Sentence examples for constant withdrawal from inspiring English sources

70 to 700 nm thick films, with an excellent optical quality, were prepared by single dip-coating at a constant withdrawal rate.

In addition, the transient operation of the integrated plant using a pre-defined (scheduled) trajectory profile in the consumption of steam in the reboiler unit has been compared to the case of constant withdrawal of steam from the power plant.

Stearic acid was deposited onto the surface of TiO2 films from 20 g/l methanol solution of SA by dip-coating technique with a constant withdrawal speed of 1.5 mm/s.

During the early stages of production at a constant withdrawal rate, because of low-resistance force in fracture against flow, at first the liquid was pumped from fracture, and consequently, the fracture was invaded immediately by gas.

The substrate was immersed into the prepared SWCNTs colloidal solution with the concentration of 0.1 mg/ml, and slowly pulled out at the constant withdrawal velocity of 3 mm/min.

Stearic acid was deposited onto the surface of TiO2 films from 20 g/l methanol solution by the dip-coating technique with a constant withdrawal speed of 1.5 mm/s.

Just as you'll eventually go broke if you make constant withdrawals from your bank account without offsetting deposits, you will also ultimately burn yourself out if you spend too much energy too continuously at work without sufficient renewal.

Compared with the optimized constant speed withdrawal scheme, the optimized varying speed withdrawal schemes can not only improve the pore straightness, but also adjust the pore structure of Gasar ingots.

As a whole, the study revealed no procedures which could reduce mass retention below that which would be obtained with the slowest allowable constant speed withdrawal.

The analyses showed that the initial recession in the surface water levels for the simplest constant groundwater withdrawal patterns can be used to determine the key hydraulic parameters; the error in these estimated parameters was less than 7% or 12%, depending on the designed monitoring network.

Experiments involving constant speed withdrawal periods interrupted by drainage periods revealed that more interruptions produced less fluid retention overall; in the limit of an infinite number of interruptions, the retention reached a minimum — equivalent to withdrawing the plate at the time-averaged speed.