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https://twitter.com/ETERNALPHYSICS/status/1937689891879682461
Satellite imagery, if available, will likely reveal additional damage (or hits). According to published data, at least 257 interceptors of various types — Arrow 2, Arrow 3, David’s Sling (Stunner), THAAD, SM-6, and SM-3 — were used. 2/8
Without that, Tel Aviv would look very different today! The only reason Israel survived large-scale devastating attacks was weakening of Iranian AD & establishment of at least partial air superiority over Iran which 2/4
5-meter-thick reinforced concrete gate, with an additional 5-meter-thick reinforced concrete barrier in front of it, resulting in a total of 10 meters of reinforced concrete protecting the main entry points. The additional layer might also serve as 2/9
https://twitter.com/AryJeay/status/1880666432238698718
a notable vulnerability, however there are hardened marine shelters as shown in this image for quick deployment, as well. 2/5



Apart from engaging the target, it can be used in reconnaissance roles & be linked to other systems. Other versions of this type of loitering missiles have also been developed, of which two have been unveiled in the media so far! 2/2
housed in separate & isolated chambers, offering valuable insights into the internal layouts of Iran's underground sites. Notably, ballistic missile fuel is also produced under mountain in Iran. The facility in masyaf itself is considered relatively small. 2/5 



Meanwhile, Israel, under the guise of disarming Hezbollah, has escalated its attacks on Syrian border areas & military positions. In reality, these actions provide strategic assistance to Syrian terrorist groups. This pattern emerges in the aftermath of a 60-day 2/18
https://twitter.com/EternalPhysics/status/1861335151898182061the target material's resistance. The more kinetic energy retained upon impact, the more energy is available to deform, fracture, and displace the material, thereby achieving greater depth. 2/9
https://twitter.com/EternalPhysics/status/1860367930145321366guidance system functions accurately! The missile's inertial guidance system relies on its initial alignment to provide a stable reference frame throughout the flight. This involves setting the missile’s pitch, roll & 2/10
https://twitter.com/Pataramesh/status/1860938604924531120

Assuming the sub-munition (75 kg) has a cross sectional radius of 6 cm, the effective TNT would have been 7.5 tons of TNT (at the point of impact) at Mach 9, or nearly 13.4 tons of TNT at Mach 12. 2/6
https://twitter.com/EternalPhysics/status/1859638789410549853This creates a phase shift (or frequency difference) between the two beams, which is proportional to the angular velocity. The angular velocity data is integrated over time to calculate the missile's orientation. 2/5
https://twitter.com/Pataramesh/status/1851253181415669786This is consistent with the testimony of the eyewitness who lives in the North of Shahrud and took a photo of the scene! So the attack on Shahrud was carried out over the Caspian Sea using the territory & airspace of Baku! 2/6
https://x.com/EternalPhysics/status/1850916169244348714
https://twitter.com/avischarf/status/1850514548056363380



If it was a ballistic missile impact, first of all, nothing should be left of the buildings (even if the warhead had a small explosive charge, it should have had 50 to 100 kg) and secondly, the missile or RV should have hit from the west! 2/13
https://twitter.com/Pataramesh/status/1781906528083042689
the left and right sides are completely clear of any burns or blast effects. They should be almost spherically distributed! In the zoomed image you can clearly see the undamaged radar under the net! 2/4
https://twitter.com/infinity779977/status/1700882993018183966سنی را با افسار کارت اقامت به بیعت رهبر بکشاند و دامنه ان را به مدد کارت اقامت و پول به خود افغانستان گسترش دهد و تمرکز خود بر شیعه و قوم هزاره افغان در طی دهه های گذشته از بزرگترین اشتباهات میدانند.
فعالیتهای اکتشافی این معدن، در سالهای ۱۳۷۴ تا ۱۳۹۲ انجام شده که حاصل آن شناسایی ۶ آنومالی اورانیوم است و باتوجه به بزرگتر بودن آنومالی ۳ این معدن، این آنومالی در اولویت اکتشافات تفصیلی قرار گرفت و با حفر ۲۸۱ حلقه گمانه اکتشافی [چند کیلومتری] مدلسازی و تخمین ذخیره شد.


اما نکته قابل توجه در این تست استاتیک (که ردی هم از تراست آن به دلیل سرازیری زمین زیر جایگاه باقی نماند و کار را برای جواسیس سخت خواهد کرد) استفاده از فناوری نازل متحرک بود که این سوال را بر میانگیزد که این فناوری از کدام کشور به کره شمالی منتقل شده است؟