For the purpose of obtaining an in-line method, pH and specific conductivity of the aliquot of the effluent were determined.
Furthermore, an in-line method was developed to monitor the temperature during the fluidized bed granulation process, to foresee possible defects in granules CQAs.
By using this in-line method, the crystallization of the four components (a model drug, matrix, TBA, and water) during the process could be monitored.
This study shows that near-infrared and Raman spectroscopy are viable in-line methods to observe and quantify solid-state changes in real time.
Simplicity and reliability are the main properties required to the in-line methods applied in the process control of a candidate seawater certified reference material.
For food safety research, existing laboratories are able to perform validated analytical techniques and sampling plans for priority chemical contaminants, but there is a need for more rapid methods to apply knowledge, in-line methods for continuous safety management in food processing, and precision/reference techniques for research and confirmatory purposes.
The average depth is 2X per individual in single line method, 2X per haploid genome in single platform method and 1X per haploid genome in each application in dual applications method.
Indeed, the predicted temperature values obtained with the ANN model were in good agreement with the values measured with in-line reference method and hence the method can have an application as a predictive control tool.
They can be used to eliminate the need for sample/source matching in Lonsdale's triple convergent line method in lattice-parameter determination.
This paper highlights some of the properties of these lines and shows how they can be used to eliminate the need for sample/source matching in Lonsdale's triple convergent line method in lattice-parameter determination.
In addition, the yield line method could predict the load bearing capacities of the donut-type voided slabs with approximately 95% accuracy.
