As observed from Fig. 8, the best augmentation plan is hence determined as EP gas P1, EP power P3 and ECP P4. Figure 9 shows the selected augmentation plans in the six-bus seven-node coupled system for EP and ECP.
The overall response rate for extracorporeal photopheresis (ECP) alone, was 42% (8/19; including 7 partial response, 1 complete response), with a median of 12 ECP sessions (range, 3-32) given over a median of 12 months (3-32 months) and with an overall duration of response of 6.5 months (range, 1-48 months).
Rats were assigned to one of three different treatment conditions: (1) (ECV) estradiol benzoate, CDB4124, sesame seed oil vehicle, (2) (ECP) estradiol benzoate, CDB4124, progesterone, and (3) (EVP) estradiol benzoate, DMSO/propylene glycol vehicle, progesterone.
The fundamental period in ECP-201 (ECP 2008), T, does not influence by the change of SSI but depends only on the building height.
In ESL method, according to ECP-201 (ECP 2008), a total seismic mass including self-weight and floor cover plus 25%% of live load is considered.
Figure 1 shows the design response spectrum curve for current case of study; it shall be noted that, ECP-201 (ECP 2008) includes a damping coefficient in the elastic response spectra equations.
Table 4 introduces different fundamental periods, for the buildings studied, as obtained from structural analysis using finite element models and empirical expression in ECP-201 (ECP 2008) and other international building codes.
For non-symmetrical buildings, the ECP-201 (ECP 2008) recommended the response spectrum method to be used for building seismic analysis and design, which considered more accurate method of analysis than the ESL method (Chopra 1995; Paz and Leigh 2003).
Spacetime coordinates lack such invariance, a circumstance that Einstein thereafter repeatedly formulated as the claim that space and time "thereby lose the last vestige of physical reality" (see, for example, Einstein to Ehrenfest, 5 January 1916, EA 9-372, ECP 8-180).
