Comparing exergy losses and evaluating the potential of catalyst-filled plate-fin and spiral-wound heat exchangers in a large-scale Claude hydrogen liquefaction process

The dense gas atmospheric dispersion model SLAB predicts a higher initial chlorine concentration using the instantaneous or short duration pool option, compared to evaporation from

On the other hand, the protection of civilians must also aim to provide the population with sustainable security through efforts such as disarmament, institution-building and

For DPX-10 sats 540/09 calculated dent pressure from measured dent depth and charge diameter gives on average a detonation pressure of 233+11 kbar. Figure 3.12 Picture of the

Chapter 6.5.2 contained a characterization of measurements and basic models in a statistical sense, indicating that there is reason to include terrain elevation and diffraction

To determine the detonation pressure we used the same charges as for detonation velocity measurement to perform the Plate Dent test.. In addition we have performed theoretical

A comparison is made of catalyst filled plate-fin and spiral-wound heat ex- changers by use of a flexible and robust modeling framework for multi-stream heat ex- changers

The numerical model is then used to study the influence of the tube bundle array angle on

In a plate-fin heat exchanger that is used to cool the hydrogen from 47.8 K to 29.3 K with hydrogen as refrigerant, we find that the two main sources of exergy destruction are