Electric Field and SAR Values
... transmitters. Remkes presented results of measuring and calculating electric field strength and SAR values on an FM tower [8]. There was a large safety factor between the value of the reference levels and the basic restrictions. He also reported that during maintenance work on the FM transmitter, th ...
... transmitters. Remkes presented results of measuring and calculating electric field strength and SAR values on an FM tower [8]. There was a large safety factor between the value of the reference levels and the basic restrictions. He also reported that during maintenance work on the FM transmitter, th ...
Chapter 23 The Electric Potential
... Bottom plate Figure 23.3 An equipotential surface. potentials at 10.0 cm, 15.0 cm, 20.0 cm, and 25.0 cm are found as V10 = Ey = (200 N/C)(0.100 m) = 20.0 V V15 = Ey = (200 N/C)(0.150 m) = 30.0 V V20 = Ey = (200 N/C)(0.200 m) = 40.0 V V25 = Ey = (200 N/C)(0.250 m) = 50.0 V All these equipotentials ar ...
... Bottom plate Figure 23.3 An equipotential surface. potentials at 10.0 cm, 15.0 cm, 20.0 cm, and 25.0 cm are found as V10 = Ey = (200 N/C)(0.100 m) = 20.0 V V15 = Ey = (200 N/C)(0.150 m) = 30.0 V V20 = Ey = (200 N/C)(0.200 m) = 40.0 V V25 = Ey = (200 N/C)(0.250 m) = 50.0 V All these equipotentials ar ...
Many-body subradiant excitations in metamaterial arrays
... interacting metamolecules displays a high-quality collective resonance. The resonance results entirely from interactions between the metamolecules that are mediated by the scattered fields. This is illustrated in Fig. 2(b), where we show the numerically calculated far-field spectrum of noninteractin ...
... interacting metamolecules displays a high-quality collective resonance. The resonance results entirely from interactions between the metamolecules that are mediated by the scattered fields. This is illustrated in Fig. 2(b), where we show the numerically calculated far-field spectrum of noninteractin ...
The nature of Petschek-type reconnection T. G. Forbes
... where Rme and V Ae are the magnetic Reynolds number and Alfvén speed in the region far upstream of the current sheet. Because of its logarithmic dependence on Rme , the Petschek reconnection rate is many orders of magnitude greater than the Sweet-Parker rate, and for most space and laboratory appli ...
... where Rme and V Ae are the magnetic Reynolds number and Alfvén speed in the region far upstream of the current sheet. Because of its logarithmic dependence on Rme , the Petschek reconnection rate is many orders of magnitude greater than the Sweet-Parker rate, and for most space and laboratory appli ...
Critical and oÿ-critical singularities in disordered quantum magnets H. Rieger
... one encounters new features that are usually absent in pure systems. In particular at a quantum critical point one observes new universality classes with an strongly anisotropic scaling of space and (imaginary) time. Moreover one þnds regions in the phase diagram, where various susceptibilities dive ...
... one encounters new features that are usually absent in pure systems. In particular at a quantum critical point one observes new universality classes with an strongly anisotropic scaling of space and (imaginary) time. Moreover one þnds regions in the phase diagram, where various susceptibilities dive ...
Introduction of Piezotronics and Piezo-Phototronics
... materials, such as ZnO, GaN, InN, and ZnS, which simultaneously have piezoelectric and semiconductor properties. ZnO, for example, has a non-central symmetric crystal structure, which naturally produces piezoelectric effect once the material is strained. Wurtzite crystal has a hexagonal structure wi ...
... materials, such as ZnO, GaN, InN, and ZnS, which simultaneously have piezoelectric and semiconductor properties. ZnO, for example, has a non-central symmetric crystal structure, which naturally produces piezoelectric effect once the material is strained. Wurtzite crystal has a hexagonal structure wi ...
