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For the samples containing both material A and material B the viscosity-time dependent reach a plateau at about 1.5 minutes.It can be seen that, the viscosity of material B is 8.5% higher than material A. All the samples shows similar amplitude dependent in which the intrinsic interactions between addictives and material includes physical adsorption of additives on material surfaces and chemical bonding between additives and materials.The plateau indicates the stabilization of interaction-formation of network between additive and material. This could be explained that the material A is higher than material B caused by hybrid effect within components and it introduce larger network.

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For the samples containing both material A and material B the viscosity-time dependent reach a plateau at about 1.5 minutes.It can be seen that, the viscosity of material B is 8.5% higher than material A. All the samples shows similar amplitude dependent in which the intrinsic interactions between addictives and material includes physical adsorption of additives on material surfaces and chemical bonding between additives and materials.The plateau indicates the stabilization of interaction-formation of network between additive and material. This could be explained that the material A is higher than material B caused by hybrid effect within components and it introduce larger network.

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From figure,it can be seen taht time dependent at the beginning reaching a plateu at about 1.5 minutes.as can be seen,it is likely to be due  to the viscosity of material B, 8.5% higher than material A.this is believed to ovcur due to ....

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the trends for influence of time on viscosity when the factors were varied over the different materials are shown in figure 1. As can be seen, the viscosity was time dependant at the beginning and reaching a plateau at about 1.5 minutes. The viscosity for material b was found 8.5% higher than material a.

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the trends for influence of time on viscosity when the factors were varied over the different materials are shown in figure 1. As can be seen, the viscosity was time dependant at the beginning and reaching a plateau at about 1.5 minutes. The viscosity for material b was found 8.5% higher than material a.

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A viscosity versus time plot of the material A and material B are measured by viscometer is shown in Figure 1. As can be seen, the viscosity is time dependent at the beginning and reaching a plateau at about 1.5 minutes. This is thought to be due to the intrinsic interactions between additives and material. The intrinsic interactions include physical adsorption of additives on material surfaces and chemical bonding between additives and materials.

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Figure 1 shows that slightly different between materials A and B in terms of viscosity of about 8.5%, the viscosity directly increased for both of the materials up to 0.7 in time base, then it became a plateau. The reason behind the differences in viscosity between the two materials back to intrinsic interactions  between additives, this intrinsic interactions include physical adsorption

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Figure 1 shows that slightly different between materials A and B in terms of viscosity of about 8.5%, the viscosity directly increased for both of the materials up to 0.7 in time base, then it became a plateau. The reason behind the differences in viscosity between the two materials back to intrinsic interactions  between additives, this intrinsic interactions include physical adsorption

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As can be seen from the graph, viscosity is time dependent at the beginning and it reached plateau at about 1.5 minutes.  Material B has 8.5% higher viscosity compared to Material A. During the increment of the viscosity, it involves intrinsic interactions between additives and material.  The intrinsic interactions of the hybrid material include physical adsorption of additives on the material surfaces and the chemical bonding between the additives and the materials. While the plateau stage indicated stabilization of interaction and formation of network between additive and material. The hybrid effect within the components in Material A has introduced larger network which causes Material A has higher viscosity than Material B.   

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As can be seen from the graph, viscosity is time dependent at the beginning and it reached plateau at about 1.5 minutes.  Material B has 8.5% higher viscosity compared to Material A. During the increment of the viscosity, it involves intrinsic interactions between additives and material.  The intrinsic interactions of the hybrid material include physical adsorption of additives on the material surfaces and the chemical bonding between the additives and the materials. While the plateau stage indicated stabilization of interaction and formation of network between additive and material. The hybrid effect within the components in Material A has introduced larger network which causes Material A has higher viscosity than Material B.   

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Figure 1 shows that slightly different between materials A and B in terms of viscosity of about 8.5%, the viscosity directly increased for both of the materials up to 0.7 in time base, then it became a plateau.

The reason behind the differences in viscosity between the two materials back to intrinsic interactions  between additives, this intrinsic interactions include physical assorption

Alaa

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A viscosity versus time plot of the Material A (Hybrid) and Material B (Raw) measured by viscometer is shown in Figure 1. As can be seen, viscosity increases at the beginning reaching a plateau at about 1.5 minutes. This is believed to occur due to intrinsic interactions between additives and material. The intrinsic interactions include physical adsorption of additives on material surfaces and chemical bonding between additives and materials. After reaching 1.5 minutes, the stabilization of interaction is thought to be due to the formation of network between additive and material. The viscosity of Materials B was found 8.5% higher than material A. This indicates that the hybrid effect within components in Material A introduced larger network.

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From figure above, it can be seen that time dependent at the biginning reaching a plateau at about 1.5 minutes . The result shows that the viscosity for material B 8.5% higher than material A . This is due to amplitude dependent based on intrinsic interactions between additives and material. The intrinsic interactions include physical adsorption of additives on material surfaces and chemical bonding betwren additives and materials . The variation of stabilization of interaction with plateau for formation of nework between additive and material shows that material A higher than B . This shows that hybrid effect within components in Material A occur and introduce larger network .

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In view of the result obtained, materials A and materials B exhibit same trend at which viscosity is time dependant up to 1 minute before it reaches plateau. However material B has higher viscosity than material A.

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Figure 1 is line graph plotsof vicosity for the hybrid and raw material. As can be seen the viscosity increase representing when the process started and reached a plateau after 1 minutes. The viscosity of hibrid is 8.5% higher than raw material. This is believed to occur due to stabilization process ....

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Figure 1 is line graph plotsof vicosity for the hybrid and raw material. As can be seen the viscosity increase representing when the process started and reached a plateau after 1 minutes. The viscosity of hibrid is 8.5% higher than raw material. This is believed to occur due to stabilization process ....

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Figure 1 show the viscosity plot of the time dependent for material A and B. As can be seen, time dependent at the beginning reaching a plateau at about 1.5minute.

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Figure 1 show the viscosity plot of the time dependent for material A and B. As can be seen, time dependent at the beginning reaching a plateau at about 1.5minute.

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The results for time as a function of viscosity for material A and B shown that the viscosity at the beginning was reaching a plateau at about 1.5 minutes. However

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The results for viscosity as a function of time for material A (raw) and material B (hybrid) are depicted in Figure 1. As can be seen, viscosity for both materials increases over time and started reaches a peak at about 1.5 minute and stay constant. The viscosity of material B is 8.5% higher than material A.

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A graph plot of time versus viscosity meas

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A graph plot of time versus viscosity meas

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Evidence for this was provided by

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Figure 1 indicates the viscosity changes of material A and B with respect to time. In general the viscosity of both materials increases  in the first 1.5 minutes before reaching a constant value. Viscosity of material B is 8.5% higher than material A. The initial increase of viscosity can be explained by intrinsic interactions between additives and material. This include physical adsorotion of additives on material surfaces and chemical bonding between additives and material. The plateau indicated stabilization of interaction-formation of network between additive and material. Based on the experimental results, it can be concluded that hybrid effect within components in Material B will introduce a larger network of interaction and hence a higer viscosity.

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As can be seen, both material displayed similar trend where the viscosity level increased and remain plateau after one and a half minutes. The viscosity of the hybrid material however is 8.5% higher than the raw material. This increase could be due to intrinsic interaction in between the additives and the material.

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A

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From Figure 1, it can be seen that the viscosity for material A and material B are reaching a pleateau at 1.5 minutes. This could be attributed to the time dependant of interinsic interactions between additives and material. The intrinsic interactions include physical adsorbtion of additives on material surfaces and chemical bonding between additives and materials. The pleateau, etc. As can be seen, viscosity of material B is 8.5% higher than material A. The high viscosity could be attributed to the hybrid effect within components in Material A

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The results for viscosity as a function of time is shown in Figure X. As can be seen, the viscosity is time dependant initially before it gets constant at 1.5 minutes. This indicates that the viscosity is amplitude dependant at the beginning due to the intrinsic interaction between additives and material. The intrinsic interactions include physical adsorption of additives on material surfaces and chemical bonding between additive and material. Therefore, viscosity is increased as the time progress. After 1.5 minutes, the viscosity does not change with time which indicates stabilization of interaction and formation of network between additive and material. Additionally, the results shows that the viscosity of material B is 8.5% higher than material A. This could be attributed to hybrid.........

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please insert your results and discussion here