The work is virtually applicable to the construction of a wide variety of organic-inorganic hybrid shell MicroPCM.
The structural functional combination is virtually applicable to all disorders, but more frequently used for identifying the structure function associations in neurodegenerative disorders, neurodevelopmental disorders, multiple sclerosis, schizophrenia, bipolar disorder, brain tumors, and the brain connectome.
Unfortunately, despite many advances, accurate determination of the spin-state energetics of Fe(II) complexes still poses a remarkable challenge for virtually all applicable forms of electronic structure theory due to being controlled by a delicate balancing between correlation and exchange effects.
In environmental health, human observational data are usually the most directly applicable data available for decision making because ethical considerations virtually preclude human randomized controlled trials (RCTs) in environmental health.
Throughout the Middle Ages the Code of Justinian, or Corpus Juris Civilis ("Body of Civil Law"), the four-volume codification of Roman law compiled under the patronage of the Byzantine emperor Justinian (483 565), was regarded as the quintessence of human law, applicable in virtually every situation.
The chapter focuses mainly on SHM as applied to bridges, but the concepts are equally applicable to virtually all civil engineering structures.
The described methodology represents a cost-effective thermal modeling technique that may be applicable to virtually any type of heat flux distribution or power map, and IC architecture.
The main purpose of this paper was to propose a policy to estimate a reasonably balanced cutoff point that may be applicable to virtually any list of extracted terms.
While the proposed framework is applicable in virtually all areas of natural sciences, we discuss the approach and evaluate its performance based on a typical example in the realm of computational wind engineering, namely the determination of the wind field in an urban area.
This model has higher complexity than the Housner model (which corresponds to the simplest and most popular approach for approximating the behavior of rectangular and circular tanks) but still enjoys high computational simplicity to facilitate implementation in practice, while it is applicable to virtually any kind of tank geometry, providing at the same time a high degree of accuracy.
At the same time, the general sense of the parsimoniously expressed antonymy relation, "short vs. long", is applicable to virtually any domain.
