According to Sky News Arabia; Mossad was able to Inject a Compound of Pentaerythritol Tetranitrate (PETN) into the Batteries of the New Encrypted Pagers that Hezbollah began using around February, before they even arrived in the Hands of Hezbollah Members, allowing them to Remoely Overheat and Detonate the Lithium Battery within the Device.
据天空新闻阿拉伯频道报道，在真主党于 2 月左右开始 使用的新型加密寻呼机到达真主党成员手中之前，摩萨 德就已经能够将季戊四醇四硝酸酯 (PETN) 化合物注入 电池中，从而远程加热并引爆设备中的锂电池。
https://x.com/sentdefender/status/1836113607572230358
aligns to my hypothesis that this was a complex supply chain interdiction operation...
It’s pretty incredible. You need physical access to install explosives. You probably need a firmware update in order to have a specific number or code trigger the explosive. You need placement and access to distribute the devices to the right people  It’s hard to fathom compromising the voltage controller or something to overheat the lithium ion batteries as the attack vector, because the explosions look like shape charges directed toward the person wearing the pager. In addition, batteries burn, they don’t explode
It’s also hard to imagine a mass supply chain compromise due to the risk of the explosives being discovered and the bigger risk of a civilian accidentally being hurt.
A just-in-time supply chain interdiction of pagers intended for delivery to specific targets, which would allow for physical compromise to insert shape charges + software update to use a code or number as the trigger seems like the simplest explanation.
Absolutely epic operation that blended cyber + kinetic actions + information warfare against an enemy
（8）350℃～650℃，喷出气体的着火和爆炸等过程 喷出的气体中含有大量可燃气体，当遇到空气，温度达到燃点 或有引火源时，满足燃烧的条件，就会着火并放出大量的热量， 温度可高达900℃。如果可燃气体与空气在密闭空间内充分均匀混 合，满足燃烧条件，就会发生爆炸。 https://www.escn.com.cn/20240409/94d72d3b5bd04d1c8 3e4f7c42f57bb38/c.html
https://www.scribd.com/document/560181840/How-to- Make-a-Bomb-From-a-Battery
根据所提供的信息，同时引爆含有 PETN 的多个爆炸装置面临一些关 键挑战： 1. 高爆点：PETN 具有相对较高的爆温，约为 4230°C[7]。这使得通过 简单的加热或点火难以引发爆炸。 2. 二次炸药：PETN 被归类为二次炸药，这意味着它比一次炸药更稳 定，需要更强的冲击或起爆机制[7]。它不会因简单的撞击或火焰而 爆炸。 3. 需要精确的时间：为了实现多个装置同时引爆，起爆需要非常 精确和同步。即使是微小的时间差异也可能导致非同时爆炸。 4. 起爆敏感性：虽然 PETN 比其他一些二次炸药更敏感，但它仍然需 要显著的冲击或能量输入才能可靠地引爆。电火花直接起爆所需的 能量为 10-60 mJ[7]。 5. 临界直径：PETN 的临界直径为 0.9-1.5 毫米，低于此直径，爆炸 无法持续[7]。这限制了单个炸药的最小尺寸。 考虑到这些因素，同时引爆多个 PETN 装置可能需要复杂的起爆系 统，可能使用爆炸桥丝雷管或其他精密电子点火装置。简单的定时 器或远程触发器很难达到真正同时引爆多个独立装置所需的同步 水平。 从工程和后勤角度来看，所涉及的技术挑战使得使用 PETN 进行这种 协调、广泛的攻击变得极其困难。如果没有高度先进的能力，所 描述的场景似乎是不可能的。
引用： [1] https:// en.wikipedia.org/wiki/Detonation [2] https:// osmre.gov/sites/default/files/inline-files/Module1.pdf ... [3] https:// en.wikipedia.org/wiki/Explosive [4] https:// patents.google.com/patent/US20120 210898A1/en ... [5] https: // cdc.gov/niosh/mining%5C/UserFiles/works/pdfs/madea.pdf ... [6] https:// nnss.gov/mission/sdrd/h omogenous -detonation-of-high-explosive-by-high-intensity-non-coherent-radiation/ ... [7] https:// en.wikipedia.org/wiki/Pentaeryt hritol_tetranitrate
https://x.com/coolierewind/status/1836138515165216978
https://x.com/Osint613/status/1836111109742354507
https://x.com/EladMashat/status/1836049409458504081
永远不要忘记在以色列德鲁兹镇迈季代勒沙姆斯的 一个游乐场被真主党杀害的 12 名儿童。
今天，他们的复仇终于到来了。
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