Читать книгу Electrical and Electronic Devices, Circuits, and Materials - Группа авторов - Страница 4

1 Chapter 2Table 2.1 Device design parameters for simulation of (a) hetero structure (b) ho...Table 2.2 Lists of computed electrical parameters of double gate (a) hetero stru...Table 2.3 Lists of computed design parameters of the homo structure DG -TFET wit...Table 2.4 Lists of computed design parameters of the hetero structure DG -TFET w...Table 2.5 Lists of the computed RF parameters of the hetero and homo DG-TFET.

2 Chapter 3Table 3.1 Fundamental characteristics of various constituents of the polymer ele...Table 3.2 Properties of mostly used polymer host in polymer electrolytes.Table 3.3 Selected separator characterization techniques with examples for extra...Table 3.4 Reported polymer electrolytes and fabricated supercapacitor performanc...Table 3.5 Reported polymer electrolytes and fabricated supercapacitor performanc...

3 Chapter 4Table 4.1 Design specification of proposed hairpin bandpass filter.Table 4.2 Parametric comparison of simulated work.

4 Chapter 5Table 5.1 The semiconductor materials electronic properties [26–31].Table 5.2 Polarization related parameters [39].

5 Chapter 7Table 7.1 Power consumption table with four operations of DRAM for 1T-DRAM (CNT-...

6 Chapter 8Table 8.1 Brief description of some measurement techniques.Table 8.2 Dielectric properties of some fruits and vegetables at indicated frequ...Table 8.3 Dielectric properties of some grains and seeds are summarized in the f...

7 Chapter 10Table 10.1 Film preparation methods and deposition parameters for preparation of...Table 10.2 The series resistance, reverse saturation current density, and ideali...Table 10.3 The series resistance, reverse saturation current density, and ideali...Table 10.4 The series resistance, reverse saturation current density, and ideali...

8 Chapter 11Table 11.1 Datasheet information of the various PV modules incorporated.Table 11.2 Ranges of the variables considered.Table 11.3 Parameter values for the Solar World Pro SDM.Table 11.4 Estimated parameters for AS-6P30 SDM.Table 11.5 Parameters obtained from Solar World Plus SW280 SDM.Table 11.6 Estimated parameters for Nemy JB270M-60 SDM.Table 11.7 Parameters estimated for the Solar World Pro for DDM.Table 11.8 Parameters e stimated for the AS-6P30-240W DDM.Table 11.9 Estimated parameters for Solar World plus 280W DDM.Table 11.10 Estimated parameters for Nemy JB270M-60 DDM.

9 Chapter 12Table 12.1 Annual power production (GWh) using fossil fuels in India.Table 12.2 Annual production (GWh) of electrical energy by sustainable energy so...Table 12.3 Rating and sizing of PV panels.

10 Chapter 13Table 13.1 Design parameters of power converter topologies.Table 13.2 PV panel data sheet values.Table 13.3 Comparative study on performance parameters.

11 Chapter 14Table 14.1 Unimodal and multimodal benchmark problems and their descriptions.Table 14.2 Normalized statistical measures for benchmark problems.Table 14.3 p-value corrections for Wilcoxon test using Holm-Bonferroni amendment...

12 Chapter 15Table 15.1 Optimized synthesis parameters of nanostructured CdS thin films in sc...Table 15.2 Correlation of standard versus observed relative intensity (%) of RP1...Table 15.3 Correlation of standard versus observed d-values of RP1, RP2, RP3, RP...Table 15.4 Comparison of dislocation density, micro-strain, FWHM and crystallite...Table 15.5 Optical energy bandgap of RP1, RP2, RP3, RP4, RP5, RP6, RP7 and RP8 C...

13 Chapter 17Table 17.1 PV module datasheet information under STC [7].Table 17.2 Range of decision variables.Table 17.3 Optimal parameters for a SD model of Kyocera KC200GT by HHO.Table 17.4 Optimal parameters for a SD model of Solarex MSX-60 by HHO.Table 17.5 Optimal parameters for a SD model of Canadian Solar CS6K-280M by HHO.Table 17.6 Optimal parameters for a DD model of Kyocera KC200GT by HHO.Table 17.7 Optimal parameters for a DD model of Solarex MSX-60 by HHO.Table 17.8 Optimal parameters for a DD model of Canadian Solar CS6K-280M by HHO.Table 17.9 Optimal parameters for a TD model of Kyocera KC200GT by HHO.Table 17.10 Optimal parameters for a TD model of Solarex MSX-60 by HHO.Table 17.11 Optimal parameters for a TD model of Canadian Solar CS6K-280M by HHO...Table 17.12 Statistical measures of error function.

14 Chapter 18Table 18.1 Dimension of randomly selected Duranta plant leaves.Table 18.2 Wi-Fi signal strength.Table 18.3 Average foliage loss.

15 Chapter 19Table 19.1 Materials parameters at 300K.Table 19.2 Device design parameters.Table 19.3 Layers with varied thickness of MQWs.Table 19.4 Different density of states of MQWs.Table 19.5 Representing a comparative analysis of four different MQWs PV cells.

16 Chapter 20Table 20.1 Comparison between various mitigating systems [45].

17 Chapter 21Table 21.1 A comparison chart of existing and proposed system.Table 21.2 Pinnacle voltage estimation.Table 21.3 Electrical characteristics of the panel used the experiment.

18 Chapter 22Table 22.1 I-V parameters of prepared 1D4S and 1D5S CZTS solar cells.

19 Chapter 23Table 23.1 Tested electrical parameters of photovoltaic cell.Table 23.2 Parameters for double-diode model.Table 23.3 Inputs of the optimization.Table 23.4 Optimized values of the parameters by gravitational search algorithm.Table 23.5 Optimized values of the parameters by PSO.

20 Chapter 25Table 25.1 Illustration of 15-level inverter switching.Table 25.2 Switching combinations of presented topology.Table 25.3 Positive level generation of 3 packed cells.

21 Chapter 26Table 26.1 Losses comparison for the quadratic and cascaded boost converter for ...Table 26.2 Components specifications for the hardware prototype.

22 Chapter 27Table 27.1 Parameters of hardware equipment.Table 27.2 Simulation parameters of grid-connected HRES.

23 Chapter 28Table 28.1 Comparison table for the properties of different batteries.