Sentence examples for pressure structures from inspiring English sources
Pressure structures have many components which are designed to be compressively stressed.
The most important issue for the design of articulated pressure structures reflects on the determination of the optimal meridian profile.
The PI currents are supposed to be related to inertial currents of a compressional wave propagating through the magnetosphere, while the MI currents are associated with diamagnetic currents of tailward-propagating pressure structures along the magnetopause.
The locations and propagation of the FACs provide useful information about the magnetospheric drivers, where the PI and MI currents are related to inertial currents of the compressional wave propagating through the magnetosphere and diamagnetic currents of tailward-propagating pressure structures behind the compressional wave, respectively.
An examination of the many different high pressure structures of Si show that the values of vD all lie on a smooth curve in which vD decreases monotonically with pressure, even though values of v A vary from one high-pressure structure to another.
The ambient pressure structure has been reported previously; 7a however, revisiting significant structural details is important to understand the interesting behavior.
The implosion of one pressure structure would have generated a shock wave that would have destroyed others, rendering the craft inoperable and consigning it to the seabed forever.
successfully determine the ambient pressure structure of lithium metatitanate, they cannot be used at non ambient conditions like high pressure [1].
Current materials efforts are targeting the development of super pressure structure capable of supporting a suspended weight of approximately 1600 kilograms and for an altitude of 36000 meters.
The results highlighted the existence of an asymmetrical rotating pressure structure at the impeller discharge, having a fluid-dynamical origin and propagating both in the radial and circumferential direction, inside and downstream of the impeller.
The role of reaction conditions (catalyst, cocatalysts, temperature, pressure, structure of comonomer and presence of hydrogen) on products structure and yield is discussed with reference to previously proposed chain propagation and chain transfer mechanisms.
