As shown in Fig. 2, mud viscosity i

As shown in Fig. 2, mud viscosity increased immediately
after addition of GLG. Moreover, mud viscosity
increased significantly after heating. For example, at
moderate shear rate (50/s), the base mud demonstrated a
viscosity of 42 cP. After adding GLG, mud viscosity
increased to 71 cP. After heating, mud viscosity jumped to
240 cP. This phenomenon agrees with previous finding:
GLG forms soft gel at elevated temperature (Kelco 2007).
Compared with CMC, GLG is more effective in
boosting mud viscosity (see the green curve in Fig. 2).
Figure 2 also shows that mud viscosity is high at low
shear rate, which is beneficial for suspending and transporting
cuttings. At high shear rate, mud viscosity reduces,
which also reduces the pressure loss in the mud
circulation system.

ผลลัพธ์ (อังกฤษ) 2:

As shown in Fig. 2, Mud Increased viscosity immediately
after addition of GLG. Moreover, Mud viscosity
Increased significantly after Heating. For example, at
moderate shear rate (50 / s), the Base Mud demonstrated a
viscosity of 42 cP. After adding GLG, Mud viscosity
Increased to 71 cP. Heating after, Mud viscosity jumped to
240 cP. This phenomenon Agrees with previous Finding:
GLG Forms Soft gel at Elevated Temperature (Kelco 2007th).
Compared with CMC, GLG is more effective in
boosting Mud viscosity (See the Green Curve in Fig. 2).
Figure 2 also shows that Mud viscosity is. High at low
shear rate, which is beneficial for suspending and transporting
cuttings. At High shear rate, viscosity Reduces Mud,
which also Reduces the pressure loss in the Mud
circulation System.