The key difference between stokes and anti-stokes lines is that stokes lines have a longer wavelength than the wavelength of exciting radiation that is responsible for the fluorescence or Raman effect, whereas Anti-stokes lines occur in fluorescence or Raman spectra when atoms or molecules are already in an excited state. Stokes lines represent radiation of […]

The key difference between equivalent conductance and molar conductance is that equivalent conductance is the conductance of an electrolyte that is divided by the number of equivalents of the electrolyte per unit volume, whereas molar conductance is the conductance of an electrolyte divided by the number of moles of the electrolyte. Molar conductance is the […]

The key difference between cricondentherm and critical temperature is that cricondentherm refers to the maximum temperature at which liquids and vapor tend to coexist, whereas critical temperature refers to the temperature at which a substance in one phase of matter has the same density, pressure, and temperature as in another phase of matter Cricondentherm and […]

The key difference between magnetostriction and piezoelectric effect is that piezoelectric effect can cause the direct conversion of electrical energy into mechanical energy, whereas piezoelectric effect can convert the energy in a magnetic field into mechanical energy. Magnetostriction is a property of magnetic materials that can cause these materials to change their shape or dimension […]

The key difference between damped and undamped vibration is that in damped oscillations, the amplitude of the waves generated will keep on decreasing gradually, whereas, in undamped oscillations, the amplitude of the waves generated tends to keep unchanged and constant over time. The term vibration refers to a mechanical phenomenon in which oscillations occur through […]

The key difference between electron and neutron diffraction is that electrons are scattered by atomic electrons, whereas neutrons are scattered by atomic nuclei. Electron diffraction is the wave nature of electrons. Neutron diffraction is the phenomenon of elastic neutron scattering. Typically, electron diffraction describes the wave-like nature, while neutron diffraction describes the atomic and/or magnetic […]

The key difference between temporal and spatial coherence is that temporal coherence describes the correlation between waves that are observed at different moments in time, whereas spatial coherence refers to the correlation between waves at different points in space, which are either lateral or longitudinal. Coherence is an important phenomenon that refers to two wave […]

The key difference between plastic and pseudoplastic flow is that plastic flow describes the flowing behavior of a material after the application of stress, whereas pseudoplastic flow exhibits the behavior of both Newtonian flow and plastic flow. Plastic flow is a chemical phenomenon that describes the flowing behavior of a material after applying stress which […]

The key difference between combustion and explosion is that combustion is a chemical reaction that produces heat and gases slowly for a certain time period, whereas explosion is a chemical reaction that produces heat and gases rapidly in an instant. Combustion and explosion are two important chemical reactions in physical chemistry. These two processes are […]