Discussion Unimas Writing by Raa Khimi https://padlet.com/raakhimi/discussion_writing Made with panache en-us 2017-08-28 06:10:13 UTC 2017-08-28 07:33:37 UTC hello@padlet.com Raa raakhimi https://padlet.com/raakhimi/discussion_writing/wish/183048787 Viscosity – time dependent at the beginning- reaching a plateau at about 1.5 minutes

Viscosity - Material A 8.5% higher than material B

Amplitude dependent – intrinsic interactions between additives and material. The intrinsic interactions include physical adsorption of additives on material surfaces and chemical bonding between additives and materials.

Plateau- stabilization of interaction-formation of network between additive and material

Material A higher than B – hybrid effect within components in Material A – introduce larger network 
]]> 2017-08-28 06:50:45 UTC https://padlet.com/raakhimi/discussion_writing/wish/183048787 H https://padlet.com/raakhimi/discussion_writing/wish/183050922 Figure1 presents the results comparison of Viscosity VS time for the two experienced material hybrid (B) and row (A). As can be seen, the viscosity of the both materials start increasing with time then reaches a plateau at about 1.5 minutes. The viscosity growing results from the intrinsic interactions include physical adsorption of additives on material surfaces and chemical bonding between additives and materials. Regarding reaching Plateau, this is due to formation of network between additive and material. However, it is clear that Material B the hybrid one outperforms material B the raw one because of the hybrid effect within components in Material b which introduces larger network.


]]> 2017-08-28 07:07:56 UTC https://padlet.com/raakhimi/discussion_writing/wish/183050922 The results for Viscosity as a function of time for both materials A and B are depicted in Figure 1. As can be seen, Viscosity for both materials increases when the time started and reaches a maximum point after 1 minute. After the maximum point, Viscosity was stabilized to the end of the experiment time. Figure 1 shows that material A 8.5% higher than material B. it should be mentioned at this point that this increases because of physical variation between A and B. https://padlet.com/raakhimi/discussion_writing/wish/183051887 2017-08-28 07:14:29 UTC https://padlet.com/raakhimi/discussion_writing/wish/183051887 N https://padlet.com/raakhimi/discussion_writing/wish/183052143 2017-08-28 07:16:18 UTC https://padlet.com/raakhimi/discussion_writing/wish/183052143 NG https://padlet.com/raakhimi/discussion_writing/wish/183052146 A viscosity versus time plot of the material A in raw form and B in hybrid form is shown in the graph. As can be seen, both materials shown the same trend in term viscosity for both increase for the first 0.05 minutes. After 1.5 minute, both materials was reached plateau. However, B shown the higher viscosity 8.5% than A. This shown that B which in hybrid form is better than A in term of stabilization and formation.]]> 2017-08-28 07:16:19 UTC https://padlet.com/raakhimi/discussion_writing/wish/183052146 The results for viscosity as a function of time for Material A-Raw and Material B-Hybrid are depicted in Figure 1. Viscosity increased with increasing time and remained constant as the time increase. The viscosity time dependent at the beginning reaching a plateau at about 1.5 minutes. It can be seen that viscosity is higher for Material with Hybrid compared to those with Raw. Material B is higher at 8.5% than material A. This indicated that high viscosity of material can be obtained through intrinsic interactions between additives and material. The intrinsic interactions include physical absorption of additives on material surfaces and chemical bonding between additives and materials. Plateau at time dependent of 1.5 could be associated with stabilization of interaction and formation of network between additive and material. https://padlet.com/raakhimi/discussion_writing/wish/183052167 2017-08-28 07:16:28 UTC https://padlet.com/raakhimi/discussion_writing/wish/183052167 Figure 1 shows the viscosity-time dependent. As can be seen, the viscosity increased until it reaches plateau at 1.5 minutes for both materials (material A and material B), due to viscosity dependent. This is 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. At 1.5 minutes, the interaction plateau due to the interaction-formation of network between additive and material. It is apparent that the viscosity dependent of material A is higher than B and hybrid effect within components in Material A and introduce larger network. https://padlet.com/raakhimi/discussion_writing/wish/183052412 2017-08-28 07:17:53 UTC https://padlet.com/raakhimi/discussion_writing/wish/183052412 wiseguy https://padlet.com/raakhimi/discussion_writing/wish/183052486 The variation of Viscosity with Time is shown in Figure 1. As can be seen, Viscosity reach at the beginning on time dependent at about 1.5 minutes that Material B is 8.5% slightly higher than Material A. This indicated that the viscosity dependent is 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. On the others hand, function of Plateau is for stabilization of interaction formation of network between additive and material. As such, Material A are higher than material B that due to hybrid effect within components in material A that introduce larger network.

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