【正文】
isture Management Tester (MMT), were developed, including the definition and grading of evaluation indices and the classification method of fabric moisture management properties. Eight types of fabrics with different structural features and made from different materials and/or using different finishing techniques were tested. The correlations with other test methods were analyzed. Based on the intralaboratory test, the analysis of the variance(變化幅度) was performed to determine the precision of the test method.Evaluation IndicesFrom the test data and measurement curves, a series of indices was defined and calculated to characterize test sample liquidmoisture management performance. The defined indices are shown in Table I.The overall moisture management capability (OMMC) is defined in Eq. 1.OMMC = C1* ARB_ndv+ C2*Rndv+C3*SSB_ndv (公式1)Cl, C2, and Cd are the weights applied to the nondimension values y4/?5 ?av. ^ndv. and 55B ?jv of the indices of the absorption rate {ARp,), oneway transport index (196。 behaviors significantly affect the liquid moisture management properties of all indices.ConclusionA test method and prototype Moisture Management Tester (MMT) equipment were developed to object