Online Interactive p-H and T-s Diagram. Please allow more processing time for mixed refrigerant.

– Temperature–entropy (T–s) and pressure–enthalpy (P–h) state diagram for R1234yf, R1234ze, and R134a. Exergy analysis is a useful way for determining the real thermodynamic losses and...

The completed saturation tables, P-h diagrams and T-s diagrams for R22, R134a and ammonia, respectively, are given in the article, together with the outlines on the equations of state cited for the work.

In this study, it is approached a single stage vapour compression refrigeration system working with R134a. The aim is to find the conditions in which this system is more energy efficient.

This research presents the thermodynamic analysis on cascade refrigeration system (CRS) with several refrigerant pairs which are R32/R170, R123/R170, R134a/R170, R404A/R170, R407c/R170, R410/R170...

T-s diagrams # Tasks: # Zoom in and use the cursor to inspect the values of x and y-axes. Inspect the critical values of the diagrams below for the three fluids

The log ph diagram for different refrigerants, including R134a, CO2 (R744) and R1234yf. use online interactive. Test now!

Calculate & Plot states on T-s, P-h diagrams. Model cycles. Steam Table. Properties of Refrigerants and 120+ fluids.

Note: R134a has a Global Warming Potential (GWP) of 1300 with respect to Carbon Dioxide. There is currently serious consideration of replacing it with R744 (Carbon Dioxide) in refrigeration and heat pump applications.

Pressure-enthalpy (P − H) and temperature-entropy (T S) diagrams for refrigerant R-134a are used to demonstrate an ordinary vapor compression (OVC) cycle. The condenser pressure (high pressure) and evaporator pressure (low pressure) can be varied with the sliders.