We developed a novel small-volume (24-L) conical-shaped isoflurane anesthesia induction chamber for use in a den chamber and tested it along with 3 conventional stand-alone induction chambers (2 clear acrylic plastic chambers and a cylindrical-shaped chamber) to determine utility for daily short-duration manipulations of captive raccoons (Procyon lotor). Although the conventional chambers were ...

This paper presents a multi-chamber, multi-zone engine model to predict the ignition of lean main chamber by pre-chamber. The two chambers are connected small cylindrical holes: flame is ignited in pre-chamber, hot gases propagate through holes and ignite Turbulent Jet Ignition (TJI). original features are: (i) separate balance equations for pre- chambers, (ii) specific temperature composition ...

Abstract Versatility of micro-pattern gaseous detectors (MPGD) make them suitable for the use in various fields study, e.g. nuclear physics, particle dark matter physics along with a wide range medical and security applications. Our primary interest was to implement novel μ-RWELL (micro-Resistive WELL) detector as gas amplification stage TACTIC, cylindrical active target time projection chamber...

Abstract Research on the application of liquid fuels to continuously rotating detonation was conducted. A new method mixture preparation proposed. special system fuel injection designed and tested which is based injecting into chamber a preheated partially mixed with hot air at conditions higher than rich flammability limit. The specially selected allow all evaporate in supply but prevent it fr...

In this paper, a sequence of passive micromixers with spiral patterns on the side wall cylindrical chambers are designed, optimized, prepared and tested. The simulation studies show that vortex magnitude continuity in mixing chamber most important factors to determine performance, while inlet position structural parameters secondary influences their performance. According above principles, perf...

In this article, the acoustic radiation force and torque exerted on a small spheroidal particle immersed in nonviscous fluid inside an ideal cylindrical chamber is theoretically investigated. The comprises hard top bottom (rigid boundary condition) soft or lateral wall. By assuming that much smaller than wavelength, analytical expressions of caused by wave arbitrary shape are presented. Unlike ...