Wireless power transmission has been discussed for solar power satellites and ground locations, such as mountain sites and islands, where it is difficult to install power transmission lines. Power transmitting and receiving antennas must be designed so that the power is transmitted from the transmit
An efficient technique for constructing a microwave hologram with the use of a microstrip array antenna and the retrieval of the digital form
β Scribed by Hala Elsadek; Hesham Eldeib; Jun Horikoshi; Takashi Yabe
- Publisher
- John Wiley and Sons
- Year
- 1997
- Tongue
- English
- Weight
- 267 KB
- Volume
- 14
- Category
- Article
- ISSN
- 0895-2477
No coin nor oath required. For personal study only.
β¦ Synopsis
We propose a dynamic technique for a microwa¨e holography system. We use a microstrip patch antenna in constructing the hologram and a new correlation method to reconstruct its digital form. The new reconstruction idea is based on the correlation between the hologram of point source and the hologram of object. Experimental results of our microwa¨e holography system agree well with simulations, ¨erifying our new holographic technique.
π SIMILAR VOLUMES
Several formulas based on the cavity model and the transmission-line model are combined to produce closed-form expressions for calculating the bandwidth of probe-fed rectanguhr microstrip antenna elements with various thicknesses and various relatiue permittiuities of substrate materials. The formul
Ο-Electronic conjugation is not necessary to facilitate long-range energy migration and transfer: A rapid (k =1.04Γ10 s ) and efficient (Ξ¦ =71β%) energy transfer from the 28 photoexcited zinc porphyrin units to the focal free-base porphyrin unit occurs in a large, star-shaped dendritic multiporphyri