Sentence examples for engineered safety systems from inspiring English sources

That is the reason natural circulation cooling has been considered in advanced reactor core cooling and in engineered safety systems.

In addition, the safety goals of the SMART are achieved through the adoption of passive engineered safety systems such as an emergency core cooling system, passive residual heat removal system, safeguard vessel, and reactor and containment overpressure protection systems.

Car companies have figured out how to design fuel systems that excel in E.P.A. mileage testing, just as they have figured out how to engineer safety systems that excel in crash tests.

Full-scope digital instrumentation and controls system (I&C) technique is being introduced in Chinese new constructed Nuclear Power Plant (NPP), which mainly includes three parts: control system, reactor protection system and engineered safety feature actuation system.

In digital instrumentation and control systems in NPPs such as a reactor protection system and an engineered safety features actuation system, multiple fault-tolerant techniques are designed to prevent the undesired system behaviors by faults.

In Lungmen nuclear power plant (NPP), a diverse manual initiation means for the high pressure core flooder (HPCF) loop C is designed as the back-up of digitalized engineered safety features actuation system (ESFAS).

Hydrogen generation and hydrogen risk for APWR is studied with the integrated severe accident plant model, including Reactor Coolant System (RCS), engineered safety features (ESFs), simplified secondary side, containment and passive containment cooling system (PCCS).

Recently, the studies on the introduction of nanofluids for emergency core cooling systems (ECCSs) which is one of engineered safety features of NPPs were conducted [5 7].

This paper gives an overview of the interrelationship of who is responsible for quality engineered systems, safety, and loss prevention, the organizational areas of responsibility, the causal factors.

A complexity reduction methodology for the ESF-CCS (Engineered Safety Features- Component Control System) based on system analysis is developed in this work.

Accurately determining the rates of increase in these important variables and the time period to reach critical limits (safety response time) permits the engineer to quantitatively design effective safety systems.