// We then fill it with a ring domain. The center of the ring shall be the
// point (1,0), and inner and outer radius shall be 0.5 and 1. The number of
// circumferential cells could be adjusted automatically by this function,
- // but we choose to set it explicitely to 10 as the last argument:
+ // but we choose to set it explicitly to 10 as the last argument:
const Point<2> center (1,0);
const double inner_radius = 0.5,
outer_radius = 1.0;
// macros. We use this mechanism here again.
//
// From this, the actual declaration of this class should be evident. Note
- // that of course even if we do not list a destructor explicitely, an
+ // that of course even if we do not list a destructor explicitly, an
// implicit destructor is generated from the compiler, and it is virtual
// just as the one of the base class.
template <int dim>
//
// For this, we will use the following convention: Faces belonging to Gamma1
// will have the boundary indicator <code>0</code> (which is the default, so
- // we don't have to set it explicitely), and faces belonging to Gamma2 will
+ // we don't have to set it explicitly), and faces belonging to Gamma2 will
// use <code>1</code> as boundary indicator. To set these values, we loop
// over all cells, then over all faces of a given cell, check whether it is
// part of the boundary that we want to denote by Gamma2, and if so set its