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This work investigated the influence of addition of silver and sifbronze flux in wetting and spreading of Zn 50 alloys on mild steel substrate. Seven (7) Zn 50 alloys obtained in a design of experiments by Scheffe mixture method were subjected to the investigations. The wettability of the investigated Zn 50 alloys was examined in a spread test. An...
Contexts in source publication
Context 1
... test results of the Zn 50 alloys on the substrate presented in Figure 2 indicate a strong influence of the added flux in its wetting properties. That could be explained by the flux varied degree of shield offered against the test environment active elements during the wetting test. ...
Context 2
... FT-IR bands are considerably narrow in shape and combination of reasonably strong, medium and weak bands as shown in Figure 2. Such results obtained will help discuss functional chemical groups present in the joint environment. ...
Context 3
... is evidently the weakest band signal of 3695.6cm -1 as shown in Figure 2. That was attributed to very low hydrogen or hydroxyl functional group entrapment during the wetting process. ...
Context 4
... test results of the Zn 50 alloys on the substrate presented in Figure 2 indicate a strong influence of the added flux in its wetting properties. That could be explained by the flux varied degree of shield offered against the test environment active elements during the wetting test. ...
Context 5
... FT-IR bands are considerably narrow in shape and combination of reasonably strong, medium and weak bands as shown in Figure 2. Such results obtained will help discuss functional chemical groups present in the joint environment. ...
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