Thermodynamic properties of dimethylene urethane of 323-353 K. Thermodynamic functions in the ideal gas state are calculated using the
rigid rotator-anharmonic Thermodynamic functions of lactams in the ideal gas state physics, using an
anharmonic approximation in the range of 298-1500 K with allowance for all known
Thermodynamic properties of dimethylene urethane of 323-353 K. Thermodynamic functions in the ideal gas state are calculated using the
rigid rotator-anharmonic Thermodynamic functions of lactams in the ideal gas state physics, using an
anharmonic approximation in the range of 298-1500 K with allowance for all known
МАЛАЯ НУТАЦИЯ СИММЕТРИЧНОГО ГИРОСКОПА: ДВЕ ТОЧКИ ЗРЕНИЯ is obtained. In this case, the frequencies of third order Raman
oscillations are both the tripled frequency
Thermodynamic properties of 2-methyl lactic acid of the internal
rotation in “
rigid rotator –
anharmonic oscillator” approximation within temperature interval (298
A study of the electronic structure and properties of the propargyl radical≡CH and CH2=C=CH2 are compared. With the use of the
rigid rotator-anharmonic oscillator model
A study of the electronic structure and properties of the propargyl radical≡CH and CH2=C=CH2 are compared. With the use of the
rigid rotator-anharmonic oscillator model