Sentence examples for maximum temperature reduction from inspiring English sources
This research investigates uniform temperature distribution and maximum temperature reduction to recognize the effect of branching on thermal resistance.
The maximum temperature reduction was 2.47 °C for the G-OHIS and 7.07 °C for the G + R-OHIS.
Maximum temperature reduction of 25.91% was reported at condition of vs = 15 m/s, vw = 500 mm/min, ae = 0.4 mm in the presence of ultrasonic vibration.
For the case of MCNC ami49, the maximum temperature reduction is 60 ∘C (i.e., its reduction is from 65 ∘C to 5 ∘C) with a minimal chip area of 2500 mm2.
The results show that for given values of injected water flow rate (ṁw = 9.0 l/min) and height of the spray system (H = 3 m), a maximum temperature reduction and UTCI reduction of about 7 and 5 °C are achieved at pedestrian height.
It was concluded that the use of cool non-aged asphalt can reduce the ambient temperature by up to 1.5 °C and the maximum surface temperature reduction could reach 11.5 °C, while the thermal comfort conditions can improve considerably.
Besides, among all of the chosen calculation cases compared with the smooth channel, the maximum value of temperature reduction is 10 °C under the conditions of heat flux of 0.5 MW/m2 as well as screw pitch of 18 mm and screw diameter of 6 mm.
In addition, maximum temperature and organic matter reduction was also observed in trial 4. The nutrients contents (nitrogen, phosphorus, Na, K, Ca and Mg) were increased significantly during the process.
We demonstrate that in many reaches relatively sparse but strategically located vegetation could produce substantial reductions in maximum temperature and suggest that these criteria are used to inform future river management.
A reduction in the maximum temperature displacement when moving to lower radii appears for each angular velocity investigated.
Because the overall heat load is considered fixed, the heat transfer improvement is viewed through a reduction in the maximum temperature ('hot spot') by imposing optimal distribution of heat flux.
