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By Zlatko Jankocic

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Extra resources for A Contribution to the Vector and Tensor Analysis: Course Held at the Department for Mechanics of Deformable Bodies September – October 1969

Sample text

P ' 0 and 0 are exchanged. Here 0 ( 2) mean ope rators with components of at least the second order terms in the coordinate differentials. With the help of (l. lb} from these relations we obtain the following important conclusions ( l. Za) In fact, the relations (1. 2a) reduce the number of coefficients of connection in (l. lb) from 4 m n2 to 2 mn 2 . Further, by an easy calculation from (1. 1), (l. 2a) and ( [ 11 , (2. 7)) we find the relation With the help of ( l. qr /f')JP d/"/{P) + + P> 0(2)

3) The two-dimensional complex vector space with the fundamental tensors G - ( 6. 1) represents the basis for the 2-spinor theory. The four-dimensional complex vector space which is the direct sum of two 2- spinor space s is the basis for the 4- spinor theory. 4) The spherical basis vectors are defined with the Chap. VI - Remarks 41 help of ordinary three-dimensional Cartesian orthorrormal . unit vectors e = +f l. .

F. o. ' r = d (X- (6. Sb} Y) l is the inte rval of the variable X 46 Vector and Tensor Algebra In case b) the relations (6. xei = a, e;, , a i a (X)) I a cx) ~;