State, economy, military affairs - Military equipment. Crosswordist's Handbook

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Crosswordist's Handbook

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State, economy, military affairs / Military affairs / Military equipment

(4)

TANK

ERES - rocket projectile

(5)

LASER

TRACTOR

(6)

KATYUSHA

PONTOON

ROCKET

(7)

AVIETKA - light aircraft

AUTOGYRO - type of aircraft

AMPHIBIAN

ANTENNA - a device for emitting and receiving radio waves

PROJECTOR

FLAMETHROWER

PEREDOK - a two-wheeled cart for shells and artillery attachments

Tachanka

TORPEDO

(8)

ARMORED CAR

HELICOPTER

SUBMARINE

WEDGING

(9)

AVIAMATKA - aircraft carrier (obsolete)

AIRCRAFT CARRIER

CHARIOT

SELF-PRODUCED

Stormtrooper

(10)

ARMORED TRAIN

HELICOPTER

(11)

ARMORED CAR

FIGHTER

ROCKET BOATER

FAUSTPATRON

(12)

ARMORED RUBBER

SEAPLANE

MINO DETECTOR

(13)

BOMBER

ANTI-ROCKET

(14)

ARMORED CAR

Word search to solve the crossword puzzle:

Replace each unknown letter with *. For example, dog * ka, * oshka, we ** a. Pairs е - ё, and - й are equated.

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Ion-sound waves for finding space debris 20.02.2021

An international team of scientists has proposed a new way to detect space debris using ion-sound waves resulting from the movement of debris objects in low Earth orbit.

Space debris is non-functional objects launched by man into space, and their fragments, as well as meteoroids and other non-man-made inactive objects in near-Earth outer space. These objects move in the plasma that surrounds Earth orbit. Since the speed of space debris can reach 10 km/s, even fragments of a few microns in size can cause serious damage to aircraft, especially manned ones. By comparison, the human eye is unable to see particles smaller than 40 microns.

Space debris monitoring has been going on for a long time, and observation of the waves that arise in plasma as a result of the movement of debris charged under the influence of solar radiation and other types of cosmic radiation can become one of the methods for indirect detection of hazardous debris fragments.

Since plasma is made up of charged particles, the movement of debris has an effect on it similar to the process of wave formation on water. As a result, ion-acoustic waves are formed - specific waves associated with the oscillation of ions that arise in the plasma. They are compression waves in plasma, which is why they are called acoustic, since sound is also compression waves, but already in air. At a sufficiently high amplitude, they become nonlinear and transform into solitons - structurally stable sound waves that propagate only in a nonlinear medium. A distinctive feature of solitons is that when interacting with each other or with some other perturbations, they do not collapse, but continue to move, keeping their structure unchanged.

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Knowing exactly how the properties of solitons characteristic of space debris are determined by the position and speed of fragments in the plasma medium, it becomes possible to detect dangerous fragments in near-Earth orbit by the specific solitons they create. Thus, the work of scientists can form the theoretical basis of a fundamentally new method for monitoring the movement of space debris.

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