In the experiment by Kim and Kim (2

In the experiment by Kim and Kim (2012), the gas-cooler effectiveness was varied from 80 to 100% and 96% COP compared to the exact optimal COP was obtained using the real time controller (inlet water temperature of evaporator: 27 C). When the gas-cooler effectiveness ranged from 60 to 80%, 93% of the maximum COP was obtained (inlet water temperature of evaporator: 25 C) and it is fairly acceptable performance.
ในการทดลองโดยคิมและคิม (2012), ประสิทธิผลก๊าซเย็นแปรผัน 80-100% และ COP 96% เมื่อเทียบกับที่แน่นอนที่ดีที่สุด COP ได้โดยใช้ตัวควบคุมเวลาจริง (อุณหภูมิของน้ำที่ไหลเข้าของเครื่องระเหย: 27 C) . เมื่อประสิทธิภาพก๊าซเย็นอยู่ในช่วง 60-80%, 93% ของ COP สูงสุดที่ได้รับ (อุณหภูมิของน้ำที่ไหลเข้าของเครื่องระเหย: 25 C) และมันก็เป็นผลการดำเนินงานอย่างเป็นธรรมได้รับการยอมรับ

ผลลัพธ์ (อังกฤษ) 1:

In the experiment by Kim and Kim (2012), the gas-cooler effectiveness was varied from 80 to 100% and 96% COP compared to the exact optimal COP was obtained using the real time controller (inlet water temperature of evaporator: 27 C). When the gas-cooler effectiveness ranged from 60 to 80%, 93% of the maximum COP was obtained (inlet water temperature of evaporator: 25 C) and it is fairly acceptable performance.To try by Kim and Kim (2012), cold gas efficiency use 80-100% and 96% compared to COP that, of course, the best COP using the real time controller (the temperature of the water that flows into a volatile: 27 C). When the cold gas efficiency is in the range 60-80%, 93% of the maximum COP (the temperature of the water inflow of evaporation: 25 C) and it is the result of the operation is fairly accepted.

ผลลัพธ์ (อังกฤษ) 2:

In the experiment by Kim and Kim (2012), the gas-cooler effectiveness was varied from 80 to 100% and 96% COP compared to the exact optimal COP was obtained using the real time controller (inlet water temperature of evaporator: 27 C). . When the gas-cooler effectiveness ranged from 60 to 80%, 93% of the maximum COP was obtained (inlet water temperature of evaporator: 25 C) and it is fairly acceptable performance.
In experiments by Kim and Kim (2012. ), cold gas efficiency ranging 80-100% and COP 96% compared with the absolute best COP by using the real-time control. (The water temperature at the inlet of the evaporator: 27 C). When the cold gas efficiency is 60-80%, and 93% of the maximum COP received. (The water temperature at the inlet of the evaporator: 25 C), and it is operating fairly recognized.

ผลลัพธ์ (อังกฤษ) 3:

In the experiment by Kim and Kim (2012), the gas-cooler effectiveness was varied from 80 to 100% and 96% COP compared to. The exact optimal COP was obtained using the real time controller (inlet water temperature of evaporator: 27 C). When the. Gas-cooler effectiveness ranged from 60, to 80% 93% of the maximum COP was obtained (inlet water temperature of evaporator:25 C) and it is fairly acceptable performance.
in the experiment by Kim and Kim (2012), the refrigerant gas and variable 80-100% COP 96% compared with the absolute best. COP using control real time. (the temperature of the water flow into the evaporator: 27 C).When the refrigerant gas is in the range 60-80% efficiency, maximum 93% of COP received. (the temperature of the water flow into the evaporator: 25 C). And it's performance fairly acceptable.