WO2005036560A1 - Nuclear power plant - Google Patents

Abstract

The inventive nuclear power plant comprises a bin for loading fuel pins (3) in fuel assemblies is connected to a loading container (15) and embodied in such a way that it is possible to connect the lower part thereof to the top parts of the fuel assemblies (3) by means of ball-guiding tubes (7). The reloading of the power reactor is carried out in an hourglass manner without reducing the power thereof. The opening of the lid (2) of the reactor body is carried out on the request of normative documents only. The initial concentration can be reduced by 30 % by a continuous reloading without decreasing a burning fraction, thereby reducing the required weight of a reactance compensation system, neutron flux peaking in the fuel assemblies (3) and a nuclear fuel burnup, correspondingly. Heating irregularities of a heat carrier in the assemblies (3) are excluded by intermediate mixing of the heat carrier in intermediate headers. The mixing of the heat carrier coming from a specific assembly (3) and from the adjacent assemblies reduces a heat-hydraulic irregularity in each assembly (3) and therebetween. A burnedup fuel is removed to a shipping container (34) through an unloading bin (31) and an unloading container (35).

Description

 YADΕΡΗΑYA ΗΕΡGΕΤICHΕSΚΑYA USΤΑΗΟΒΚΑ

The area of application.

The invention is not available in the area of nuclear power and may be

used in smoking nuclear reactants or in direct nuclear

Reacting with a steaming receptacle.

The prior art.

A nuclear power plant is known to contain a nuclear power plant.

React, in a short circuit, an active zone with spherical fuel rods is installed, and

DEVELOPMENT OF ACTUAL DOWNLOAD OF ACTIVE ZONE BY TVELS, PERFORMED AS

double ball with a ball mounted on it

and ballistic distributor connected to the outer parts of the active zone,

In addition, the lower parts of the active zone are connected to the master

a ball, an optional ball valve has been installed on the drive

armatura (see \\ SE 02/01577 Α1, 03.01.01. 2002).

A well-known and well-known nuclear power plant is

Absence of the possibility of regulating the energy allocation at the front

the cross-section of the active zone, since the latter is the only one

filling in the bodies without the ability to regulate their transfer in separate

The volume of this zone.

SIGNIFICANT FOX (DR. 26) 2

To the present invention, in part to a nuclear power plant

the closest technical solution from the known (simple)

is a nuclear power plant containing a nuclear reactor in

At the start of the thermal installation of heat-insulated faults with

by balloons, and also by changing the size, one bunker of downloads

With telami, performed with the alternative of its exclusive connection

the lower part to the upper parts of the assembly, and, at least, one bunker

Unloading profitable fuel, located inside and outside and

Connected to the lower parts of the assembly, they are equipped with ball joints.

devices (see Sevidvash Φ. Status of the modular lightweight concept

a small nuclear reactor with a fluid bed. - Ατοmnaya

equipment overseas. Ν ° 9, 1999, pp. 13-19).

The nuclear reactor is made up of modules

(heat releasing). Each module has the option of transferring

fuel and its regulation at the expense of its shared facilities, through this

There is a general possibility to regulate energy allocation in

ρ τ κ κ... However, it is necessary to reduce fuel consumption in the module for fuel

load it to zero, take out the module and remove the module cover,

and after restarting the fuel, install the gun on the module module, the module,

At the same time, change the pressure of water and pressure at one time.

Lack of defects after accessories - lift the module up to load

Necessary space. When detecting a breach and a breeding camp of a SALVATING FOX (TURN 26) 3

the pressure in the housing must be reduced to zero, merge from the housing,

defect (cause of leakage) to be eliminated, to fill in water and to

At the same time, raise the pressure to the specified value. As a result of this

low utilization of nuclear power

ENERGY INSTALLATION. Perimetric separation, for example,

One time in a year it reduces the service life of its business and increases the revenue

LOADS ON THE PARTIAL SERVING THIS NUCLEAR ENERGY

installation. A good way to relieve the process is to make the process worse.

It has a fuel cycle and an effective (good) system

reactivity compensation.

In general, a disadvantageous nuclear power plant,

Most of all, higher capital and

OPERATED COSTS.

A nuclear reactant containing heat emitting discharges is known

Each of the rooms has a separate cover, inside and outside

Filling from the microwaves and the adjacent directional pipes are placed

for regulating organizations, for example, backfilling of microprocessors is separated

with direct access to installed ones above

of another section, each of which is connected to the input and output

collectors of the carrier (see ΡΚ 2 807 563 Α1, Μ.kl.7 621СЗ / 07, 12.10.01.).

А Such a nuclear reactor is an external collection of each

heating element and performed with a narrowing προχο section

SIGNIFICANT FOX (DR. 26) 4

for the carrier. This ensures the smallest disparity in distribution.

the carrier at a height of the backfill of minerals and the minimum losses

pressure in the manifold. However, due to the large size of the transverse dimensions

The carrier in the distributor is free to use the flash drive.

flow and correspondingly larger losses of neutrals, as well as greater

Ineffectiveness of burning out of a hurricane. On the other hand, other dangerous

Quickly separate the backfill into sections, and even increase the rigidity of the seats, but

At the same time, it substantially complicates the transfer of microwaves.

In the present invention, the most common nuclear process is the most common.

the closest technical solution from the known ones is the nuclear process,

containing thermal components, each of which is made in

in the form of a free backfill from the microwaves inside and the vertical with

lower, middle, and upper parts, the lower of

It has the appearance of a truncated pyramid and its area is connected κ

INTEGRATOR OF THE TELEPHONE RESERVOR

installed directional pipes for regulating organizations, as well as

Separate, non-transverse cross-section of the seat (see Ponomarev-Steppe

Η.Η. and dρ. The benefits of the use of minerals in the EU are very

energy, τ.86, vy. 6 June 1999).

With such a nuclear reactor, they do not have heat-releasing residues.

Hazardous matters inside, the hardness of the latest

It is ensured by internal components, which saves the fox (SAW 26) 5

Scooter of the Worlds. However, in the boiling mode, the operation of the nuclear

Reactor or in direct mode with the front of the heater

discharges and have a greater unevenness of energy allocation and

thermal hydraulics.

The energy allocation is connected, in particular, with the distribution

τοπliva. Damage to burned-out microwaves, and in its place

installs a batch with “fresh” micropel or burned out

disassembling the active zone of this process. After retrieval

energy allocation is only much higher than that of a heavily loaded one

the energy allocated to the collection is not replaced in the last partition. This

so-called “fresh” mess effect. Here is the correction of the plot

energy allocation of the non-transverse cross-section of the active zone of the nuclear reactor.

Another problem is related to the fact that for smoking products and

that is, for reactors with a steaming vapor, a strong fall is observed.

space at the exit of the active zone in connection with the decrease in the density

carrier - moderator.

Disconnection of energy is associated with the fact that

Microprocessors in the backyard are in different conditions: some are located in

the center of the fixed backfill, others - at the front of the dump, at its head or

in the immediate vicinity of the direction of the regulatory authorities,

In addition, a positive external heater is available.

SIGNIFICANT FOX (DR. 26) 6

Κ Inequality of energy allocation in heat releasing discharges

Nuclear process is controlled by thermal hydraulics.

The fact of the matter is that, for a direct treatment with a steam generator, it is convenient

A very large reduction in enthalpy in the active zone and, accordingly,

very high sensitivity to uneven energy release and κ

different hydraulic capacities for parallel processes for

a carrier in the backyard of microwaves. Β The result is maximum

The temperature of the carrier and the heat in the hot pots may be

Significantly increase (in the number of units) the nominal average

mixed temperature and may appear to be higher than the acceptable temperature.

When the protective products of the microfinance are not able to keep the food

divisions inside oneself due to the increased speed of poverty in high

temperature. So that this doesn’t happen, lower the temperature

carrier at the outlet of the reactor. With this, its technology deteriorates.

economic indicators.

In general, an unfavorable nuclear process, is simple in the application in

On the other hand, it is its low technical and economic indicators.

DISCLOSURE OF INVENTION.

The technical task of the invention, in part, is nuclear energy

the reduction is in the last capital and operational

cost

SIGNIFICANT FOX (DR. 26) 7

The posed technical problem is solved by the fact that in the nuclear

an energy plant that contains a nuclear reactor in the housing of a nuclear power plant

thermostatic discharges with ball joints are installed, as well as

change me, one bunker of downloads by telami, executed with

It is possible to connect the lower part to the upper part.

parts of the gathering, and, at the same time, one bunker of the unloading

Fuel located inside and outside and connected to the lower parts

faults that are equipped with ballistic devices, at least,

One bunker of downloads is located behind the premises of the store in

optional and completed with optional third-party

CONNECTIONS TO THE BOTTOM FOR EXTERNAL PARTS

balloons, but, a little change, one bunker

It is equipped with spare devices and is executed at the bottom

PARTS WITH OPTIONAL SPARE DEVICES AND SPEEDER

On the other hand, there is an exit from the last location for the business.

κορpi

At the same time, the housing may be completed, please

to a lesser extent, with a one-sided union, on the other side of the flange

The connector has been installed with an optional additional housing, for example,

To a lesser extent, a single bunker of downloads may be performed with a fixed boot.

Options and may be hung in an additional version

SIGNIFICANT FOX (DR. 26) 8

On the other hand, with the option of sowing the rotary seat for an alternative

Its lower part with the input ends of the ball head.

Otherwise, at least, one loading bunker may be

equipped with an additional ball with an additional ball

aromatherapy, in fact, between this armament in the leading ball may

a vertical bootable capacity is connected while connected to the

Hazardous industrial and consumer electronics, and so on

goods, as well as on the leading wheel before and after loading

ACCESSORIES FOR THE BODIES OF THE BODIES ARE RELEASED

for the carrier.

Otherwise, the installation may be equipped with a vertical

UNLOADED OPERATION, EXCLUSIVE UPPER AND LOWER PART

Corresponding to a well-known operating unit, at least,

One bunker for unloading and for leaving the ball, on the other

an optional ball valve has been installed, which is why the boot

CAPACITY MAY BE PERFORMED WITH ADDITIONAL CONNECTIONS

and the return of the owner and to these employees, as well as to the driver

laptop, at least, one bunker and unloading at the exit

ACCESSIBLE BLOCKED LATCHES MAY BE INSTALLED

for the carrier.

Otherwise, it is possible for each heat discharging device to be damaged.

executed with verbal verbal responses communicated with

SIGNIFICANT FOX (DR. 26) 9

by the lower part of this fault, and the quicker device of the last

Provide a custom membrane with accessories that are otherwise secured to

It is more likely that it will be possible to revolve and

Combining this with its answers to the requirements of the download for download

Fuel is, to a lesser extent, in a single bunker.

Failure to load, bunkers and bunkers for unloading

MAY BE PERFORMED WITH FIXES AND POSITIONS.

Placing the boot bunker behind the tasks of the store in

additional housing and the execution of this bunker with the possibility of

LATERAL CONNECTIONS OF ITS BOTTOM TO EXTERNAL PARTS OF ASSEMBLY

Native ball pipe allows you to load heat emitting

discharged with fresh fuel without picking up the heat of the furnace. For this

Disposal of the bunker at the disposal of profitable fuel at the expense of loading

devices for discharging and performing these bunkers in the lower parts

ADDITIONAL SPARE DEVICES AND SPEEDERS

by the party, as well as by the location of the exit sites of the past

At the expense of sales, it ensures the unloading of fuel from

The heat emitting discharges without opening the shell of the housing.

There is no need to remove the shell of the housing for

FUEL RESERVES EXCEED EFFICIENTLY EXCEED USE

of the proposed nuclear power plant, as well as this

PREPARATORY OPERATIONS FOR REMOVING THE BREATH OF SALVATING FOX (ANSWER 26) will become unnecessary. 10

κορpusa, the process itself of its removal and hydration of the casing is increased

pressure. The service life of the service is increased, and reduced

access bargains for service personnel.

Resetting of the process is carried out under the principle of security without

reduce its capacity. The expansion of the shell of the housing will be

unacceptable only for the purchase of normative documents. Initial

The enrichment of a continuous transfer may be diminished by

30% without reducing the depth of the burn. Correspondingly decreasing

the necessary "weight" of the compensation system for reactivity, and also reduced

Inequality of the neutral flow in the heating circuits and

Corresponding to the equilibrium of the burning of nuclear fuel. All this

Reduces capital and operating costs of the proposed nuclear

ENERGY INSTALLATION.

The technical task of the invention in part of the nuclear process is

Increase in the technical and economic indicators of the nuclear process.

The posed technical problem is solved by the fact that in the nuclear

Reactor containing heat releasing discharges, each of them

made in the form of a free backfill from the microwaves inside and the vertical

the lower, middle, and upper parts, lower

from kotortykh has the appearance of a truncated pyramid and its area is connected to

INTEGRATOR OF THE TELEPHONE RESERVOR

installed directional pipes for regulating organizations, as well as

SIGNIFICANT FOX (DR. 26) eleven

Separate πο cross-sectional area of the seat, each heat emitting

The assembly is equipped with lead and lead balls for

non-interruptible transfer of microwaves, and also, at least less than one day

adjacent to the receiver for the customer, and in addition

The key is connected to the upper part of the audience,

The outlet ball drive is fitted with a disconnecting device and is connected

to the lower part of the lower part of the seat, and the adjacent collector

It is located by the lower and middle sections of the seat, the last of which

executed in the form of an improved truncated pyramid, and similar

parcels of adjacent heating elements.

Otherwise, each heat emitting device may be equipped with

optional secondary collectors, well-established

inside the room and executed in the form of a transient transfer, at once

has the appearance of a cone in the case of an external part of the seat and an incidental cone

in the case of his last day.

Otherwise, each heat emitting device may be equipped with

vertical leading pipes, equally spaced apart

The cross section of the lower section of the seat, and the area of the lower section may be

be connected to an external telephone carrier

Participants in it who are involved in the pressure of the pipe and (or) are remembered

Conventional Tububs.

SIGNIFICANT FOX (DR. 26) 12

Otherwise, in each heat-generating assembly the directional ducts

In the case of mediocre and external participants, the seats may be performed with

thermal insulation.

Otherwise, each heat emitting device may be equipped with

a screw that is fully placed inside the seat.

Each version of the heating circuit with a leading and

Leading balls for microwaves will benefit from

The partition of each heat-releasing unit and the operation of the unit on

CAPACITY: MICROPHONE PROPORTION IN NECESSARY QUANTITY AND WITH PRESET

The enrichment is delivered to the necessary fuel separating unit and withdrawn from

this fault. In this case, the unevenness associated with

the effect of "fresh" fault, which is characteristic for the manufacture. Ρasπρ division

The space for the active zone remains open throughout

service department. Τ, эме τπ τ ми,,,,,,, this is the distribution of the microwaves

If the room is toppled down, the whole section of the ground will pass through and

neutral field. Therefore, the microwaves are in the zone of maximum

The temperature at the time is only a small part of the campaign. And

If you move the microbes down, especially for the screw, they change

On the other hand, there is an efficient stirring of fuel,

The main part of the campaign is in the zone of moderate temperature,

THAT DECREASES THE MIDDLE SPEED OF CORRUPTION OF OUTDOOR MICROSTRUCTURE

SIGNIFICANT FOX (DR. 26) thirteen

Slightly and significantly increases the temperature of the steam by

out of the way.

Лаг With the proposed nuclear reactor, the average user’s area of accessibility is

heights are changing and degrees are changing. Maximum usability of the carrier

in the area of the lower part of the seat, the minimum density in the area of it

the upper part. The lower part of the land is at its own material

The composition and level of the temperature corresponds to the treatment with water

carrier. Here, microwaves have a maximum burnup of a hurricane and

best performance for the greatest depth of extraction

(maximum concentration of water and urine, the lowest

temperature of the hurricane and moderator). SALES OF THE MIDDLE AND FOREIGN PARTICIPANTS

the decrease in the surface density of the carrier-moderator is compensated

thanks to a continuous breakdown of a higher content of a hurricane in

"Fresh" of the world. If there is an uninterrupted interruption with delivery

“Fresh” mixtures of light through a leading ball and discharge

burned out the bottom of the shaft through the outlet ball

A good distribution of capacity is ensured at a high rate.

The intermediate collector will use a mixing chamber with

προχο section, increasing in the case of the lower part of the seat and

decreasing in the case of its recent involvement. Β so slotted

Collective stirring of the carrier is effective. Β

The result is a significant decrease in the unevenness of heating

SIGNIFICANT FOX (DR. 26) 14

The operator, due to the collection of effects and other

πρ reasons. When this is done, the carrier that comes out of the way

skip missile, and so on from adjacent skid, it is therefore reduced

thermal hydraulics, like in every fault, and

Thermo-thermal imbalance between adjacent faults.

Prefabricated processing ensures efficient mixing

the carrier between the middle and the upper parts of the seat.

Improvement of the prevailing τρub in the average summer and winter

Participating in a room with thermal insulation reduces the harmful heat transfer.

All of this will allow you to operate a nuclear reactor and be faster.

TEMPERATURE AT THE OUTPUT OF THE REACTOR, WHICH EXCEEDS IT TECHNICAL-ECONOMIC

indicators.

Quick description of the drawings.

In Fig. 1, a general view of the nuclear power plant is shown; on the

Fig. 2 - a section of the installation with the boot bunker and the input end

balloons; on fig.Z - a general view of the loading capacity; on φig. 4

- General view of the heat releasing assembly; on φig. 5 - ρazρez Α-Α φig. 4; on the

φig. 6 - node 1 4; on φig. 7 - ρ аг аг аг е с с с с с с с с

a device for heating and bunker discharging; on Φig. 8 -

General view of the temporary storage area of profitable fuel; on φig. 9 - general

view of the unloading capacity.

The best option.

SIGNIFICANT FOX (DR. 26) fifteen

Nuclear power plant (see Fig. 1) contains a nuclear power plant

React with unit 1, equipped with unit 2. For unit 1, vertical

the heat-releasing faults 3 are installed with the spherical fuel rods 4 (see figure 4).

Thevels 4 represent their own microwaves in the form of balls with a diameter of 1.8

mm with a core of uricane and a translucent clear of

high temperature ceramics materials. The heart has a diameter

1.4 mm. The outermost layer is performed from the system.

Political group (GC) with a density of 1 g / cm. Hometown

layer ~ 95 μm. The last layer is made from a simple political

bulk (GC), having a density of 1.8 g / cm ³ . The thickness of this layer is ~

5 mkm. The outermost layer is made of karbida kremniya (8ϊС). Hometown

layer ~ 100 μm.

For the business of building 1 in the building in additional building 5

bunker 6 is loaded (see Fig. 2); loads 3 are loaded; 4 bunker 6

made with the option of connecting to the lower part κ

TOP OF THE DISCHARGE 3 OPERATING CHARACTERISTIC TUBE 7. ONE THIS

Volume 2 of Unit 1 of Unit 1 performed on Unit 8, on Unit 8

With flange connector 9, an optional extension 5 has been installed.

The bunker 6 of the download is executed with a patch of 10 of its provisions and hung in

at room 5 with the option of sowing rotation for an alternative accommodation

Its lower part with the input ends of the ball head 7. For

Ensuring the rotation of Bunker 6, the latter is articulated with Step 11.

SIGNIFICANT FOX (DR. 26) 16

The bunker 6 is equipped with a driveway 12, at the entrance

installed (see Fig. 3) ball valve 13 and ball valve

14. Between armament 13 and 14 in leading gear 12 is connected

vertical loading capacity 15, coupled to the pipes

16 and 17 of the outlet and the outlet of the holder. On the other hand 16 and 17, as well as

on the leading ball 12 before and after loading capacity 15 at the next

bodies 4 installed shut-off valves, respectively 18, 19, 20 and 21

for the carrier.

Φa φig. 2 and 3 of the drawing are conveniently shown with one loading capacity 15,

One leading ball 12, one additional wheel 5, one

Bunker 6, one group of balloons 7. One of these is only one of

OPTIONS FOR PERFORMANCE OF THE STATED INSTALLATION. Ηaπρimerρ, πρ and πρname

current technical solutions in the nuclear reactor ΒΒЭΡ-1000

Thermal discharges 3 and spherical pipes 7 may be conditional

are divided into six groups. Accordingly, it is increasing and quantitatively

BUNKER 6, STORAGE 5, STEEL 12 and CAPACITY 15. Set up option

of the declared installation, in fact, one tank 15 is used.

by downloading tvels 4 several bunkers 6.

Allocating discharges 3 have (see figures 4 and 7) in the lower parts

SPARE DEVICES. For this article 22, each fuel source

fault 3 performed with verisimilar vertical responses 23 for

incident on bodies of 4, communicated with the lower part of assembly 3, and

SIGNIFICANT FOX (DR. 26) 17

SPARE DEVICES PRESENT THEIR 24 MEMORY WITH OPTIONS 25

for natural spherical bodies 4, otherwise secured on board

The property 22 with the possibility of a joint rotation and combination with it

version 25 with version 23 of version 22 for downloading the finished product

τοπliva. SHARP DEVICE IS FACILITATED WITH OPTION 26 OF ITS APPLICATION

membranes 24. Membrane 24 with a direct rotor screw 27, with a quick on

connected by a threaded connection 28, and the rod 29 is connected to the actuator 30,

located behind the business of κορπusus 1.

The start and exit of unit 1 are located (see Fig. 8) bunkers 31 downloads

profitable fuel, included in the lower parts of fuel 3 and

Allowed for convenient devices. Every bunker 31

DOWNLOADED WITH BOTTOM, FURNISHED CHARACTERISTIC

unit 32 and optional ballast 33. Β уб χ ные

Parts of the units 32 are located behind the premises of the unit 1 unit.

For the business of building 1, the facilities are located (see figure 9)

Download part 34 and Download part 35. Space 35

It is connected with the upper and lower parts of the respective

Parts of 32 Bunkers 31 of the Partition and of the Leading Ball 36. Home

SHARP 36 installed a ballistic aroma 37. Download

capacity 35 is made with actuators 38 and 39 of the outlet and the outlet

carrier. On wheels 38 and 39, as well as on balls

Unit 32 Bunkers 31 Unloading and Leaving Ball 36

SIGNIFICANT FOX (DR. 26) 18

shutoff valves 40, 41, 42 and 43 are installed, respectively

carrier.

Each heat release unit 3 has (see figures 4, 5 and 6) a case,

completed with the lower part 44, average

to the participants in section 45 and to the upper parties) to 46.

On the other hand, there are 47 directional guides for groups.

Regulatory and Vertical Conduits 48, Equal

separate divisions of the cross section of the seat. Lips 47 are located πο

a total of fault 3 and are executed by lower parts

Section 44. Cloak 48 is also made by perfected, but

Installed only in the lower section of 44 rooms and over

muffled. Go to the lower section 44 is connected to the main collector

49 USERS ACCESSED TO PARTICIPATE IN IT

directional sipe 47 and sixteen 48.

The lower section of 44 people looks like a truncated pyramid, and the middle

Section 45 of the seat is made in the form of an extended truncated pyramid.

Thanks to such a section, 44 and 45 seats, together with similar

parcels of adjacent heating elements 3 (see Fig. 5)

adjoining collector 50 with a cross section increasing in

the case of the lower section 44 of the room and decreasing in the case of it

a median area of 45 at the site of the owner.

SIGNIFICANT FOX (DR. 26) nineteen

On the other hand, every heat generating unit 3 is equipped with

optional 51 supplementary assembly, well established

inside the room and executed in the form of a transient transfer, at once

has the appearance of a cone in the case of the outer section of 46 people and is ok

of the incident in the case of the last section 45.

Owners of the club 47 in the business of the middle section 45 and the weekend

section 46 of the room is made with thermal insulation 52 from steel (from

double steel pipe with a thickness of 0.1 mm with a gap of 0.2 mm).

Outside of 46 sections of the accident 3 were made in the form of truncated

Pyramid, therefore, 46 people are sitting next to the unit 3

An output assembly 53 with a larger cross section, increasing

at the location of the carrier.

Each heating element 3 is equipped with a lead

a vehicle for mikroprotelov, the role of which complies with the relevant

spherical pipe 7, connected to the upper part of the surface

Section 46 seats, and the corresponding ball 54 for mikroportelov,

connected to the lower part of the lower section of 44 people after

version 23 in part 22 and executed with a quick device

in the form of a membrane 24 with openings 25. The inside of the seat is

screw 55.

Fuel cut-off in a nuclear power plant is produced

as follows.

SIGNIFICANT FOX (DR. 26) 20

First, a loading of loading capacity 15 is made.

neobhodimoy naportsii "fresh" fuel (see figure 3). For this reason:

ball valve 14 and gate valve 21 on the leading

STEP 12 after capacity 15, gate valves 18 and 19 on

Tubes 16 and 17 are relevant, and the bulk is 13 and

gate valve 20 on the front ball 12 to tank 15

located in a good location. After a quick ball 12

A set fuel quantity is loaded with a predetermined quantity

the enrichment of the hurricane.

Then the bootable capacity 15 is first filled up, and then

It is heated by the carrier. For this ballistic aroma 13 and

gate valve 20 on the front ballast 12 to tank 15

I turn on the ball valve 14 and the gate valve 21 on

On top of 12, after capacity 15, are left for free

On the other hand, the valves 18, 19 on the pipes 16, 17 open.

AFTER FILLING AND LOADING THE LOADING CAPACITY 15 OF THE UNIT

start the operation of balancing the pressure of the carrier in the tank 15 s

the pressure of the carrier in the housing 1 of the nuclear reactor. For this valve

18 and 19 on valves 16 and 17 are closed, and a gate valve 21 on

On top of 12, after a capacity of 15, I open it. After

pressure equalization in tank 15 and in compartment 1 tank 6 loading with

By means of output 11 rotate and move its lower part to

SIGNIFICANT FOX (DR. 26) 21

The corresponding ball pipe 7. Then, they open the ball.

Armature 14 on the leading side 12 after capacity 15 and operation

“Fresh” fuel from a capacity of 15 when the actual weight is reached

step 12 first starts in bunker 6, and then through the lower section

the last - to the corresponding ball pipe 7 and, finally, to

TOP OF THE RESPONSIBLE THERMAL PRODUCT DISCHARGE 3.

the seats of each fault 3 fuel rods 4 are triggered by the directional screw 55.

Restarting the operating principle of the hourglass: charging the bodies

4 Moves by the action of its own weight.

After downloading a portion of the burned body 4 of the associated load

3 her shutdown devices are shutting down. For this example 30 rod 29

Launching down to the bottom, the diaphragm 24 has a 24-speed device.

The answer is 23 in the case of 22 and does not prevent the output for

spherical bodies 4 of the corresponding charge 3. Fuel loading in

the following heat-generating unit 3 is similar.

Fuel charge from the lower part of the fuel

errors 3 (see Fig. 5) are issued as follows. Act 30

Raises the bar 29, and with this, the screw 27 rotates

membrane 24 balls. With this version 23 in history

22 and opening 25 in the membrane 24 are aligned, and the output is turned off for

spherical bodies 4 of the corresponding fault 3. Bats that have fallen 4

SIGNIFICANT FOX (DR. 26) 22

By the action of the actual weight from the lower part of the dump, 3 are emptied in

Bunker 31 for temporary storage.

After the accumulated fuel burns in the bunker, 31 are produced

Download it to the unloading tank 35 (see figures 6 and 7). For this

Turn off the ballistic devices 33 in the lower parts of the bunkers 31.

Played TVs from Bunkers 31 are poured into the unloading tank 35.

With this, the gate valves 40 and 41 on the valves 38 and 39 and the gate

gate valve 43 on the outgoing drive 36 is located in a closed state,

and foreign gate valves 42 on the moving parts 32 - in the outlet.

After accumulating the burned fuel 4 in the unloading capacity 35

It is disposed of, drained from the carrier and

unloading from it profitable fuel. For this, first gate valves

42 on the speed controls 32 turn off and the gate valves 40 and 41

on pipes 38 and 39 - out. After τρubοπροws 38 and 39

Downloading the product and downloading it are free.

tank 35. After reducing the pressure in the unloading tank 35

gate valves 40 and 41 on valves 38 and 39 are closed, capacity 35

drained, and the ball valve 37 and the gate valve 43 on

There are 36 outgoing lines. At the same time, it burned out fuel

By the action of an actual weight through an outlet ball 36 is dried out in

Download Online 34.

SIGNIFICANT FOX (DR. 26) 23

If there is a need for an overhead 2 housing, 1 can be removed, for example

The transfer of the reactor with the traditional means with the extraction of heat

fault 3 or to investigate status 1 and internal

device Operation of the claimed nuclear power installation of this

allows, since all the paths of movement of bodies 4 are performed on plug-in

compounds χ. SHARP DEVICES IN THE BOTTOM OF THE DISCHARGE 3

It allows the rash of bodies 4 and its removal from κορπus 1. Pro

Necessity could be removed and bunkers 31 at the time of unloading

It’s fuel-based, but for this first, the shut-off fuel is closed

device 33 in the lower parts of the bunker 31, heat extracting

faults 3 and an internal metal key, are installed in a short-circuit

eti collection Z.

To exclude contamination of the fuel, the whole process for

Spherical bodies have an internal size, equal to 6-10

to the diameters of the balloons. Replacing fuel in nuclear energy

the installation can be practically done by anyone, since it is very small,

rations at any 3.

Then the ball valve 37 and the gate valve 43 on the output

CHARACTERISTIC 36 locks, emergency gate valves 40 and 41 on drive 38

and 39 out. With this unloading capacity 35 is filled

carrier, the pressure in it is equal to the pressure in housing 1.

SIGNIFICANT FOX (DR. 26) 24

Then open the 42 latches, and the unloading capacity 35 times

ready to take advantage of the burnt bodies 4.

After filling in the 34, it is replaced by the empty, and

The burnt-out fuel is disposed of for processing or at a standstill.

χρ store.

Fuel cut-off in a nuclear power plant is produced

When operating a nuclear reactor on the ground. With this nuclear kernel

It works as follows.

A medium with a temperature of about 290 ° С and a pressure of 24 Μ Pa from

the input unit 49 is available in units 47 and 48. After the transfer to

The last carrier is distributed at a height and a cross-section

backfill of bodies 4 in the lower section of 44 persons. Owner

moves in the radial direction to the front of the seat,

Heats up in the back of the body 4 to the average mixed temperature

380 ° С and is assembled in an intermediate collector 50. Unequal

heating of the carrier in the area of the lower section of 44 people

disappears in the process of flow of the carrier in the collector 50 due to mixing

Dispense with a different temperature and with an empty flow. Next is a carrier

with a temperature of 380 ° C is distributed at an average height of 45 seats and five

Radially absorbs through the backfill of bodies 4. The most part of the carrier

It is located in the middle of the last 45 hours.

vertical direction. The area of the middle section of 45 persons

SIGNIFICANT FOX (DR. 26) 25

The carrier flows into the radial direction to the fault center 3,

Heats up to a rather mixed temperature of 450 ° C, “evaporates”

and it can be removed to the intermediate collector 51. The battery is still warm

The medium in the middle section 45 disappears in the process of mixing

spray in the pool 51. From the pool 51 the steam is distributed at a height above

Section 46 seats. A couple in the area of 46 seats are in the radial

Direction and overheating, and so on to the average mixed temperature

570 ° C. The converted steam is assembled in the output unit 53, then

exits from a nuclear reactor and empties into a steam turbine or into

πаροgenρаτορ.

The flow of the carrier in the lower section of 44 persons is essentially

It is distinguished from the rest of the eastern part of fault 3 due to the presence in it

a large number of tubes 47 and 48. The customer through the processing

the central pipe 48 is located in the central part of the lower part

section 44, it is heated up to the average mixed temperature

380 ° C. Going to the area of action of a series of units 47 and (or) 48, it

mixes with the carrier that has gone out of it and then also heats up

up to temperatures of 380 ° С. This process is operated and accessed.

actions of the following units of pipe 47 and (or) 48. The carrier

through backfill in the lower section of 44 people increase

quantity of pipe 47 and (or) 48. The mass velocity is practically not

varies, as it is a total number of units 47 and (or) 48

SIGNIFICANT FOX (DR. 26) 26

increases the cross section in the back of bodies 4 in the radial

DIRECTION OF DISCHARGE OF DISCHARGE 3. ADVANTAGES OF SUCH FOOD SUPPLY OF DISCHARGE 3

It also happens that the parameters of the carrier are changing

and equally in the cross section. Most Inequality

The heating of the carrier is excluded due to the intermediate

stirring the carrier in the collectors 50 and 51. Research

It indicates that due to the intermittent stirring of its carrier

the temperature in “hot streams” decreases substantially, up to 720 ° С. For

Comparison of the temperature of the carrier in the “hot” and the use

fault 3, described in the manual, reaches 900 ° C.

“Dangerous” heat transfer is practically excluded due to the presence of

Thermal isolation 52 on branch 47 in the middle and upper sections 45 and 46

Respective numbers.

SIGNIFICANT FOX (DR. 26)

Claims

27ΦΟΡΜULΑ IZBΟIA 1. A nuclear power plant containing a nuclear reactor in In the case of a hot spring, the heat-emitting discharges are installed with spherical fuel elements, and also, at least, one loading bunker reset by tvelami, performed with the possibility of an alternative connection its lower part to the upper parts of the fault, and, at the least, one a bunker of unloaded fuel, placed inside and outside and Connected to the lower parts of the assembly, they are equipped with ball joints. devices, which is different from the fact that, at the same time, one bunker DOWNLOADS SITUATED FOR EXTERNAL OPERATIONS IN AN EXTRA OPERATING PART and made with the option to connect to the lower part κ TO THE TOP OF THE DISCONTINUITY OF THE IMPORTANT SHARP Merde, one bunker for unloading, is equipped with spare devices assembled and performed in the lower part with an additional ball screw DEVICE AND SPEAKING PARTICIPANTS, PRESENT The last is located behind the business of the factory. 2. INSTALLATION OF PARAGRAPH 1, INCLUDING THERE The operation was carried out, but at the same time, with the first stage, at the end With a flange-mounted connector, a fixed optional extension is installed. ∞ SIGNIFICANT FOX (DR. 26) 28 It is optionally located and suspended in an additional version. On the other hand, with the option of sowing the rotary seat for an alternative Its lower part with the input ends of the ball head. 3. INSTALLATION AT PARAGRAPH 2, which is different from the fact that, at least, One loading bunker is equipped with an additional ball with an additional SHARPOZAPORNY ARMATU, in fact, between this armament in the leading the boot is connected to the vertical loading tank, which is It is connected to the actuator and the outlet of the carrier, and on this etiquette of pipes, and also on the leading line before and after LOADING CAPACITY FOR THE BODIES OF THE BODIES ARE EQUIPPED WITH RESPONSIBLE valves for the carrier. 4. INSTALLATION OF PARAGRAPH 3, WHICH IS INCLUDED VERTICAL DISCHARGE CAPACITY, CONNECTED UPPER AND LOWER by the parts of the relevant manufacturer's office Change the one bunker to the unloading and the exit ball, on An optional ball valve has been installed for quick operation. UNLOADING CAPACITY PERFORMED WITH ADDITIONAL TUBES CONNECTIONS AND CONNECTIONS OF THE CUSTOMER AND ON THESE TUBES, AND ALSO ON The operating unit is equipped with a separate bunker for unloading and The associated valve is equipped with the corresponding shut-off valves. for the carrier. SIGNIFICANT FOX (DR. 26) 29th 5. INSTALLATION AT PARAGRAPH 4, RELATED TO THERE The heat-releasing unit is executed with a veritable vertical incidents communicated with the lower part of this fault, and more The devices of the latter provide a membrane with inaccuracies, The first place reserved on the boat is remembered with the possibility of accusation with the possibility of ROTATION AND COMMISSION OF IT AND ITS RESPONSIBILITY Equipment for the unloading of propellant fuels, at a minimum, in one bunker ρ unloading. 6. INSTALLATION OF PARAGRAPH 5, WHICH CHARACTERIZED discharging devices and bunkers for discharging are performed with discharges and Provisions. 7. Nuclear reactor containing thermal elements, each of It was made in the form of a free backfill from the inside microwaves the vertical with the lower, middle, and upper parts In particular, the lower one has the appearance of a truncated pyramid and its area It is connected to the input unit of the carrier, however, inside the room The directional pipes for the regulation of the region have been carefully established, Equally divided by section of the cross section, distinguished by the fact that each heat source is equipped with leading and driving balls for microwaves, and also, πο at least one intermediate collector for the carrier, Therefore, the leading ball is connected to the upper part of the knowledgeable fox (VOL. 26) thirty On the other hand, the returning ball is executed with a ball device and is connected to the lower part of the lower part of the room, and the intermediate assembly is divided by the lower and middle sections of the seat, The last of these was executed in the form of an extended truncated pyramid, and by similar plots of persons adjacent to the heating elements. 8. Geactus πο π. 7, characterized in that each heat emitting The unit is equipped with an optional secondary collector, which is installed inside the room and executed in the form of a transformed Hazards, which have the appearance of a cone in the case of an external part of the seat and There is an incidental cone in the area of its recent part. 9. Geactus πο π. 8, characterized in that each heat releasing The unit is equipped with vertical leading pipes, as well as divided by the cross section of the lower part of the seat, and the area This site has been connected to an external carrier collector. the direct participation of the parties and (or) commemorated double tubes carried out. 10. Geactus πο π. 9, characterized in that in each heat-releasing discharges pointing to the mouth in the middle of the day and On the other hand, the rooms were equipped with thermal insulation. 11. Geactus πο π. 10, characterized in that each heat emitting The outfit is equipped with a screw, which is separately located inside the seat SIGNIFICANT FOX (DR. 26)