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The mechanism for fracture system formation with the original coal cleat system is quantitatively analysed by using advanced indicators (crack event density, crack intensity rate and kinetic energy).
Septate uterus diagnosed by this classification system is quantitatively dominated by morphological states corresponding to arcuate uterus or cases where no congenital malformations are identified by the ASRM criteria.
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The out-of-plane component of the magnetic stray field over a magnetically patterned exchange biased layer system was quantitatively determined by scanning µ-Hall measurements.
Detailed trends of both the local and overall dispersion behaviors of the solid phase in the system were quantitatively studied, and the impact of various operating parameters (namely, spouting gas velocity (Usp), background velocity (Ubg), particle diameter (dp), the bed depth (L) and bed height) and flow regime on lateral and vertical solid dispersion was investigated.
From this model, we find that results obtained from analytical treatment of the system are quantitatively similar to DMD results.
Then, the lightning strike damage to CFRP composites with different LSP systems is quantitatively determined by the FE analysis.
The results of our analysis suggest that the response to artificial sporulation signals in inducible systems is quantitatively and qualitatively different from the one observed in wild type and cannot be predicted with models of current biological knowledge.
The segmental dynamics in the studied systems was quantitatively described by using the Vogel-Fulcher-Tammann (VFT) relation applied to combined NMR and BDS data.
Performance of the various system configurations is quantitatively analyzed and compared in this paper.
The deformation of the system is expressed quantitatively by strain rates.
The parameter of maximum energy storage capacity of the system is implemented quantitatively in the optimization procedure, and the efficiency of using this parameter as one of the objectives of LHTESS design is examined, which is proposed as the novelty here.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com