Sentence examples for more thoroughly understood from inspiring English sources
We will show that by using column profile mapping ("moving triangles") to model the behaviour of column sections, any distillation configuration, no matter how complex, can be modelled and its behaviour more thoroughly understood.
However, the therapeutic application of MSCs remains limited, unless the favorable effects of MSCs on tumor growth in vivo, and the long-term safety of the clinical applications of MSCs, can be more thoroughly understood.
We will show that by using column profile mapping "moving triangles" to model the behaviour of column sections (CS), any distillation configuration, no matter how complex, can be modelled and its behaviour more thoroughly understood.
This is encouraging, and might lead to novel therapeutic approaches if the mechanisms could be more thoroughly understood.
Figure 1 illustrates the roles of these loci within the female germline, wherein the functions and interactions of these genes are more thoroughly understood.
It will contribute to more thoroughly understand the characteristic of metal oxide gas sensor.
Recently, several technical advances have afforded the opportunity to more thoroughly understand circuit function.
This leaves an impression that Procter's concern with tax efficiency outweighed a desire to more thoroughly understand Diamond.
This paper attempts to more thoroughly understand the factor effects on the performance of an optical triangulation system used for range finding in water.
These graphs have helped doctors and researchers more thoroughly understand not only the network structure through which diseases travel, but also how diseases interact with each other, along with the probability of being rendered infected within a certain time.
To more thoroughly understand the physical and chemical mechanisms of this type of sensor, a mathematical model was developed by combining two sub-models: a conductivity model and a thermodynamic model, which gives a relationship between the vapor concentration of analyte(s) and the change of the sensor signals.
