786
8 Modern Weapons: Possibilities and Limitations
It should be noted specifically that PGM with laser guidance systems of the latest
generation combined the inertial navigation system/lobal satellite navigation system
and semi-active laser homing head. Such combined system paired with latest noise
immunity technologies helps to increase the range of PGM launch significantly and
reduces such a vital parameter as target illumination time, which ultimately reduces
the accompanying losses and increases effectiveness of the operations performed.
As a rule, the development of any technical complex for jamming of PGM with
semi-active laser homing heads also implies an analysis of the composition and
technical characteristics of possible attack targets. It is clear that the main targets
for PGM attacks from battle aircrafts will always be ground, underground, water,
and underwater objects. However, the most possible objects of attacks are missile
defense means and enemy reserves.
Usually, air defense systems include, first of all, anti-aircraft missile systems,
which from the point of view of an object of cover are groups of geographically
dispersed objects. According to military doctrines of the leading countries, the enemy
reserves mentioned above shall include general military tank and mechanized infantry
artillery units, reconnaissance complex elements, military control points, railroad and
vehicle bridges, air strips for civil and military aircrafts and much more.
Thus, it is possible to identify several groups of typical targets that shall be considered to be the main coverage objects when determining the composition of such
complex: large strategic objects; small objects; and group distributed objects.
Solving this problem is further complicated by the obvious fact that each such
group shall be also subdivided into stationary and mobile objects.
8.5 Program of High-Frequency Active Studies HAARP
8.5.1 Theoretical Mechanisms of Possible Use of HAARP
for Weather Control
A dream of any strategist is to obtain a weapon that would ensure complete unexpectedness, impunity, and unprovability of the attack. A number of experts claim that
such a fundamentally new defensive and offensive weapon has already been created
under the guise of the American ionospheric research complex HAARP. After all,
back in the 1960s, Soviet physicists V. Ginzburg and A. Gurevich, using the ideas of
Nikola Tesla related to the use of high-frequency radio emission to destroy aggressive
objects, developed the theoretical basis for the modification of ionospheric plasma
by powerful short-wave radio emission. The flexible term “modification” was used
to refer to electronic pumping—heating of plasma. During this, very predictable
changes occur in the ionosphere (upper layer of the atmosphere that affects propagation of radio waves). This predictability of consequences pushed the scientists
toward the idea of creating a brand-new type of weapons—geophysical weapons.
8 Modern Weapons: Possibilities and Limitations
It should be noted specifically that PGM with laser guidance systems of the latest
generation combined the inertial navigation system/lobal satellite navigation system
and semi-active laser homing head. Such combined system paired with latest noise
immunity technologies helps to increase the range of PGM launch significantly and
reduces such a vital parameter as target illumination time, which ultimately reduces
the accompanying losses and increases effectiveness of the operations performed.
As a rule, the development of any technical complex for jamming of PGM with
semi-active laser homing heads also implies an analysis of the composition and
technical characteristics of possible attack targets. It is clear that the main targets
for PGM attacks from battle aircrafts will always be ground, underground, water,
and underwater objects. However, the most possible objects of attacks are missile
defense means and enemy reserves.
Usually, air defense systems include, first of all, anti-aircraft missile systems,
which from the point of view of an object of cover are groups of geographically
dispersed objects. According to military doctrines of the leading countries, the enemy
reserves mentioned above shall include general military tank and mechanized infantry
artillery units, reconnaissance complex elements, military control points, railroad and
vehicle bridges, air strips for civil and military aircrafts and much more.
Thus, it is possible to identify several groups of typical targets that shall be considered to be the main coverage objects when determining the composition of such
complex: large strategic objects; small objects; and group distributed objects.
Solving this problem is further complicated by the obvious fact that each such
group shall be also subdivided into stationary and mobile objects.
8.5 Program of High-Frequency Active Studies HAARP
8.5.1 Theoretical Mechanisms of Possible Use of HAARP
for Weather Control
A dream of any strategist is to obtain a weapon that would ensure complete unexpectedness, impunity, and unprovability of the attack. A number of experts claim that
such a fundamentally new defensive and offensive weapon has already been created
under the guise of the American ionospheric research complex HAARP. After all,
back in the 1960s, Soviet physicists V. Ginzburg and A. Gurevich, using the ideas of
Nikola Tesla related to the use of high-frequency radio emission to destroy aggressive
objects, developed the theoretical basis for the modification of ionospheric plasma
by powerful short-wave radio emission. The flexible term “modification” was used
to refer to electronic pumping—heating of plasma. During this, very predictable
changes occur in the ionosphere (upper layer of the atmosphere that affects propagation of radio waves). This predictability of consequences pushed the scientists
toward the idea of creating a brand-new type of weapons—geophysical weapons.