...
This paper represents a fragment of systematic studies on positron annihilation in solid saturated h...
A short review of experiments concerning the influence of high pressure on positron annihilation in ...
Positron lifetime spectra were measured as a function of pressure for multicomponent mixtures of alk...
Positronium formation probability was investigated as a function of irradiation time and temperature...
The standard form of the positron annihilation lifetime spectroscopy results presentation are two pl...
Stable hexagonal phases have been identified in the three monodisperse long n-alkanes C390H782, C294...
This paper describes the changes in equilibrium forms of small even-numbered normal alkane crystals ...
The positron lifetime measurements have been performed as a function of temperature for liquid metha...
By means of correlated measurements of the individual lifetimes of positrons (called positron ages) ...
International audienceConfined pyrolysis of n-octane was performed in a closed, constant-pressure go...
The thermalized positron charge distribution is calculated as a function of pressure variation in Ga...
Pressure-induced Raman spectroscopy studies on n-pentane have been carried out up to 17 GPa at ambie...
A neutron powder diffraction study of three n-alkanes, octane, nonane and pentadecane, down to 2 K i...
Positron lifetime spectra were measured for a series of odd-numbered n-alkanes from C11H24 to C19H40...
Ortho-positronium lifetime and intensity was measured as a function of temperature and pressure for ...
This paper represents a fragment of systematic studies on positron annihilation in solid saturated h...
A short review of experiments concerning the influence of high pressure on positron annihilation in ...
Positron lifetime spectra were measured as a function of pressure for multicomponent mixtures of alk...
Positronium formation probability was investigated as a function of irradiation time and temperature...
The standard form of the positron annihilation lifetime spectroscopy results presentation are two pl...
Stable hexagonal phases have been identified in the three monodisperse long n-alkanes C390H782, C294...
This paper describes the changes in equilibrium forms of small even-numbered normal alkane crystals ...
The positron lifetime measurements have been performed as a function of temperature for liquid metha...
By means of correlated measurements of the individual lifetimes of positrons (called positron ages) ...
International audienceConfined pyrolysis of n-octane was performed in a closed, constant-pressure go...
The thermalized positron charge distribution is calculated as a function of pressure variation in Ga...
Pressure-induced Raman spectroscopy studies on n-pentane have been carried out up to 17 GPa at ambie...
A neutron powder diffraction study of three n-alkanes, octane, nonane and pentadecane, down to 2 K i...