Sentence examples for architecture damage from inspiring English sources

Besides, the Bi2Ti2O7 crystal was strongly durable and could be used repetitively for more than nine times without significant deactivation, which could be attributed to the high hydrothermal stability against phase transformation and architecture damage.

Moreover extent of tissue architecture damage due to chronic HFD treatment was prevented by B. ceiba ext.

The Obstructive Sleep Apnea Syndrome (OSAS) intermittent hypoxia and sleep fragmentation contributes to alter sleep architecture, damaging the cellular immune mechanism regulated by the sleep wake cycle and stimulating the production of pro inflammatory cytokines and reactive oxygen species by phagocytes.

For all the tested architectures damage initiated in the form of free edge matrix cracking (F-type) due to the interlaminar stresses between layers which was referred to by (Sun and Chu 1991; Mittelstedt and Becker 2004, 2007) as the free edge-effect.

The aim of this investigation was to examine the relationships between laminate architecture, macroscopic damage and important bearing response characteristics such as damage load, ultimate failure load and post-failure behaviour in general purpose glass-fibre reinforced polyesters.

It decided that the catalog, titled "A Civilian Occupation: The Politics of Israeli Architecture," would damage Israel's image abroad by presenting a uniformly hostile view of the Israeli settlements in the West Bank and Gaza.

In addition, we found crucial differences in mechanical response in wave propagation brought about by the interplay of fiber architecture and damage with respect to simplified membrane models.

Our observations show that each fault within these dimensional classes has characteristic architecture and damage zone structures controlled primarily by the fundamental failure modes.

A different architecture of damage, the 'Fracture Splay Zone' (FSZ), is produced within micrite-dominated carbonates due to this mechanical stratigraphy.

In this review we will discuss recent findings addressing how genome architecture, DNA damage, and repair contribute to the genesis of chromosomal translocations.

Some of the sections were processed for routine haematoxylin-eosin staining to assess the general architecture and damage of the tissue.