The maximum chloride ions content and penetration depth in UHPC specimens reported by various researchers are listed in Tables 13 and 14.
From the results found in this research it can be said that the maximum total chloride content for this specific matrix can be up to 1.8% of binder weight.
Numerical research discovers a phenomenon that chloride content first climbs to the maximum then descends with depth increasing in surface layer of concrete under cyclic drying-wetting environments, which is temporally called "maximum phenomenon" in this paper for convenience.
However, there were significant spatial variations between built up (9.01%) and horticultural land (16.28%), and the maximum was for site V lying in the Wular catchment I reflecting higher chloride content, followed by site IV in the same catchment.
"The maximum chloride standard is 250 parts per million, and they are showing levels there of 10 to 12.
Precipitation titrations may be illustrated by the example of the determination of chloride content of a sample by titration with silver nitrate, which precipitates the chloride in the form of silver chloride.
Chloride content showed similar trend of increase.
The chloride content usually rises as the mineral content enhances.
This measured chloride content was considered to be relatively high.
The chloride content was determined by argentometric method.
