Sentence examples for jet feed from inspiring English sources

These fundamental experiments reveal new pathways for exploring novel electrospinning configurations where the jet feed rate can be controlled by manipulating the solution conductivity.

Under these conditions, even while possessing relatively large individual jet feed rates, thin diameter nanofibers (200 300 nm) are readily produced.

Dramatically raising the conductivity of a polymer solution by using a salt additive allows control over the electric field-induced jet feed rate when electrospinning from an unconfined fluid without altering the applied voltage.

Further, at lower jet feed rates, the depth of erosion increased and the low energy abrasive particles along trailing edge of jet plume get enough time to erode the material that results in variation of slope of kerf walls and hence, overall geometry.

To enable this, the present work investigates the influence of key kinematic operating parameters (i.e. α-jet impingement angle and v-jet feed rate) on the kerf geometry and its dimensional characteristics.

A design equation for the most energy efficient pulsation of the jets feed streams in opposed jets mixers is proposed.

This is achieved in different types of precipitators: batch, semi-batch (combined with single- or double-jet feeding), or continuous.

Investigations on the characteristics of the laminar plasma jets, feeding methods for the ceramic powder and the formation process of the individual quenched splats have been carried out.

The ability of a high speed jet mixed feed stream to reduce mixing limitations has been investigated in this study.

Different AWJM conditions including jet pressure, feed rate, and standoff distance are experimented using full factorial design of experiments.

Multiple hot spot cooling is also demonstrated using a single jet to feed two different tracks by minimally displacing or splitting the impinging jet.