Sentence examples for in a simultaneous set from inspiring English sources

All the options of the member systems in a simultaneous set must combine freely while maintaining the principle just described.

Positioned thus in Figure 3, Figure 4 will display the initial steps missing from it: it now has a point of origin and it is clearly an m-system in a simultaneous set where two others systems – tenor and mode – are also anticipated.

In pigs, social recognition tends to be studied in a simultaneous setting (i.e., exposing the animal to different conspecifics at the same time), in a Y-maze (Kristensen et al. 2001; McLeman et al. 2005).

The aim of the work is to stress the impact of the use of rigorous numerical methods, today possible for the high performances reached by the computers, in the solution of a simultaneous set of many differential equations that are necessary to describe completely the mentioned system.

These details are carried by the conjunct entry indicator which is shown as a line IF followed by a simultaneous set (as in C), or an arrow IF the next system is an individual (as with P).

This can be exemplified with the simultaneous set found in the system of iteration in Figure 3, where the choice of 'complex' acts as the entry point to a simultaneous set consisting of two member systems, one with the options 'integrated' or 'aligned', the other with 'stop#' or 'go'go

The second m-system is the familiar system S, with one 'foot' in this simultaneous set and the other in that derived from entry point C. The options of system S are already familiar: as before, in general terms, their concern is to specify the constraint on the use of the available technological devices, but with some subtle differences.

I turn now to issue 1: what is the justification for including the system of iteration as a member of the simultaneous set in Figure 3?

The simultaneous set in Figure 3 is signalled by an opening brace; here it holds four member systems; but any number greater than one may occur.

The current study aimed to evaluate the relative contribution of a mutated xylose reductase (mXR) (Runquist et al. 2010a) and a glucose/xylose facilitator (Gxf1) (Runquist et al. 2009) (Fonseca et al. submitted) to the fermentation of xylose in a simultaneous saccharification and co-fermentation (SSCF) set-up (Olofsson et al. 2008a) of pretreated wheat straw.

A parallel army of foreign trainers and consultants has therefore been set to this task, in a simultaneous "civilian surge".