Add to ORKGQuartz crystal resonators in chemical sensing applications are usually configured as the frequency determining element of an electrical oscillator. By contrast, the shear modulus determination of a polymer coating needs a complete impedance analysis. The first part of this contribution reports the error made if common approximations are used to relate the frequency shift to the sorbed mass. In the second part the authors discuss different error sources in the procedure to determine shear parameters
This paper describes a one‐dimensional analysis of a piezoelectric resonator with multiple nonpiezoe...
The effect of metal electrodes on high frequency vibrations of plates has to be carefully considered...
In this paper a variety of techniques to characterize the mechanical properties of polymers in the M...
Often quartz crystal resonator equivalent electrical model parameters are extracted from measured sc...
A quartz crystal resonator that can be modeled as a one-or two-port electrical circuit is discussed....
A quartz crystal resonator can be modeled as a one or two port electrical circuit. Extraction of the...
Abstract- The quartz crystal microbalance (QCM) is a quartz crystal plate resonator for measuring a ...
The use of quartz crystal oscillators as high sensitivity microbalance sensors is limited by the fre...
A quartz crystal microbalance (QCM) consists of a resonator, which measures the resonance frequency ...
Both a transmission-line model and its simpler variant, a lumped-element model, can be used to predi...
QCR devices have been used as sensors to detect the mechanical and electrical properties of a loadin...
We report on theoretical analysis of dissipative effects in quartz crystal resonator applications to...
QCR devices have been used as sensors to detect the mechanical and electrical properties of a loadin...
Piezoelectric materials form an integral part of frequency control devices. With the advancement in ...
Quartz crystal microbalance (QCM) resonators are used in a wide range of sensors. Current QCM resona...
This paper describes a one‐dimensional analysis of a piezoelectric resonator with multiple nonpiezoe...
The effect of metal electrodes on high frequency vibrations of plates has to be carefully considered...
In this paper a variety of techniques to characterize the mechanical properties of polymers in the M...
Often quartz crystal resonator equivalent electrical model parameters are extracted from measured sc...
A quartz crystal resonator that can be modeled as a one-or two-port electrical circuit is discussed....
A quartz crystal resonator can be modeled as a one or two port electrical circuit. Extraction of the...
Abstract- The quartz crystal microbalance (QCM) is a quartz crystal plate resonator for measuring a ...
The use of quartz crystal oscillators as high sensitivity microbalance sensors is limited by the fre...
A quartz crystal microbalance (QCM) consists of a resonator, which measures the resonance frequency ...
Both a transmission-line model and its simpler variant, a lumped-element model, can be used to predi...
QCR devices have been used as sensors to detect the mechanical and electrical properties of a loadin...
We report on theoretical analysis of dissipative effects in quartz crystal resonator applications to...
QCR devices have been used as sensors to detect the mechanical and electrical properties of a loadin...
Piezoelectric materials form an integral part of frequency control devices. With the advancement in ...
Quartz crystal microbalance (QCM) resonators are used in a wide range of sensors. Current QCM resona...
This paper describes a one‐dimensional analysis of a piezoelectric resonator with multiple nonpiezoe...
The effect of metal electrodes on high frequency vibrations of plates has to be carefully considered...
In this paper a variety of techniques to characterize the mechanical properties of polymers in the M...