J. C. Herper, A. Hessel and B. Tomasic, "Element Pattern of an Axial Dipole in a Cylindrical Phased Array, Part II: Element Design and Experiments,"pp. 273-278, ibid. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Numerical Modeling of Antenna Arrays for Rapidly Deployable.. - Chatterjee, Plumb (Correct)
....prudent to select models that are close to the desired architecture of conformal arrays, yet simple to analyze. Hence the available formulations for conformal arrays [18] 20] have not 2 been implemented here, due to their complexity. Instead the model studied here is identical to the one in [21] [22] since it is numerically easier to examine the characteristics of such arrays. This model is a single ring array of 2 , axial, electric dipoles in presence of a conducting circular cylinder. In chapter 2 the general characteristics of wireless antennas have been presented from [1] in section ....
....mutual coupling effects. It turned out convenient to use the NEC BSC code [29] that is ideally suited for such calculations. However the NEC BSC code does not allow the sources to be mounted on a cylinder due to limitations in its formulations [25] 26] It turned out from the analysis in [21] [22] that dipoles should be placed no less than 4 off the cylinder surface for engineering approximations. This has also been verified by comparing the NEC BSC and eigenfunction results and are presented in Appendix A. When the source is off the cylinder by a distance h as in Fig. 2 5, the projected ....
[Article contains additional citation context not shown here]
J. C. Herper, A. Hessel and B. Tomasic, "Element Pattern of an Axial Dipole in a Cylindrical Phased Array, Part II: Element Design and Experiments,"pp. 273-278, ibid.
Numerical Modeling of Antenna Arrays for Rapidly Deployable.. - Chatterjee, Plumb (Correct)
....prudent to select models that are close to the desired architecture of conformal arrays, yet simple to analyze. Hence the available formulations for conformal arrays [18] 20] have not 2 been implemented here, due to their complexity. Instead the model studied here is identical to the one in [21], 22] since it is numerically easier to examine the characteristics of such arrays. This model is a single ring array of 2 , axial, electric dipoles in presence of a conducting circular cylinder. In chapter 2 the general characteristics of wireless antennas have been presented from [1] in ....
....ignoring mutual coupling effects. It turned out convenient to use the NEC BSC code [29] that is ideally suited for such calculations. However the NEC BSC code does not allow the sources to be mounted on a cylinder due to limitations in its formulations [25] 26] It turned out from the analysis in [21], 22] that dipoles should be placed no less than 4 off the cylinder surface for engineering approximations. This has also been verified by comparing the NEC BSC and eigenfunction results and are presented in Appendix A. When the source is off the cylinder by a distance h as in Fig. 2 5, the ....
[Article contains additional citation context not shown here]
J. C. Herper, A. Hessel and B. Tomasic, "Element Pattern of an Axial Dipole in a Cylindrical Phased Array, Part I: Theory," IEEE Trans. Antennas Propagat. , vol. AP-33, no. 3, pp. 259-272, March 1985.
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