### Table 3.1: The Frequency-Dependent Per-Unit-Length Inductance and Resis- tance.

1994

### Table 3.4: The Frequency-Dependent Per-Unit-Length Capacitance Matrix.

1994

### Table I. Identified frequency-dependent model parameters of MR-damper.

### TABLE I PHYSICAL MECHANISM VERSUS FREQUENCY DEPENDENCE wfi [13]

### Table 2 Frequency-Dependent Observational Parameters for ARISE Parameter 8 GHz 22 GHz 43 GHz 86 GHz

"... In PAGE 2: ... Table 1 lists the basic mission parameters. Table 1 ARISE Mission Parameters Parameter Value Apogee Height 40,000{100,000 km Orbital Period 13{37 hr Observing Bands 8, 22, 43, 86 GHz Antenna Diameter 25 meters Maximum Data Rate 4{8 Gbit sec?1 Polarization Dual Circular or Linear Maximum Baseline 4{9 Earth Diameters Table2 lists the observation characteristics as a function of frequency. De- tection thresholds for a baseline to the E elsberg 100-m telescope (EB) are given, assuming no phase referencing and the maximum data rate.... ..."

### Table 2. Minimum period and maximum frequency depend- ing on the bitlength (XVC2000E-6)

2005

Cited by 2

### Table 3.3: The Frequency-Dependent Per-Unit-Length Inductance, Mu- tual Inductance, and Resistance Frequency C11 C22 (pF/cm) C12 C21 (pF/cm)

### Table 1 presents estimates of the relevant parameters for the SMA. Note that the main frequency dependent factors in equation 1 are the aperture e ciency and the system

"... In PAGE 6: ...90 from Scott Paine apos;s notes Tcmb 2.7 K Penzias amp; Wilson Table1... ..."

### Table 4.6: Difference in percentages between the static permittivity and the frequency dependent permittivity for the chosen microstrip line at the three frequencies considered in this project.

2005

### Table 4.3: Difference in percentages between the static permittivity and the frequency dependent permittivity for different widths of the strip and the gap of the coplanar waveguide at the three frequencies considered in this project.

2005