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Density and viscosity are essential physical properties and need to be well-known in chemical engineering design as well as process optimization. To expand the potential application of ILs, it is important to know the properties of ILs mixtures for their widely used. In this work, the values of density and dynamic viscosity of aqueous [C3py][DCA] with the molarity range from (0.0500 to 1.0096)molkg...
The values of density and surface tension for aqueous solutions of [C4py][DCA] were determined from 0.01000 to 0.5000 mol kg−1 at T = (288.15–318.15) K. The values of the molar volume for aqueous solutions of [C4py][DCA], V, were calculated and increase with the increase in temperature and molarity. On the basis of a new thermodynamic function-molar surface Gibbs free energy, gs, a semi-empirical...
Love-mode immunosensors based on ZnO/36degYX-LiTaO3 structures are studied. The ZnO films are grown on the 36degYX-LiTaO3 substrates by RF magnetron sputtering technique. The crystalline structures of the ZnO films are investigated by the X-ray diffraction (XRD) analysis, which show that the highly orientated (002) films are obtained. Then the Love-mode sensors are fabricated for monitoring antibody-antigen...
In this paper, a kind of Love wave sensors with SiO2/36degYX LiTaO3 structures for monitoring antibody-antigen immunoreactions in aqueous solutions in real time is presented. In this study, the devices with low insertion losses are achieved when the devices are in direct contact with the solutions. In the immunosensing measurements, a goat anti human-immunoglobulin G (HigG) is immobilized on the device...
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