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EN
The power plant thermal diagram where wet steam after nuclear steam-generator plant is superheated in the fossil-fueled outer steam superheater is considered.
2
Content available remote Super powerful steam superheaters and turbines for hybrid nuclear power plants
EN
The paper deals with the problem of the passage to hybrid nuclear power plants at the expense of outer steam superheating after nuclear steam-generating plant up to temperature equals to 600°C. For the practical realization of such power unit it's required to construct new super powerful steam superheater and new high temperature steam turbine with power capacity equals to 1.700–2.000 MW. The fundamental solutions of these difficult technical problems are considered in the paper.
EN
In the paper the possibility to develop a high temperature steam turbine by means of utilization of external steam superheating device is considered. The proposed device uses combustion heat of fossil fuels or hydrogen. The idea can be applied to nuclear power plants or the combined cycle plants.
PL
W pracy przedstawiono możliwość uzyskania wysokotemperaturowej turbiny parowej poprzez zastosowanie niezależnego źródła przegrzania pary za pomocą ciepła spalania paliw kopalnych lub wodoru. Efekt ten można zastosować w elektrowniach jądrowych bądź w blokach gazowo-parowych.
4
Content available remote Turbine of nuclear power plant with outer steam superheater
EN
Schematic diagram of nuclear power plant (NPP) is considered where after reactor saturated steam is overheated in outer superheater at the expense of combustion heat of organic fuel.
EN
Some experimental research work has been presented as to the irnpact of the anti-vortical grids upon flowing process within exhaust manifolds and control valves of the steam turbines. The effect of the anti-vortical grids on any explored items being vibrated has been considered along with some relevant values of the pressure pulsation within a walve and pipeline furthermore. A significant reduction of this pulsation under grids' installation has been revealed as well as the impact of these grids on the exhaust manifold efficiency. The grids have positively influenced on some energy losses within the exhaust manifold and also on relevant dynamie force values affecting the manifold rear wall.
6
Content available remote Functional Characteristics of the Sublayer Interface in a Turbulent Boundary Layer
EN
Theoretical and experimental investigations of the turbulent sublayer interface present a special section in the general fluid flow dynamics and are fundamentally solving practical problems of a real physical picture of the fluid flow in different types of flow channels. In those investigations, a special attention is paid to the structural research of the turbulent sublayer interface as the development of the turbulent boundary layer occurs at streamlined walls of the majority of the industrial flow channels and it is quite non-homogenous in structure.
EN
Under consideration are constructions of the control valves, which are used on the turbines K-200-130 LMZ, with their modifications. You are given data concerning the level of pulsations present at stems of the model valves, and date on vibration of some in-situ valves of different designs.
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