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Table 1

The effect of Ti3C2 dose on water evaporation rate

Ti3C2 dose (mg)Zero-order kinetic equationWater evaporation rate (kg·m−2·min−1)Water evaporation rate (kg·m−2·h−1)R2
40 y = 0.00983x + 0.00037 0.00983 0.59 0.9986 
50 y = 0.01300x − 0.00989 0.01300 0.78 0.9898 
60 y = 0.01633x − 0.00788 0.01633 0.98 0.9998 
70 y = 0.01487x − 0.00605 0.01487 0.89 0.9934 
water y = 0.00581x + 0.00164 0.00581 0.35 0.9998 
Ti3C2 dose (mg)Zero-order kinetic equationWater evaporation rate (kg·m−2·min−1)Water evaporation rate (kg·m−2·h−1)R2
40 y = 0.00983x + 0.00037 0.00983 0.59 0.9986 
50 y = 0.01300x − 0.00989 0.01300 0.78 0.9898 
60 y = 0.01633x − 0.00788 0.01633 0.98 0.9998 
70 y = 0.01487x − 0.00605 0.01487 0.89 0.9934 
water y = 0.00581x + 0.00164 0.00581 0.35 0.9998 
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