Sentence examples for water module from inspiring English sources

Validation of the production process included: (1) assessment of practical yields, (2) check on pharmaceutical requirements and (3) reproducibility of performance of both cyclotron and water module.

To predict both end-use energy and water consumption of households, an integrated approach was developed by adding water module into the AusZEH design tool, which was a physically-based model to simulate energy consumption of residential buildings considering building envelop, appliance characteristics, local climate and occupant behaviour.

Only women who completed the water module were included in the water nitrate analyses, and their estimated dates of delivery ranged from 1998 through 2005.

We were able to estimate daily intake of nitrate from these sources for 87% of case mothers and 88% of control mothers who completed the water module of the NBDPS interview.

For example, in water-scarce contexts, a "water module" is incorporated, looking in greater depth at local water politics, allocation systems, quality, quantity, affordability and cultural dimensions than standard assessment would.

Among participants who completed the water module questions, the proportions of control mothers and mothers of babies with heart defects were similar with respect to usual home sources of drinking water.

Analyses were performed using a 2690 Waters Separations Module (Waters, Milford, MA, USA) equipped with a 996 Photodiode Array Detector (Waters) with a Waters YMC ODS-AM (Waters, Milford, MA, USA) narrow bore column (100 × 2 mm i.d.; 3 μM particle size).

The HPLC system consisted of a Waters 510 pump (Waters, Dublin, Ireland) 717plus cooled Autosampler (Waters), a Hewlett Packard 1046A fluorescent Detector (Agilent, Dublin, Ireland), a waters 996 photodiode array (PDA) detector (Waters), a waters bus SAT/IN module (Waters) and a Croco-Cil column oven (Waters).

Alpha amino butyric acid was added to each extracted sample as an internal standard, the samples derivatized and analyzed using the AccQ Tag amino acid analysis system (Waters Corp., Milford, MA) using a Waters HPLC system consisting of a Waters Separation module 2695 with a Waters 2475 fluorescence detector.

The UPLC separations were performed using a Waters Alliance system (mixtures and gradient mixtures of acetonitrile/water, flow = 0.6 ml/min) equipped with 100 × 2.1 mm AQUITY HSST3 column (1.8 µm phenyl-hexyl material) and consisted of a Waters Separations Module 2695, a Waters Diode Array Detector 996, and a Waters Mass Detector ZQ 2000.

In the simulations considered in this paper, we use (k=1) or (k=2) to simulate pure water (EOS1 module of TOUGH2) or water and carbon dioxide (EOS2 module of TOUGH2) injection, respectively.