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F16 sonra F15'li de yapmislar ve bomba olmus.:-)

Bugun seferi iptal edilen Aeroflot a ait ucak

ikinciiptal2-600x400.jpg
 
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Şu denizaltı savunma harbi roketleri nasıl çalışıyor? Amacı ne?
 
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Şu denizaltı savunma harbi roketleri nasıl çalışıyor? Amacı ne?
Wiki, overview :tup:

Current technologies
There are a large number of technologies used in modern anti-submarine warfare:

Sensors

An MH-60R conducts an airborne low frequency sonar (ALFS) operation during testing and evaluation.
In modern times forward looking infrared (FLIR) detectors have been used to track the large plumes of heat that fast nuclear-powered submarines leave while rising to the surface. FLIR devices are also used to see periscopes or snorkels at night whenever a submariner might be incautious enough to probe the surface.

The active sonar used in such operations is often of "mid-frequency", approximately 3.5 kHz. Because of the quietening of submarines, resulting in shorter passive detection ranges, there has been interest in low frequency active for ocean surveillance. However, there have been protests about the use of medium and low frequency high-powered active sonar because of its effects on whales. Others argue the high power level of some LFA (Low Frequency Active) sonars is actually detrimental to sonar performance in that such sonars are reverberation limited.

Weapons
Platforms[edit]
Satellites have been used to image the sea surface using optical and radar techniques, and it is claimed[by whom?] these might be used for indirect detection of submarines, as could thermal imaging.[citation needed] Fixed-wing aircraft, such as the P-3 Orion & Tu-142 provide both a sensor and weapons platform similar to some helicopters like the SH-60 Seahawk, with sonobuoys and/or dipping sonars as well as aerial torpedoes. In other cases the helicopter has been used solely for sensing and rocket delivered torpedoes used as the weapon. Surface ships continue to be a main ASW platform because of their endurance, now having towed array sonars. Submarines are the main ASW platform because of their ability to change depth and their quietness, which aids detection.

In the future unmanned vehicles may be used in the ASW role. In early 2010 DARPA began funding the ACTUV programme to develop a semi-autonomous oceangoing unmanned naval vessel.

Today some nations have seabed listening devices capable of tracking submarines. It is known to be possible to detect man-made marine noises across the southern Indian Ocean from South Africa to New Zealand.[citation needed] Some of the SOSUS arrays have been turned over to civilian use and are now used for marine research.
 
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Wiki, overview :tup:

Current technologies
There are a large number of technologies used in modern anti-submarine warfare:

Sensors

An MH-60R conducts an airborne low frequency sonar (ALFS) operation during testing and evaluation.
In modern times forward looking infrared (FLIR) detectors have been used to track the large plumes of heat that fast nuclear-powered submarines leave while rising to the surface. FLIR devices are also used to see periscopes or snorkels at night whenever a submariner might be incautious enough to probe the surface.

The active sonar used in such operations is often of "mid-frequency", approximately 3.5 kHz. Because of the quietening of submarines, resulting in shorter passive detection ranges, there has been interest in low frequency active for ocean surveillance. However, there have been protests about the use of medium and low frequency high-powered active sonar because of its effects on whales. Others argue the high power level of some LFA (Low Frequency Active) sonars is actually detrimental to sonar performance in that such sonars are reverberation limited.

Weapons
Platforms[edit]
Satellites have been used to image the sea surface using optical and radar techniques, and it is claimed[by whom?] these might be used for indirect detection of submarines, as could thermal imaging.[citation needed] Fixed-wing aircraft, such as the P-3 Orion & Tu-142 provide both a sensor and weapons platform similar to some helicopters like the SH-60 Seahawk, with sonobuoys and/or dipping sonars as well as aerial torpedoes. In other cases the helicopter has been used solely for sensing and rocket delivered torpedoes used as the weapon. Surface ships continue to be a main ASW platform because of their endurance, now having towed array sonars. Submarines are the main ASW platform because of their ability to change depth and their quietness, which aids detection.

In the future unmanned vehicles may be used in the ASW role. In early 2010 DARPA began funding the ACTUV programme to develop a semi-autonomous oceangoing unmanned naval vessel.

Today some nations have seabed listening devices capable of tracking submarines. It is known to be possible to detect man-made marine noises across the southern Indian Ocean from South Africa to New Zealand.[citation needed] Some of the SOSUS arrays have been turned over to civilian use and are now used for marine research.

Güdümlü mü bunlar? Yoksa bildiğin RPG'nin gemi versiyonu mu?
 
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Kardesim. Okursan ögrenirsin.

Depth charge = basinc ve dip- derinlik ayarli bomba / Maritime Patrol ucaklarmizin sensörleri hepsini görüyor
Rus Pustlarini, pardon Bush la konusuyordum:tup:

digeleri ise manyetik, isi ve akustik güdümlü füzeler m.s. ASROC.

Ilerde uydularmizda görecek, WTF is Putin - without Nuke ?
 
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