注册 登录  
 加关注
   显示下一条  |  关闭
温馨提示!由于新浪微博认证机制调整,您的新浪微博帐号绑定已过期,请重新绑定!立即重新绑定新浪微博》  |  关闭

长缨在手 敢缚苍龙

 
 
 
 
 

日志

 
 

朝鲜潜射导弹试验   

2016-04-23 20:57:24|  分类: 半岛风云 |  标签: |举报 |字号 订阅

  下载LOFTER 我的照片书  |
韩联社首尔4月23日电 据韩国联合参谋本部(联参)23日消息,朝鲜当天下午6时30分许在咸镜南道新浦市向半岛东北方向海域发射疑为潜射弹道导弹(SLBM )的1枚飞行物。
联参表示,韩军正在密切关注朝军动向。联参方面正在对该飞行物是否发射成功进行分析。据悉,朝军利用“新浦”级潜艇(2000吨级)发射飞行物,该飞行物在出水后成功点燃发动机,但飞行距离并不长。政府一位消息人士透露,该飞行物飞行了数分钟。联参经分析后表示,该飞行物的飞行距离只有30公里。
有观点认为,朝鲜已确保“冷发射”(Cold Launch)技术。该技术是潜射弹道导弹从发射筒出水并到一定高度后才启动火箭发动机完成发射。朝鲜去年11月28日利用“新浦”级潜艇进行了水下潜射弹道导弹发射试验,当时发射筒遭到破损,朝军本月初完成检修工作。(完)

朝鲜“大获成功”潜射导弹或空中爆炸
韩联社首尔5月1日电 据韩国政府多位知情人士1日透露,经韩方研判,朝鲜于4月23日在东部海域发射的潜射弹道导弹飞行30多公里便空中爆炸,炸成2到3块残骸,甚至没来得及实施级间热分离。有舆论猜测,朝鲜军方和导弹技术人员向金正恩谎报失败为成功。
朝鲜劳动党机关报《劳动新闻》曾在发射次日宣称发射大获成功,级间热分离的可靠性、战斗部核起爆装置在预定高度的运转准确性得到确证。据悉,朝鲜本以为潜射导弹会飞出很远,并派观测船驶出海岸数十公里,不料导弹未能飞至观测点。


金正恩指导战略潜艇导弹水下试射
    朝中社平壤4月24日电 朝鲜劳动党第一书记、国防委员会第一委员长、人民军最高司令官金正恩在现场指导战略潜艇导弹水下试射。
    金正恩在监视所听取试射计划后,下令进行试射。
    潜艇立刻拉响战斗警报,迅速下沉到最低发射深度后,导弹如利箭离弦,腾空升起。
    此次试射目的在于确证导弹冷发射系统在最低发射深度的稳定性、安装新研制大功率固体发动机的导弹垂直飞行体系的动力学特点、弹体热分离的可靠性以及战斗部核引爆装置在预定高度的工作精确度。
    试射完全明证和巩固了朝鲜式潜射导弹体系的可靠性,一切技术指标都充分满足了执行水下攻击作战的要求。
    金正恩非常满意地说,根据党中央的战略意图,主体朝鲜拥有了强大的另一个核攻击手段。他对国防科学部门和军工厂的干部和科技工作者在更高的水平上完善战略潜艇水下导弹发射技术的殊勋,予以了高度评价。
    金正恩指出,随着此次试射大获成功,朝鲜海军的水下作战能力大大增强,现在能够随时随意在南朝鲜傀儡和美国的后背插上致命的匕首。这一惊人的成果是国防科技工作者为金日成同志和金正日同志、朝鲜劳动党献上的又一份宝贵贺礼。朝鲜可靠的国防科技工作者要以实际行动拥护劳动党以核抗核的战略意图,加快核武装加强步伐,做到只要党下决心,在任何时候都可以对美国和南朝鲜傀儡实施核打击。
    当天,金正恩同国防科技工作者和海军官兵合影留念,以祝贺试射取得圆满成功。(完)

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
  
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙 

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
  
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
  

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
  
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
  
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 

 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
  
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
试验地点位于新浦东北40km的遮湖海军基地,坐标:40°10'48.54"N 128°38'40.61"E
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙

===
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙

朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
朝鲜潜射导弹试验 - kktt - 长缨在手  敢缚苍龙
 
===

While the missile is reported as only covering 30 km, far short of the expected capable distance covered by a typical SLBM, such a short distance should not necessarily be seen as a failure. It is possible that this was a deliberate reduction in range to minimise the political costs of testing, or to only test certain design goals as official KCNA reports suggest.

IHS Jane's  has previously reported that the Polaris-1 appears to be similar to the original R-27 Zyb SS-N-6 'Serb': a Soviet liquid-fuelled missile with a 2,400 km range and a 650 kg payload. While it was deployed by the Soviet Union from 1968-88, in September 2003 it was reported that Pyongyang had acquired a number of R-27s. In turn, these are believed to be the basis for North Korea's Musudan (BM-25) land-based intermediate-range ballistic (IRBM) missile, and now the Polaris-1.

Unlike R-27 based missiles, which are liquid-fuelled, the North's references to a solid-fuel engine, however, appears to suggest that Pyongyang is developing a new model. Speculation over North Korean interest in longer-range solid-fuel missiles emerged in November 2011 when it was reported seven North Koreans were at the Bid Kaneh solid-fuel rocket motor plant in Iran when it was destroyed by an explosion. The first confirmation came on 23 March 2016 when Kim Jong-un hailed a "historic" advance in the country's nuclear strike capability, as the regime claimed it had successfully tested a solid-fuel rocket engine.

Progress in either SLBM programme is unclear. Despite the apparent May 2015 launching from a submarine, it is most likely that North Korea used a submerged launching platform for this testing. While it is unclear what platform was used in the latest test, the North has made apparent efforts to move towards a fuller SLBM capability. On 28 November 2015, it was reported that North Korea attempted a launch of a ballistic missile from a submerged Sinpo-class submarine. This is thought to have ended in failure so that the North reverted to testing from its platforms. As such, it is possible that these tests are more indicative of intent rather than capability. It is notable that earlier this month, on 15 April, South Korea reported that land-based missile tests - widely anticipated to have been of the 'Musudan' - failed. This suggests that further development of the base missile system is to be expected.

Given the need for fixed infrastructure, air- and land-based nuclear delivery systems are traditionally viewed as particularly vulnerable to an enemy's first nuclear strike attack. North Korea's decision to create a sea-based deterrent is based on the fact that given the size and impenetrability of the oceans, in the event of a nuclear attack, a ballistic missile submarine will be difficult to find and target. Pyongyang likely sees any future sea-based platform as part of a second strike capability that could still inflict unacceptable damage after a nuclear strike on the mainland. Second strike capabilities are generally seen as a stabilising factor as they help remove the 'use it or lose it' dilemma faced by nuclear-armed countries with more vulnerable platforms. As such, they could, arguably, help reduce Pyongyang's future anxieties, but a future second-strike capability will further entrench the importance of the North's nuclear programme and will be far from comforting for its neighbours.  

  评论这张
 
阅读(11031)| 评论(0)
推荐

历史上的今天

评论

<#--最新日志,群博日志--> <#--推荐日志--> <#--引用记录--> <#--博主推荐--> <#--随机阅读--> <#--首页推荐--> <#--历史上的今天--> <#--被推荐日志--> <#--上一篇,下一篇--> <#-- 热度 --> <#-- 网易新闻广告 --> <#--右边模块结构--> <#--评论模块结构--> <#--引用模块结构--> <#--博主发起的投票-->
 
 
 
 
 
 
 
 
 
 
 
 
 
 

页脚

网易公司版权所有 ©1997-2016