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2-3 Constant pressure (gliding temperature) heat rejection process 3-4 Isentropic expansion process 4-1 Constant temperature heat absorption process 3.2.2 Ideal Lorentzen cycle Another reference which can be used for the transcritical cycle is ideal Lorentzen cycle, the only difference in this cycle and modified Lorenz cycle is in the expansion process which is considered isenthalpic in ideal Lorentzen and isentropic in modified Lorenz cycle. Figure 16 T_s diagram for ideal Lorentzen cycle 3.2.3 Real Lorentzen cycle There are many complications in the real situations, losses do occur and friction is always there so the real cycle differs a bit from the ideal one in terms of pressure losses and power consumption pattern as shown in figure 17. 17PDF Image | heat recovery from R744 based refrigeration system
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