Described herein are polymeric compositions having a polymer residue and a crosslinker residue, wherein the polymer residue is bonded to the crosslinker residue with a moiety formed from a cycloaddition reaction.

The remaining effluent may be re-used.

Each residue set corresponds to a residue symbol and has at least one non-redundant residue.

A waste liquid collecting device of the present invention comprises a retention tank having a waste liquid retaining state and a waste liquid flowing-out state.

A liner (92) with a volume less than the residual limb is donned over the residual limb, with the liner (92) tensioned into a total contact relationship with the residual limb (14).

The residual signal is encoded by extracting a prototype period from a current frame of the residual signal.

The improvement is to analyze the chlorinator tail gas for residual chlorine (and/or the burner tail gas for oxygen) using an on-line analyzer.

An osmotic membrane (100) encases the residual limb and creates a space between the residual limb and the liner.

The en-coding method further comprises re-ordering, in the encoder, the residual block elements within the residual block; and applying, in the encoder, a transform to the re-ordered residual block.

A transform to the residual signal is applied.

In a method of encoding a residual signal of an audio signal, the residual signal is divided into a plurality of sections having different sizes, based on a change of the residual signal.

not more than 0,23 % of residual tar

(d) free chlorine residual and total chlorine residual measured for the purpose of determining combined chlorine residual.

The spatial domain difference block is the difference between the reconstructed residual block and the original residual block.

not more than 0,23 % of residual tar