Electromagnetic and optical

Fig. 3.8. The time periods over which significant developments are reported in the literature for the various electromagnetic and optical devices are shown. As for the electrical devices, the development periods are 10 yr or longer.

As well, software developers with background in FEM and multi-physics did extend their activities towards electromagnetics and optics. ANSYS ",... 

Entropy and Information Optics, FrancisT. S. Yu Computational Methods for Electromagnetic and Optical Systems, John M. Jarem and Partha P. Banerjee Laser Beam Shaping, Fred M. Dickey and Scott C. Holswade Rare-Earth-Doped Fiber Lasers and Amplifiers Second Edition, Revised and Expanded, edited by Michel J. F. Digonnet Lens Design Third Edition, Revised and Expanded, Milton Laikin Handbook of Optical Engineering, edited by Daniel Malacara and Brian J. Thompson... 

Numerous researchers tried to determine the velocity of the earth motion to the ether by electromagnetic and optical methods. These experiments predicted that the earth with the experimental instruments always are standing in (or moving along with) the ether, which really is a tenacious contradiction of contemporary physics. 

The quality factor, or Q-factor, is a general dimensionless parameter, used in mechanical, electrical, electromagnetic, and optical contexts. Given some signal intensity S(co) as a function of frequency m, the Q-factor is defined as the resonance frequency divided by the bandwidth A (see Fig. 9.4) ... 

Computational Methods for Electromagnetic and Optical Systems, John M. Jarem and Partha P. Banerjee... 

Solution In the case of harmonic motion, for which Sj= joiSj, Equation 2.17 implies that attenuation may be accounted for by representing the elastic constants cjj by complex elastic constants cu + jmr u. (This is analogous to accounting for dielectric loss in electromagnetic and optical waveguides by the well-known method of postulating a complex dielectric constant or a complex index of refraction.) Equation 2.13, the lossless wave equation for this shear wave, becomes... 

Comprehensive modem accounts of classical electromagnetics and optics can be found in [1,2,7]. Extensive treatments of theoretical and experimental polarimetry were provided by Shurcliff [14], Azzam and Bashra [15], Kliger et al. [16], and Collett [17]. Pye [23] describes numerous manifestations of polarization in science and nature. 

S/cm after iodine doping and the chiral helicity of the present films should be available for novel electromagnetic and optical properties. Macroscopic alignment of helical polyacetylene has also been successfully carried out to prepare the samples that are feasible for examination of novel electromagnetic properties, which will be presented in the near feature. 

Subdivisions B(d) of the Tables These subdivisions of the tables present data on the electronic, electromagnetic, and optical properties of the elements. Data are given for the following ... 

Table 2 1-6B(d) Elements of the first period (hydrogen and helium). Electronic, electromagnetic, and optical properties... 

Table 2.1-8B(d) Elements of Group IB (CAS notation), or Group 11 (new lUPAC notation). Electronic, electromagnetic, and optical properties. There is no Table 2.1-8C, because no allotropic or high-pressure modifications are known... 

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