Коганицкий Григорий. The nuclear warheads of deep penetration

The nuclear warheads of deep penetration

The press has the following official statement.

"The national nuclear safety administration (NNSA) has officially sanctioned the engineering stage of production of the modernized nuclear bombs...."

According to information in the press, these bombs are designed for striking at underground bunkers having high level of protecting.

Moreover, the depth of the bunkers is specified as a few hundred meters.

The old nuclear bomb B61-12!?

It is very doubtful as it is not designed for this.

So what is it?

Nuclear bomb as much lasting that it is capable of destroying concrete bunker located underground at a depth of hundreds of meters!?

The fact is that, in my opinion, there is only one method of construction of such a warhead -

"Method of stabilization and controlling of the nuclear ammunitions physical and mechanical parameters by means of usage "absorbing shutter" changing own aggregate state during of the initiation process"

It is not excluded that this warhead will be created by means of illegal usage of my patent application that was filed in 2009.

In the granting of this patent I was refused on the completely absurd statement - ".... terms used in the patent application does not correspond that used in this area in the United States...".

All documents of this "correspondence of the absurd" I have kept.

US Application Publication (Source: USPTO)

Publication No. US 2011/0150161 A1 published on 23-Jun-2011

Application No. US 12/641345 filed on 18-Dec-2009

The publication is on -- http://ip.com/patapp/US20110150161#

Inventors/Applicants

Kaganitsky, Grigory

Montreal/Pierrefonds, CA

Classifications

International (2006.01): G21C 7/06

National: 376/219; 376/914

As a fact, it was announced two technical solutions based on the use of this method.

But I will describe here only the first that allows creating a nuclear weapon of deep penetration.

The second solution makes it possible to produce a low technological portable plutonium warhead by winding it in a non-professional laboratory and here, of course, will not be considered.

But, I do not exclude the possibility that, on the basis of this method, such a bomb having weight of 10-12 kilogram was already created for terrorists in the US.

Description of the method

It is presented, the method of stabilization and controlling of nuclear devices' parameters by means of usage of "absorbing shutter".

This method is based on usage of neutron's absorbing substance as "absorbing shutter" that split and shield active parts of nuclear device and may carry out the controlled changing own aggregate state for starting of initiation's process.

When its aggregate state is changed, "absorbing shutter" can vary mechanical and physical parameters of a nuclear device's active main body.

Prior to initiation, "absorbing shutter" holds the nuclear device into "below-critical configuration" and forms with parts of the nuclear device's active main body the monoblock that is not having significant hollow spaces.

The hollow spaces' lacking gives to device mechanical properties of an incompressible solid body.

The changing of mechanical parameters of "absorbing shutter" in time of the initiation's process starting gives capability to transfer device from "below-critical configuration" to "above-critical configuration" by means of mechanical forcing to the nuclear device's active main body.

This transfer is carry out by removing "absorbing shutter" that has new aggregate state out of the active main body by means of the active main body mechanical deformation into more tight form.

"Absorbing shutter" carries out the following functions:

-- Up to initiation, it gives for the "nuclear device" the mechanical properties of an incompressible solid body;

-- After mechanical forcing started, it secures time delay from moment of hit into target up to moment of forming "above-critical configuration" by means of time spending on an aggregate state's changing of "absorbing shutter".

-- Usage of "absorbing shutter" gives more steep a rising edge of the nuclear chain reaction as against of simple approaching of active parts.

Prior to initiation's moment, "absorbing shutter" has the aggregate state that prevents changing of device's condition to "above-critical configuration" under influence of allowable physical and mechanical loads

The device's active main body consists of active parts - 1 divided by "absorbing shutter" - 2. "Absorbing shutter" consist of a neutron's absorbing substance that is in the solid aggregate state. Active parts and "absorbing shutter" are covered by a porous casing - 3. Fig_1

The active main body and whole device prior to initiation's moment look like solid, high-stable body.

In first moment of initiation, the active main body is being subjected by mechanical forces and simultaneously "absorbing shutter" has changing of own aggregate state under of an external action. As result, "absorbing shutter" melts or vaporizes and can be forced out off active parts into a porous casing. Fig_2

As result of that, active parts are permitted to movement, level of neutron's absorbing ability of "absorbing shutter" is decreased and active main body comes into "above-critical configuration". Fig_3

Nuclear reaction's rise rate depend both as of parts' approach velocity and as of ability changing of "absorbing shutter" to neutrons' absorbing during of the initiation process of the nuclear device.

As result of such composition, at the equal starting conditions, nuclear reaction's rise rate of device which has "absorbing shutter" above than nuclear reaction's rise rate of devices using simple approaching or implosion.

As an example, the external influence onto "absorbing shutter" which initiates his aggregate state changes can be: heat liberation as a result of a plastic deformation of "absorbing shutter" and/or warming by means of an energy arrival from without.

Delay of the initiation start can be set by choice of an initial temperature of "absorbing shutter".

Capacity of "absorbing shutter" to neutrons' absorbing in key moments is depend off mechanical and physical characteristic property of its material; a rise rate of its aggregate state changing and its squeezing-out from active main body, and should be selected depending on active parts' features of a device.

In specific cases, the first step of initial changing of mechanical and physical characteristics of "absorbing shutter" can be induced by electric or magnetic method.

In specific cases, during of process of squeezing-out from the active main body, "absorbing shutter" can get through a few aggregate states and isotopes composition changing.

In specific cases, during of initiation's process, "absorbing shutter" can to change own ability to the neutron's absorbing as and due to isotopes transmutation.

In specific cases, "absorbing shutter" can include substances, which use energy and neutrons emitting from the active main body for the fusion reaction's initiating, and/or activating of substances boosting a damage effect.

-- Hypothetical design of deep penetration's nuclear devices - Fig_6

Active main body of the device is spheroid Fig_4 consisting of separate, wedge-like elements of ²³⁵U - 1, each of which has a case- 2 that is formed by a deuteride of ⁶Li and ²³⁵U alloy.

This case works as "absorbing shutter". Melting temperature of this deuteride is approximate 600*С.

This layered spheroid by heat treatment usage is modified into the uniform solid body, which is having channels for a passing of a cooling agent, and this spheroid, prior to the initiation's moment, is being in "below-critical configuration". Fig_5

The spheroid is covered by a porous case- 3 that is made by means of usage of ²³⁵U of the high enrichment ligations to plasticize. This case works as collector of squeezed out "absorbing shutter".

For preventing of an untimely deformation, a porous case is filled by a substance having a low temperature of vaporization or sublimation. During initiation process, this substance is being removed and replaced by "absorbing shutter" squeezed out of main body.

Active main body consisting of the porous case and the spheroid is located between of matrix and puncheon - 8, 9 which look like cylinders made by means of usage the deuteride of ²³⁵U and ⁶Li alloy.

Each of cylinders, in one side, comprises tablet of ²³⁹Pu - 4, being in: "below-critical configuration" and "D" phase.

Cylinders are located inside of the directing barrels - 9, which consist of ²³⁵U having approximately 50-60% of enrichment. All module - 1, 2, 4, 6, 8, 9 is covered by case-resonator - 13 that consist of ²³⁵U having approximately 40% of enrichment.

The case-resonator is covered by neutron reflector - 7.

The massive piston-tup - 5 thrusts to the one side of the module and has an auxiliary charge of chemical explosive - 11.

Whole device is located in the case of high mechanical strength - 12 and cooled up to the moment of penetration's beginning to a target by an external device.

After a target is hit, device Fig_7 that moves with speed 6-10 MAX penetrates into environment of target; produces in it a penetrating channel and is being decelerated.

Under the decelerating forces, deformations of the module's parts are started. Along process of deformation, under of the applying forces, the tablets - 4, Fig_6 is transformed into "A" phase and get close to "above-critical configuration"; the cases - 2, Fig_4, which work as "absorbing shutter" be melted and pressed-out into the porous case.

As result of that, the active main body is being transformed into "above-critical configuration" and primary initiation of device is being carried out.

Коганицкий Григорий : другие произведения.

The nuclear warheads of deep penetration - Nuclear bunker buster

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Аннотация: It is not excluded that this warhead will be created by means of illegal usage of my patent application that was filed in 2009. In the granting of this patent I was refused on the completely absurd statement - ".... terms used in the patent application does not correspond that used in this area in the United States...".