Sentence examples for vessel height from inspiring English sources

The temperature gradient along the vessel height is important for avoiding losses of volatile elements.

The proposed reactor pressure vessel height and the containment volume are 30% lower than the reference IRIS design.

The reactor vessel height is equal to that of a typical loop-type demonstration FBR vessel to obtain natural circulation head.

d_{text{e}} = D*left[ {1 + frac{2omega }{n}left( {frac{{pi hKD^{2} }}{2T}} right)^{1/n} } right]^{ - n/2} (1 where T is the generated torque at shaft speed ω, D is the vessel diameter, n is the flow behavior index, K is the consistency coefficient, and h is the vessel height.

The bulk flow velocities, averaged over 360° of impeller rotation, showed an axial jet with a ring vortex encompassing two-thirds of the vessel height, swirl velocity proportional to radius beneath the impeller as in solid body rotation and counter-rotating vortices behind the baffles.

As much important as keeping a hydride buffer vessel pressure in a hydride bed system, similar tendency was studied in the tank efflux system; i.e., to keep the secondary vessel height there needs a certain amount of liquid flow from the upper tank and the tank height difference.

This calorimeter has flatter and broader 24-ml vessels (height 50 mm and diameter 28 mm) than usual instruments to allow larger aquatic invertebrates to swim around during the experiment.

The Purdue NMR (Novel Modular Reactor) represents a BWR-type small modular reactor with a significantly reduced reactor pressure vessel (RPV) height.

Avoid burning your hand, when you pour in another vessel from height to make the tea bubbly.

Increasing the reactor thermal power or the in-vessel chimney height increases the flow rate of the in-vessel liquid sodium by natural circulation, but decreases its exit temperature from the reactor core.

A natural circulation thermal-hydraulics model of the SLIMM reactor is developed to investigate the effects of thermal power, in-vessel chimney height, and HEX design on the circulation rate and core exit temperature of in-vessel liquid sodium and the pressure losses during steady-state operation.