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In the field of biotechnology, various computer bugs caused by round­ ing errors can induce an error interval that is too wide during data acquisition.
The set approach based on interval arithmetic is well suited in the biotechnology field because in these cases the error interval introduced during data acquisition is too wide as is also the case in biology, chemistry or medical sciences.
Constraint propagation on intervals allows on a predefined domain of variables, a considerable reduction in the size of a box [x] without resorting to bisections.
“Measurements data analysis and control methods in wastewater treatment plants state of the art and future trends”.

This is driving a shift towards better systems of data storage and sharing.
Local Councils were also contacted and interviewed to determine how they transmit post-construction engineering data.
It is therefore in the technical community’s best interest to maintain that data.
Autodesk uses the BIM and GIS data as inputs into the relevant engineering standards to calculate design loads.
The result is data liberated from its wasteful storage on company servers, and a net reduction in the amount of data reproduced needlessly.

Small coin cells power hearing aids and wristwatches, while large battery banks powering telephone exchanges and data centers take up whole rooms.
You can couple the device's 4-20 mA output to a programmable logic controller (PLC), panel meter, or data recorder for real-time reporting and monitoring.
An RFID reader or scanner sends signals to the tag, and the tag's antenna picks them up and returns them, sometimes with extra data (such as a serial number or other personalized information).
After then, the tag will transmit the data it has stored.
Plug-in vehicles and renewable energy sources for cost and emission reductions.

The data obtained in this study suggested that calcium-enriched coal ash could be useful and cost-effective in the treatment of wastewaters containing HA-like organic macro-molecules.
At low pH, the high adsorption of HA can be attributed to the charge reduction of the functional groups which makes less hydrophilic part of the humic polymer bind hydrophobic components more effectively and the binding constant would increase as pH is reduced [9].

Some related mathematical models were used in the fitting of experimental data.
The processes currently used to remove these pollutants from industrial wastewater include chemical precipitation, oxidation–reduction, electrochemical deposition, filtering, ion exchange and adsorption [5,6].

Comparison between the computational results and corresponding test data illustrates that the difference of these two models is obvious, which suggests that the consideration of upper and lower channels play an important role in analysis on polymer’s co-extrusion process.
With the wall slip coefficients decreasing, the velocity difference of pattern mold exit section along with Z direction and shear rate decreases gradually, which leads to the reduction on extrusion swell ratio gradually.

This approach was then validated against numerical method and experimental data available in literatures, proving its effectiveness and reliability.
In phase 2 (linear softening phase), similarly: s2x2=eβx2C1sinαx2+C2cosαx2-1-K1KK1τmax (0≤x2≤L) (20) Only in this case, β=12(1-K1K)tanϕR (21) Validation Validation against experimental data.
This can be attributed to the simplifications in the mathematical model that could lead to a reduction in the ductility of the strengthened system, such as the omission of interlocking effect provided by the mortar joints, the damage diffusion in the substrate, and for intrados case, the interface residual friction.
The obtained results are validated against experimental data and numerical approach proposed by the authors before, showing a good performance in predicting the trend and peak of load-slip curves, as well confirming some experimental observations.

The corrosion data of PNC1520 in supercritical water (SCW) is required but does not exist.
But the corrosion data of PNC1520 in supercritical water is required but does not exist.
The weight change is sum of both increase in weight by oxide layer formation, and weight reduction by elusion.
Potential-pH (E-pH) diagram drawn by experimental data, which exhibited the effect of temperature and pressure on the stability of oxide in the supercritical water reactor core region, was not available for metal/water system in the supercritical water condition.

In scarce data contexts, they are ineffective.
The data is processed by the recommendation engine in three stages: data gathering, filtering, and recommendation
The dataset is split into two sections: a training set that contains 75% of the data and a testing set that contains 25% of the data.
However, the proposed method discovers better indirect correlations in data and uses biclustering for dimension reduction.
CBCF only uses data from one dimension and ignores data from other dimensions.

Meanwhile, the reduction of HRT also had significantly effects on the treatment effect of 3-NP.
The data was collected under steady-state conditions.