Sentence examples for maximal water from inspiring English sources

This paper presents an assessment of CT performance with a VFD application using a computer simulation program and illustrates a proposed scheme for maximal water savings.

After TEOS impregnation, and its surface contact angle of MCNTFC is much larger than 90°, and the corresponding maximal water absorption rate is decreased by more than 40%.

Distributions of equiscale lines of water-phase diagram on the dry-salt diagram of the reciprocal quaternary system reflect that phase areas of double salts of Db1 and Db2 bear maximal water contents.

The prepared superhydrophobic coating had a maximal water contact angle of 152° and a best corrosion resistance since the coating was unwetted in the corrosion solution and could prevent the corrosion media from penetrating into the zinc substrate.

The proposed approach showed that changes in predawn leaf water potential (Ψpd) values are in inverse relation with the Total Transpirable Soil Water (TTSW) which characterizes the maximal water stock of the soil and in direct relation with reference evapotranspiration (ETo) and the basal crop coefficient (kcb) of the vine.

Maximal water loss was obtained when 10 mm fruit slices were submerged in a sucrose concentration of 60° Brix maintained at 60 °C for 2 h, while maximum impregnation was obtained when 5-mm slices were submerged in a 50° Brix solution maintained at 60 °C for 6 h.

Control plants were continuously watered to 70%% of the maximal soil water capacity.

At this time watering of the stress variant was stopped till the soil reached 20%% of the maximal soil water capacity, and then this level was kept by weighting each pot and re-watering.

The drought stress variant was kept at 20%% of the maximal soil water capacity and the control variant at 70%% by weighing the pots resulting in a relative water content (36 das) ranging between 88.8 % and 91.5 % in the control variant and 80.9 % and 86.1 % in the drought stress treatment.

RFT and RFB treatments resulted in maximal soil water storage at 1-m depth and the greatest harvest index among all treatments.

To address this problem, an integrated evaluation model was constructed for a series of purposes including the maximal efficiency of water use, the integral benefit of development and utilization, the optimized environmental water demand and the minimal anthropogenic influence on groundwater system.