Jun 19, 2013 · After leaving the turbine, the helium then passes consecutively through the LP primary side of the recuperator, then the pre-cooler, the low-pressure compressor, intercooler, high-pressure compressor and then on to the HP secondary side of the recuperator before re-entering the reactor vessel at 500°C.

DEC Alpha workstations with OSF/1, DEC 5000 workstations with Ultrix, or HP workstations with HP/UX. The disk and memory requirements are dictated by MCNP and ORIGEN2.1.

After leaving the turbine, the helium then passes consecutively through the LP primary side of the recuperator, then the pre-cooler, the low pressure compressor, intercooler, high pressure compressor and then on to the HP secondary side of the recuperator before re-entering the reactor vessel at 500°C.

which satisfy the inequality nations hp and p . s (27) are shown for, various parameter-combi-

FOREWARD The APR1400s are in different licensing stages among member countries and there are differences in the design of APR1400s submitted for licensing applications. The APR1400 MDEP Working Group members agreed to identify the design differences between these reactors and to discuss the reason for the differences, such as design improvements or regulatory …

Home Browse BWR TRANSIENTS LOFW-to-const-press No-phase Heat Transfer : Core

A series of tests, containing two MIMAS-MOX fuel rods, both equipped with a fuel centre thermocouple and a pressure bellows transducer, has been irradiated in the Halden Reactor since July 1997 under HBWR conditions. The objectives of the test series were to study the thermal and fission gas release (FGR) behaviour of MOX fuel and to explore potential differences in …

HP series: Jet/plume interacting with flow obstruction a horizontal flow obstruction (a circular disc) and ii) a horizontal jet interacting with a vertical flow obstruction (a rectangular plate). Parameters for these experiments were the distance between the horizontal jet orifice and the vertical rectangular plate, the jet buoyancy,

ESBWR 7 7 High Pressure Core Flooder – replaced by HP CRD makeup 8 Reactor Core Isolation Cooling – replaced by Isolation Condenser 9 Residual Heat Removal Containment Spray – replaced by PCCS 10 Safety Relief Valves – Diversified by Depressurization Valves

PC-version: HP DOS 3.3 (HP-Vectra) with Microsoft FORTRAN 5.0 compiler. NEA 0402/04: NEADB compiled the source program on a PC/80386 compatible computer using the Microsoft FORTRAN 5.0 compiler, and executed the test cases included in this package.