What's new

Iranian Missiles | News and Discussions

Thank you for that Information. Do you have any information about mass productionb capacities of those explosives ?

I have familiarized myself with the topic for the last few days and found the research very interesting. For example, in 2000 the German Howitzer detonated an explosive of a relatively slow explosion speed. The pressure difference is not particularly high, but the pressure difference lasts much longer, which leads to lung tears and injuries occurring much more frequently and intensely.

There are some experimental open research synthesized strained systems that can yield as much as 5-7 times TNT. A Khorramshahr carrying 1.8 tons of such a system will technically be delivering a 9-10 tons TNT equivalent punch.
 
There are some experimental open research synthesized strained systems that can yield as much as 5-7 times TNT. A Khorramshahr carrying 1.8 tons of such a system will technically be delivering a 9-10 tons TNT equivalent punch.

:D
Sound like collaborations with new Chinese Nitrogen anion explosives.:yay:

Making the much vaunted American C4 like black gunpowder in comparison:pleasantry:


:omghaha:

Do not get me wrong. If Iran did that independantly, I applaud even more and much respect for Iran's efforts.

But collaboration always good, especially against evil foe that can never be trusted and that lie and cheat and steal from everyone .
 
Last edited:
That's a hard question to answer, but your assumption is probably correct.

The typical HE or themobaric Iranian ballistic missile will probably have a lethal radius of 20m, the shockwave is visible beyond that which can also be lethal but cause small amounts of damage to infrastructure up to 50m (cracking walls, shattering glass, damage to ears, and brain etc..). The damage is not even the explosion as much as it is the kinetic energy that is released that a cruise missile can't match

I don't expect a human to survive 20m from impact unless they have some good cover. With bad cover, the shockwave can be lethal as well at 50m

Khorramshahr with its heavy warhead may not have a large explosion radius, but by virtue of physics the shockwave would be lethal much further than 20m.

You can see the shockwaves illustrated here, go well beyond the borders of the mock facility.

First time saw impact of ballistic missile , god tier video mate

Please post more of those e
 
:D
Sound like collaborations with new Chinese Nitrogen anion explosives.:yay:

Making the much vaunted American C4 like black gunpowder in comparison:pleasantry:


:omghaha:

Do not get me wrong. If Iran did that independantly, I applaud even more and much respect for Iran's efforts.

But collaboration always good, especially against evil foe that can never be trusted and that lie and cheat and steal from everyone .
Wonder how much safe the compound is. C4 is as safe as it can be its nearly impossible to explode it accidentally
 
Wonder how much safe the compound is. C4 is as safe as it can be its nearly impossible to explode it accidentally

I do think that new compound might not be safe to use on its own.
Just like nitroglycerin needed to be embedded mixed with Diatomaceous earth to be used safely.

Probably safe when added in small amount to C4 to make much bigger bang and still safe enough to use.

Probably added in trace amount to Chinese MLRS rockets that gave Chinese a longer reach than USA rockets.

Educated guesses on my part to my friends and wild guesses to those still lingering where sun and moon not shine and cockroaches roam.

 
:D
Sound like collaborations with new Chinese Nitrogen anion explosives.:yay:

Making the much vaunted American C4 like black gunpowder in comparison:pleasantry:


:omghaha:

Do not get me wrong. If Iran did that independantly, I applaud even more and much respect for Iran's efforts.

But collaboration always good, especially against evil foe that can never be trusted and that lie and cheat and steal from everyone .


Written elsewhere sometime in Nov 2017. :D
China kept a lid on this:enjoy:

I only CtrlC-V , so do not ask me technical questions

That was 5 years ago. I guess China got even further than that now.
But when USA want to tango for real, we see real fireworks then.
:pleasantry:

==================================================================================

ther than nucelar explosives, the most powerful are Semtex, HMX, or even the holy grail Octanitrocubane sought by the West in vain.

China leapt pass that into the N15 kind of explosive 10 to 100 times more powerful than TNT. N15 in propellent form is also used by China in her missiles as I mentioned earlier before.

In Chinese

http://mil.news.sina.com.cn/jssd...

中国竟先于美推出高含能材料:重要程度堪比055下水
2017年11月18日

Partial extract via Google translate

Google Translate

In January 2017, China announced a new research result. The world's first all-anion anion salt was successfully synthesized. The related research papers have become China's first research paper in the field of energetic materials published in the international top science "science" , But also allow China to occupy a new generation of ultra-high-energy energetic materials to study the international high ground.

main-qimg-dd68c29ecd63263ff2eb5440ecbc8bca.webp

Explosives

As all-nitrogen ultra-high energy material energy up to 10 to 100 times the TNT above, the power comparable to small nuclear bombs, with high density, high energy, clean and detonated pollution-free, nitrogen explosion products, stable and safe. Therefore, the main object of development.

More than 200 years ago, people isolated nitrogen from the air and later discovered nitrogen ions. Various theoretical calculations were made on all-nitrogen derivatives. However, the earliest synthesis was recorded in 1956. Before this century, It is considered a breakthrough and is currently under exploration. Its prospects have attracted the positive research from all countries.

main-qimg-e79cb00cbb59a4054eb2079d59db2831.webp

Introduction

At present, one of the hot topics in this field is the synthesis of all-nitrogen anion, which is mainly poor in stability. It is very difficult to obtain all-anion. Originally, the United States first started the experiment and did not expect China to successfully launch the high energy-containing material , And the results achieved mainly in the synthesis of a breakthrough. Chinese researchers creatively used meta-chloroperbenzoic acid and ferrous glycinate as cutting reagents and auxiliary agents, respectively, and successfully prepared the stable all-nitrogen anion salt at room temperature by means of oxidative cleavage for the first time. Thermal analysis results show that this salt decomposition temperature up to 116.8 ℃, has a very good thermal stability, so the world-class performance level, very practical value.

main-qimg-beaadb9ffbd7b8c6ced79c01064a5643.webp

Explosives kits have been in use since practical

The successful preparation of all-nitrogen anion salt is a historic breakthrough and has important scientific significance for its synthesis and application and technological development, that is, one step closer to practical application. The importance of comparable to 055-type flooding, do not think it is explosives, which belongs to the old concept, and now its use is much more than explosives, can also be used for rocket propellant. Maybe later, we can apply on the rocket, greatly improve the rocket's specific impulse, so as to improve the rocket performance. The purpose of the United States study on all-nitrogen ultra-high energy materials is to create a new type of rocket fuel that replaces toxic hydrazine-based rocket fuel.

main-qimg-b6108d5bcedf7acb77f0e23d1e5bc82e.webp

Rockets can also be used

Some people will compare the new metal hydrogen in the United States. In fact, the all-nitrogen anion salt and metal hydrogen are two different types of ultra-high energy energy-containing materials. The former belongs to chemical synthesis and the latter belongs to physical pressure preparation. Although similar in purpose, In the performance of some higher, but the former is more mature in the application of some, in fact, they have their own advantages and disadvantages, belong to one of the new technologies, different things, can not simply say who is better, there is no substitute for the relationship.

At present, we have prepared a total nitrogen anion salt, almost equal to touch the edge of industrial production, perhaps in the near future can be applied to human production and life.(Author's signature: Military World)
 
i wonder why most iranian channels and especially those of military interest dont put translation to the videos and documentaries they produce ??!! sadly most of this material and contenty will be less shared and less understood and will have less of impact in world wide media that may support iran, hopfully this note reaches out and we see documentaries with translation from persian
 

Pakistan Affairs Latest Posts

Back
Top Bottom