Phonons, electrons, and protons in ferroelectric materials.
Phonons, electrons and protons in ferro- paraelectrics and hydrogen bonded ferroelectrics, examining higher frequency optical and lower frequency dielectric properties
Silverman, B. D.↗
Engineering topics
Silverman, B. D.
Publications and source records attributed to Silverman, B. D..
Frequency-dependent dielectric constant of KH sub 2 PO sub 4.
Frequency and temperature dependent dielectric constant of potassium dihydrogen phosphate above transition temperature, discussing proton tunneling and damping times
Silverman, B. D.↗
Ultrasonic attenuation in imperfect insulating crystals.
Ultrasonic attenuation in imperfect insulating crystals calculated by thermodynamic Green functions method, noting temperature dependence in neutron irradiated quartz
Silverman, B. D.↗
Ultrasonic attenuation in unirradiated and neutron irradiated quartz.
Ultrasonic attenuation in unirradiated and neutron irradiated quartz using three phonon scattering mechanism, noting temperature dependence
Fitzgerald, T. M.↗
Temperature dependence of the ultrasonic attenuation in Al sub 2 O sub 3.
Ultrasonic attenuation temperature dependence in aluminum oxide explained by three phonon interaction
Fitzgerald, T. M.↗
Electric field enhanced Raman scattering and frequency shift of the soft mode of SrTiO sub 3.
Electric field enhanced Raman scattering and linear frequency shift of strontium titanate soft mode in random domain orientation and reorientation
STRONTIUM TITANATE↗
Transient resonant response of a spin system to a pulsed electromagnetic field.
Transient resonant response of inhomogeneously broadened nuclear spin system to pulsed electromagnetic field represented as series of Bessel functions modulated by time-varying coefficients
TRANSIENT RESPONSE↗