Sentence examples for advantage in the study from inspiring English sources
Compared to graphene, silicene has significant advantage in the study of valley pseudospin.
The fact that micro-CT can provide information about the internal structure and properties of natural building stones, is a major advantage in the study of their conservation.
Paired-end WGS needs low-input quantities of DNA (<1 μg) for generating the libraries, which is a critical advantage in the study of hematological malignancies, where the amount of tumor tissue is usually scarce.
Bombyx has an advantage in the study of tissue specificity and the expression profiles of each tissue because its tissues are relatively large and it is easy to construct a tissue-specific cDNA library.
Other salient features of mouse models that are of advantage in the study of the SS are the short lifespan of a mouse allowing to study changes occurring from birth to death, uniform genetic backgrounds, and relative ease in breeding of the models [ 11, 12].
The increased temporal precision of MEG may confer an important advantage in the study of functional networks: The accurate timing of when a particular network is recruited for a particular cognitive operation will in turn enable the more precise allocation of cognitive function to that particular network.
Doubly polished thin sections, originally prepared for fluid inclusion studies, present great advantages in the study of microfossils in volcanic rocks.
Limb-viewing satellite instruments have become a major tool for the observation of noctilucent clouds (NLC), providing distinct advantages in the study of these thin mesospheric layers.
In comparison with traditional methods, such as optical or scanning electron (SEM) microscopy, Micro X-ray CT-scan has advantages in the study of rubber filler aggregation and crack developments for its continuous and no-break scanning.
The wave equation, being of second order, is more amenable to both numerical and analytical solution than the standard fourth order differential equations, offering particular advantages in the study of the high-frequency response of beam systems and in the free vibration analysis of plate systems.
We then present three dimensional simulations of crown forming instability following the splash of a liquid drop, and the rupture of a liquid bridge between two colliding solid spheres, to show the method's advantages in the study of dynamic micromechanical phenomena involving capillary flows.
