Titlebook: Heavy-Ion Collisions; Proceedings of the I G. Madurga,M. Lozano Conference proceedings 1982 Springer-Verlag Berlin Heidelberg 1982 Schwerio

遺傳

l” periodic, perfect crystal looks like the one shown in Fig. 2.1 [2]. This pattern corresponds to the inner structure of the material, which can be represented as an array of periodically repeating fragments. The whole structure can be described by defining the repeating fragment (basis) and a set

嚴(yán)厲譴責(zé)

anaphylaxis

ABHOR

cluster

耐寒

G. R. Satchler those areas in need of additional investigation. Comparison is made between the spin glasses and the better understood “giant moment” systems in order to gain further insight into the nature of random magnetic alloys. A phenomenological model is presented to connect the various experiments, and som

擴(kuò)音器

FIG

敵意

F. Tondeur (random positioning of inclusions or random variations of inclusion dimensions and shape) does not lead to significant performance degradation or even leads to some advantageous properties. Special emphasis is on applications in cloaking and in superlensing devices. The potential use of amorphous m

TAP

Ricardo A. Broglias of the field as of 1983 can be found in the monograph by Crochet, Davies & Walters [1]. This surge of activity is driven by the ever increasing availability of computing power, and by the coincident development of constitutive equations which appear to describe qualitatively and sometimes quantita