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In article ,
Pat Flannery wrote: never really subscribed to the idea of threatening the other side's cities; they always aimed for a counterforce strike, taking out the other side's weapons and military capabilities. ...At the end of the cold war, at least some data leaked on the former Soviet nuclear targeting doctrine; including IIRC their intention to destroy any U.S. production infrastructure with military capabilities, as well as all 50 state capitals, in an attempt to decapitate the command and control abilities of the U.S. Government. Note that I said "military capabilities", not just "military bases" -- that definitely includes command and control, and militarily-relevant industries and facilities. (One example, which gets a lot of cities clobbered as collateral damage, is that any major airport is a potential dispersal base for bombers.) Their version of deterrence was not to convince the US that a nuclear war had to be avoided because it would be unthinkably horrible, but to convince the US that a nuclear war had to be avoided because the Soviets would win it. I don't know about that; the government may have said as much, but when I was over there in 1978, the people acted like WW-II had occurred last year, and they never wanted to see another one any way shape or form... Note carefully what I said: the goal was not to fight a war, but to convince the US that war had to be avoided. They merely had a somewhat different perspective on how to do this most effectively. -- MOST launched 30 June; first light, 29 July; 5arcsec | Henry Spencer pointing, 10 Sept; first science, early Oct; all well. | |
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Pat Flannery wrote in message ...
This will, unfortunately, be my last post on the subject. Pressures from school work. Sorry. Please do feel welcome to respond. The key words are "most likely" and in the case of the Delta that collided with the Agusta, there was a undetected Victor class attack sub following our attack sub. I am extremely doubtful that the story as presented in Hostile Waters matches reality in any way, shape, or form. First of all, s.m.n. used to have a torpedoman who was on the Augusta during the incident, and he swore up and down that no collision ever happened (though providing no information as to what actually did happen). Even if you don't believe him, however, the Augusta was a smaller submarine which suffered no visible damage (or any lengthy dry-dock time, she stayed in drydock for normal lengths of time after that voyage) from a supposed collision with a larger submarine that caused the larger boat's missile tubes to pop open and then started a fire which sank the boat. Something is not right there. You can see a similar pattern with the Kursk- at first the Russians blamed a NATO submarine for sinking the much larger Russian submarine with out suffering any visible damage. Eventually, when pressed, the Russian admirals admitted that perhaps the torpedo might have been at fault. Then, when pressed still more they admitted that yes, indeed, the torpedo did cause the problem. K-219 was at the very beginning of Glasnost, just a few months after the complete silence in reporting Chernobyl. Even the minimal and tardy truthfulness that the Russian admirals expressed after the Kursk incident didn't happen here, and we shouldn't be surprised. So the first thing that might happen in a war scenario is our trailing attack sub getting a torpedo in its stern, followed by the boomer starting launch operations. Except that we are postulating an AMERICAN bolt-from-the-blue attack. Why would the American submarine not know that the American missiles are about to be launched? Indeed, what you would actually expect is the torpedo spread to go into the water just after the initial missile launch. Long before the Soviets have a chance to alert the two submarines that their early warning radars are seeing a missile launch and that it is time to prepare for missile launch. Sure, the escorting attack submarines could return fire after the fish are in the water, but it isn't going to help the boomer in the slightest. In a Soviet bolt-from-the-blue attack, yes, SSBN's would be more useful. However, the Soviets had vastly less luck tracking American boomers, so a Soviet bolt-from-the-blue attack would be more likely to be deterred by SSBN's. Again, all it takes is one to create doubt in an enemy's mind. Doubt is a long long long way from influencing decisions. Tell the USN ASW and SSN drivers that finding and killing all Soviet boomers on a day four months from now within 20 minutes and kill them, and they would have a pretty good shot (I think that OPSEC would be the biggest worry, not the acutal hunting process). If you had a reason to go to war in the first place, I don't think that Soviet boomer deployments are going to change your mind. (And for most of the Cold War, that was what really kept the peace, IMO, lack of reasons for direct violent conflict, not any sort of deterrance or what not.) The one that _really_ got the massive expenditure on it was the R-113 (SA-1 "Guild") system; over 3000 of this primitive surface-to-air missile were eventually deployed at big fixed bases, and consumed around a year's worth of the Soviet Union's annual concrete production. I'm writing my undergraduate history research paper on the Tallinn System (in fact, it's what I should be working on right now). In the mid to late 1960's the Soviets deployed massive numbers of a missile eventually called the SA-5. American military intelligence groups were sure that this missile had ABM capability, because there was no way that the Soviets were deploying that many new, high altitude, high performance SAM's to fight off a threat (the B-70) that the US had canceled years earlier. As more was learned about the sytem it was discovered that indeed, the SA-5 was only capable of shooting down athmospheric targets and not even marginally capable of hitting missiles. That meant that the Soviets had deployed over 2000 missiles of this system, to stop massed attacks by an airplane that was canceled, at a time when the US was shifting focus to low-level attacks and ICBM's that the SA-5 was not even minimally capable of defeating. But like the Galosh, by the time they were deployed they were already largely obsolete (increased performance of jet bombers nailed the Guild; Galosh was rendered largely ineffective by MIRV's, and the possible follow-on MARV's). The Galosh/Gorgon/Gazelle has several problems. Chief among them is that its battle-management radar is not protected against EMP. Since the Galosh/Gorgon and the Gazelle each use nuclear weapons in their kill system, every engagement will blind the battle-management radar for several minutes at a time. This is, I believe, technically known as a "design flaw". Say you attack the Soviet ICBM force; and you are confident that you can destroy 95% percent of the force- at the end of 1983, the Soviets had 1398 operational ICBMs; so that the 5% that escape destruction leaves you with about 70 ICBM's intact...the 1398 Soviet ICBMs carried a total of 5678 warheads between them- or in other words, averaged around 4 warheads apiece; the 5678 warheads had a total megatonage of 5481*...or around 950 kilotons per warhead average...these are clunky Soviet missiles, so let's assume that only around 3/4 of them work as they are designed to- in that case, and assuming that the Soviets don't just launch on warning, or when your warheads begin to hit (and remember, time-on-target attack won't work...it would mean that the warheads heading toward the most distant targets would show up first on radar; this would actually increase the launch opportunity time for the Soviets.) you are going to have around 50 or so missiles carrying around 200 950 kiloton warheads arriving in your country around a hour after you push the button; the vast majority of these will be ground bursts aimed at your now-empty missile silos, these will generate one hell of a lot of fallout Your calculations have missed one thing. Those silos will not be empty; in the brave new world after the American development of MIRV, you start to see a major performance advantage for first strikes. Assuming that each US missile also had 4 MIRV's, and that the ratio of warhead size to CEP to Soviet missile silo blast hardening is such that it takes two warheads to achieve .95 pK, well, then after this first strike the US has 50% of its warheads remaining, the Soviets only 5%. The point of a disarming strike is that you don't target a single city, so no city has been hurt yet, only silo fields. Now the Soviets face a choice. They can launch their missiles against US cities, ensuring the total and complete destruction of their civilization for "only" severe harm to American cities. Or they can not. Now the logic of MAD works against the Soviets, if they launch their missiles it brings down an assured rain of nuclear destruction on their cities, which hasn't happened yet. Why should they take an action that they know will only destroy their own civilization? I chose the Soviets as the recievers of this first strike for the reasons outlined above, their inability to reliably operate SSBN's without them being tracked. Not because I am advocating premptive nuclear first strikes. ... but probably around ten or so will be coming down on some of your major cities- with an average detonation force of around 45 times as great as the ones that hit Hiroshima and Nagasaki. Given that scenario, would you ever dare attack the Soviet Union? Do you think the Soviets would study the same math, and arrive at the same conclusion? Remember that the massively MIRV'd environment changes a lot of the equations. There is also the use-it-or-lose-it penalty. The widespread deployment of MIRV's makes each individual missile a greater part of the national deterrance. That means each missile that gets lost in the silo from an enemy first strike is even more important. That means that the military commanders are going to be putting even more pressure on their political masters to launch, so they don't get caught on the ground. And those are bad pressures in a crisis situation. Well, let's see, Moscow has a population of 13 million; And protected by the Galosh/Gazelle/Gorgon system. Sure, it can be beat, but only by reducing the number of warheads hitting the target (e.g. Chevaline or manuevering reentry vehicles or overloading the system). American planners figured, conservatively, that they would kill off about fifty of the first hundred missiles fired at them (and then be useless afterwards). You will probably see better results then that (as near to certain as anything is in hypothetical war games), but we're using this for planning. Because Moscow is by far the most important target, I'd want at least 40 warheads for that city, to make sure that I hurt it badly. I'd evenly divide on the other targets. But do remember that Leningrad, Odessa, and Kiev were shattered in the 2nd World War. They were blasted, twisted, shelled, and two of them fought over in brutal house by battles several times. You are going to do some more damage to the Soviet union then was done using conventional explosives in WW2, but not much more. Moscow only saw combat on its suburbs, so you will be inflicting more damage then in WW2 here; however, you will be doing far less damage to the Soviet army or countryside. I'd say that the Soviets would be better off after this nuclear strike then after WW2. so I should be able to get you over 20 million dead inside of a half hour from the word go. Very "optimistic" numbers here. I would not be confident of them. You simply can't get better then a few tens of percentage points of casulties out of aerial bombardment. Call it 60%. 60% of the four cities listed would be "only" 12 million or so. Let me get this straight- you are actually trusting that The Officially Stated Soviet Doctrine, and what the Soviet's actually intended to do, would bear the slightest relationship to each other? No. I was supporting it with an actual Soviet nuclear plan which I read several years ago (when it was released- think it was from Cold War History Project but I don't remember exactly, sorry for the poor cite). They did not target cities merely for the sake of targeting cities. In fact, their plans for Europe (about 40% of their missiles were targeted for Europe, about 40% for the US, and the remainder for China, with the exact numbers varrying depending on plan (this is why the INF treaty was such a win for NATO, before that the IRBM's and MRBM's handled most of the European targets, after INF ICBM's had to be used)) scrupulusly avoided targeting cities at all. For the US they would target cities if they major important military value (DC, San Diego, etc.) but not if they didn't (Chicago, Twin Cities, St. Louis, etc.). As I said, they were not really following a countervalue strategy. They would target military installations near cities (Hanscom AFB near Boston, for example), of course, but only the cities themselves when they had major military targets. They were NOT using countervalue to guide their targeting decisions. Chris Manteuffel |
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![]() Herb Schaltegger wrote: We did 'em even better than used cars - we gave 'em McDonalds, cheap blue jeans and MTV. In return, they gave us the fall of the Berlin Wall, part of the ISS and lots of cheap, bad porn. So, via Honest Johns....we got Russian prostitutes? Now that's more bang for your buck! Pat |
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Pat Flannery wrote:
The key words are "most likely" and in the case of the Delta that collided with the Agusta, there was a undetected Victor class attack sub following our attack sub. ROTFLMAO. So the first thing that might happen in a war scenario is our trailing attack sub getting a torpedo in its stern, followed by the boomer starting launch operations. ROTFLMAO. There is also the Soviet inflatable submarine decoy to contend with, which came as quite a surprise to us when we first saw one blown up into its naval base's tree line by a storm- because that meant that there was one more submarine at sea, rather than in dock, than we knew about, and you won't be tracking 11 if you only think there are 10 at sea. ROTFLMAO. You think satellite photos are the only way we know a sub is at sea? D. -- The STS-107 Columbia Loss FAQ can be found at the following URLs: Text-Only Version: http://www.io.com/~o_m/columbia_loss_faq.html Enhanced HTML Version: http://www.io.com/~o_m/columbia_loss_faq_x.html Corrections, comments, and additions should be e-mailed to , as well as posted to sci.space.history and sci.space.shuttle for discussion. |
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On Tue, 21 Oct 2003 07:18:12 GMT, (Derek
Lyons) wrote: Hostile Waters is an extremely poorly written bit of fiction with only a nodding aquantince with anything even remotely resembling a fact or a clue. ....Not totally correct. The debate regarding the Silver Surfer was rather accurate. OM -- "No ******* ever won a war by dying for | http://www.io.com/~o_m his country. He won it by making the other | Sergeant-At-Arms poor dumb ******* die for his country." | Human O-Ring Society - General George S. Patton, Jr |
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On Tue, 21 Oct 2003 07:10:04 GMT, (Derek
Lyons) wrote: ROTFLMAO. You think satellite photos are the only way we know a sub is at sea? ....Well, we do have that radio-equipped kraken program, but I'm not sure if that's been declassified yet. I mean, Greenpeace would be screaming bloody murder about it by now. OM -- "No ******* ever won a war by dying for | http://www.io.com/~o_m his country. He won it by making the other | Sergeant-At-Arms poor dumb ******* die for his country." | Human O-Ring Society - General George S. Patton, Jr |
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In article ,
James Nicoll wrote: It seems to me that laser-launchers could be dual purpose, sending payloads up in peace time and knocking stuff out of the air during wartime, at least until the national grid went down... Unfortunately, the laser characteristics that you want for the two jobs turn out to be very different. In particular, the antimissile guys want short wavelengths to damage targets more effectively, while the launch guys want long wavelengths to make the engineering easier. Isn't there a similar arrangement with civilian airplanes? Sort of. Some US airlines are part of the Civil Reserve Air Fleet, in which the government pays them a modest retainer to have some of their aircraft reinforced for heavy cargo and available to the government on request in time of emergency. (If memory serves, the popularity of this dropped substantially after the Gulf War -- the first time the CRAF aircraft were actually called up. Before that, it hadn't really occurred to the airlines that their aircraft might be called up for anything less than World War Three. Once the possibility became real, some of them decided that it was too much hassle for too little money.) -- MOST launched 30 June; first light, 29 July; 5arcsec | Henry Spencer pointing, 10 Sept; first science, early Oct; all well. | |
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Chris Manteuffel wrote:
I am extremely doubtful that the story as presented in Hostile Waters matches reality in any way, shape, or form. First of all, s.m.n. used to have a torpedoman who was on the Augusta during the incident, and he swore up and down that no collision ever happened (though providing no information as to what actually did happen). Even if you don't believe him, however, the Augusta was a smaller submarine which suffered no visible damage (or any lengthy dry-dock time, she stayed in drydock for normal lengths of time after that voyage) from a supposed collision with a larger submarine that caused the larger boat's missile tubes to pop open and then started a fire which sank the boat. Something is not right there. That was the first rumored collision, not the later one with the Delta, which came nosing around to find out what exactly had happened to the K-219 (which was a "Yankee" class) with a Victor in tow; it was the supposed underwater three ring circus that resulted between the Augusta, Delta, and Victor class that led to somebody running over the Delta's upper hull between it's sail and bow, The Soviets released a picture of this, and there is one hell of a dent in the thing (I'm still trying to find this photo on the web, it's in the "Hostile Waters" book). "Blind Man's Bluff" also states that the collision was with a Delta, not the Yankee-class K-219; and that the collision occurred while Augusta was testing out a new sonar system that would allow it to track Soviet submarines better. You can see a similar pattern with the Kursk- at first the Russians blamed a NATO submarine for sinking the much larger Russian submarine with out suffering any visible damage. Eventually, when pressed, the Russian admirals admitted that perhaps the torpedo might have been at fault. Then, when pressed still more they admitted that yes, indeed, the torpedo did cause the problem. K-219 was at the very beginning of Glasnost, just a few months after the complete silence in reporting Chernobyl. Even the minimal and tardy truthfulness that the Russian admirals expressed after the Kursk incident didn't happen here, and we shouldn't be surprised. There have been a lot of sub/sub and sub/ship collisions over the years, ("Blind Man's Bluff" lists 19) and I think the concept of "plausible deniability" comes up on both sides regarding these- we didn't nail the Kursk, but we have bumped a few other ones over the years. Except that we are postulating an AMERICAN bolt-from-the-blue attack. Why would the American submarine not know that the American missiles are about to be launched? I was arguing that neither side could launch a preemptive nuclear strike without realizing that even in a best-case scenario, enough of the enemy's nuclear force would be likely to survive that the attacking power would suffer unacceptable damage in return; and hence, the concept of MAD was still a very workable one. Indeed, what you would actually expect is the torpedo spread to go into the water just after the initial missile launch. Long before the Soviets have a chance to alert the two submarines that their early warning radars are seeing a missile launch and that it is time to prepare for missile launch. Sure, the escorting attack submarines could return fire after the fish are in the water, but it isn't going to help the boomer in the slightest. In a Soviet bolt-from-the-blue attack, yes, SSBN's would be more useful. However, the Soviets had vastly less luck tracking American boomers, so a Soviet bolt-from-the-blue attack would be more likely to be deterred by SSBN's. I assume you mean a retaliatory attack by our SSBNs; if we have a situation where a Soviet boomer is being tracked by an American attack sub (such as was probably the case in the majority of Soviet SSBN deployments) and that the American sub is itself being tracked by the SSBN's escort attack sub, then the American submarine could fall prey to the Soviet attack sub before the Soviet SSBN starts launch operations via a coordinated operation to begin at a preset time. We also have a hard time tracking what is in our sub's baffles, and that is where the unexpected Victor was supposed to have emerged from in the Augusta/Delta incident. Again, all it takes is one to create doubt in an enemy's mind. Doubt is a long long long way from influencing decisions. Tell the USN ASW and SSN drivers that finding and killing all Soviet boomers on a day four months from now within 20 minutes and kill them, and they would have a pretty good shot (I think that OPSEC would be the biggest worry, not the actual hunting process). This isn't as easy as it sounds- the Soviet were subs were noisier than ours, but apparently the only time we ever tracked one during its entire cruise was Whitey Mack's 47 day trail of a Yankee class boat with the U.S.S. Lapon; and even he lost it from time to time early in the trail. That event was so outstanding that it earned him a Distinguished Service Medal, and the Lapon's crew a Presidential Unit Citation. If you had a reason to go to war in the first place, I don't think that Soviet boomer deployments are going to change your mind. (And for most of the Cold War, that was what really kept the peace, IMO, lack of reasons for direct violent conflict, not any sort of deterrance or what not.) It would have to be one hell of a provocation to make you risk the consequences of this course of action. So great in fact, that little other than a surprise nuclear attack by the opposing side on your country would rise to the level where it becomes reasonable to attempt. Even the NATO countries had their deep suspicions about the U.S. attacking the Soviet Union with nuclear weapons if they were invaded by the Soviets. The one that _really_ got the massive expenditure on it was the R-113 (SA-1 "Guild") system; over 3000 of this primitive surface-to-air missile were eventually deployed at big fixed bases, and consumed around a year's worth of the Soviet Union's annual concrete production. I'm writing my undergraduate history research paper on the Tallinn System (in fact, it's what I should be working on right now). In the mid to late 1960's the Soviets deployed massive numbers of a missile eventually called the SA-5. American military intelligence groups were sure that this missile had ABM capability, because there was no way that the Soviets were deploying that many new, high altitude, high performance SAM's to fight off a threat (the B-70) that the US had canceled years earlier. As more was learned about the sytem it was discovered that indeed, the SA-5 was only capable of shooting down athmospheric targets and not even marginally capable of hitting missiles. That meant that the Soviets had deployed over 2000 missiles of this system, to stop massed attacks by an airplane that was canceled, at a time when the US was shifting focus to low-level attacks and ICBM's that the SA-5 was not even minimally capable of defeating. Although they could still shoot them at SR-71's; and the missiles long range gave it good reach against stand-off missiles such as the Hound Dog flying a high altitude attack profile. They could also be used to nail AWACs aircraft, which need to fly at higher altitude than ground-hugging B-52's and B-1's. With a 300 km slant range, the missile has the legs for area, as opposed to point, defense. But like the Galosh, by the time they were deployed they were already largely obsolete (increased performance of jet bombers nailed the Guild; Galosh was rendered largely ineffective by MIRV's, and the possible follow-on MARV's). The Galosh/Gorgon/Gazelle has several problems. Chief among them is that its battle-management radar is not protected against EMP. Since the Galosh/Gorgon and the Gazelle each use nuclear weapons in their kill system, every engagement will blind the battle-management radar for several minutes at a time. This is, I believe, technically known as a "design flaw". Also, they still suffer from any end-of-trajectory type ABM system's key weakness- you can only destroy one warhead per missile, and it's a hell of a lot cheaper to build some more MIRV'd ICBMs than the missiles to destroy them - I always thought that Galosh was pretty much done to show the citizens of Moscow that they weren't completely open to a ICBM attack, and that its effectiveness was mainly in the propaganda rather than operational sphere. Say you attack the Soviet ICBM force; and you are confident that you can destroy 95% percent of the force- at the end of 1983, the Soviets had 1398 operational ICBMs; so that the 5% that escape destruction leaves you with about 70 ICBM's intact...the 1398 Soviet ICBMs carried a total of 5678 warheads between them- or in other words, averaged around 4 warheads apiece; the 5678 warheads had a total megatonage of 5481*...or around 950 kilotons per warhead average...these are clunky Soviet missiles, so let's assume that only around 3/4 of them work as they are designed to- in that case, and assuming that the Soviets don't just launch on warning, or when your warheads begin to hit (and remember, time-on-target attack won't work...it would mean that the warheads heading toward the most distant targets would show up first on radar; this would actually increase the launch opportunity time for the Soviets.) you are going to have around 50 or so missiles carrying around 200 950 kiloton warheads arriving in your country around a hour after you push the button; the vast majority of these will be ground bursts aimed at your now-empty missile silos, these will generate one hell of a lot of fallout Your calculations have missed one thing. Those silos will not be empty; in the brave new world after the American development of MIRV, you start to see a major performance advantage for first strikes. Assuming that each US missile also had 4 MIRV's, and that the ratio of warhead size to CEP to Soviet missile silo blast hardening is such that it takes two warheads to achieve .95 pK, well, then after this first strike the US has 50% of its warheads remaining, the Soviets only 5%. The point of a disarming strike is that you don't target a single city, so no city has been hurt yet, only silo fields. Now the Soviets face a choice. They can launch their missiles against US cities, ensuring the total and complete destruction of their civilization for "only" severe harm to American cities. Or they can not. Now the logic of MAD works against the Soviets, if they launch their missiles it brings down an assured rain of nuclear destruction on their cities, which hasn't happened yet. Why should they take an action that they know will only destroy their own civilization? I hope you never start writing our government's military strategy; you are counting on a rationale response by an enemy who is under nuclear attack and has under 1/2 hour to try to decide how they are going to respond; they will pick up the launches via their satellites and over-the-horizon radar, and I rather doubt they are going to take the time to compute enough of the incoming missiles points of impact to allow them to say with certainty that the ICBM fields that surround Moscow at Yedrovo, Kostroma, Teykovo, and Kozel'sk are under attack but that Moscow isn't which is a pretty moot point anyway as the amount of fallout that is generated by the ground bursts to destroy those sites, all of them within 200 miles of Moscow, is going to make Moscow itself a very unhealthy place to be. I chose the Soviets as the recievers of this first strike for the reasons outlined above, their inability to reliably operate SSBN's without them being tracked. Not because I am advocating premptive nuclear first strikes. The ability to reliably and consistently operate SSBNs without having them tracked doesn't take into account what is going to happen if even one of them were to launch it's missiles at the U.S. in regards to the death toll. You state that it should be possible to destroy all of them before they were able to launch- exactly how many lives are you willing to wager on everything going exactly right in a war scenario that has never been fought before? ... but probably around ten or so will be coming down on some of your major cities- with an average detonation force of around 45 times as great as the ones that hit Hiroshima and Nagasaki. Given that scenario, would you ever dare attack the Soviet Union? Do you think the Soviets would study the same math, and arrive at the same conclusion? Remember that the massively MIRV'd environment changes a lot of the equations. There is also the use-it-or-lose-it penalty. The widespread deployment of MIRV's makes each individual missile a greater part of the national deterrance. That means each missile that gets lost in the silo from an enemy first strike is even more important. That means that the military commanders are going to be putting even more pressure on their political masters to launch, so they don't get caught on the ground. And those are bad pressures in a crisis situation. But when you had as many Minutemen as we did at our peak deployment, you could actually afford to lose hundreds of them, and still have many hundreds ready to go I always assumed that the ones around her at the northern border would be sacrificed in a nuclear exchange to make sure you were really under attack, as the more southerly emplaced ones were launched in response to that attack. Well, let's see, Moscow has a population of 13 million; And protected by the Galosh/Gazelle/Gorgon system. Sure, it can be beat, but only by reducing the number of warheads hitting the target (e.g. Chevaline or maneuvering reentry vehicles or overloading the system). American planners figured, conservatively, that they would kill off about fifty of the first hundred missiles fired at them (and then be useless afterwards). You will probably see better results then that (as near to certain as anything is in hypothetical war games), but we're using this for planning. Because Moscow is by far the most important target, I'd want at least 40 warheads for that city, to make sure that I hurt it badly. I'd evenly divide on the other targets. Well if what George Kistiakowsky was able to pry out of a reluctant SAC is any indication of what was being planned, Moscow was going to be a hot hole in the ground- ABM system, or no ABM system. But do remember that Leningrad, Odessa, and Kiev were shattered in the 2nd World War. They were blasted, twisted, shelled, and two of them fought over in brutal house by battles several times. You are going to do some more damage to the Soviet union then was done using conventional explosives in WW2, but not much more. You seem to be consistently ignoring the radioactive fallout from the large number of nuclear ground bursts from attacks on ICBM silos in such a scenario. The death toll from the post attack fallout is going to be very large. Moscow only saw combat on its suburbs, so you will be inflicting more damage then in WW2 here; however, you will be doing far less damage to the Soviet army or countryside. I'd say that the Soviets would be better off after this nuclear strike then after WW2. And would then have the advantage that they could easily locate food for midnight snacks, as it would all be glowing... so I should be able to get you over 20 million dead inside of a half hour from the word go. Very "optimistic" numbers here. I would not be confident of them. You simply can't get better then a few tens of percentage points of casulties out of aerial bombardment. Call it 60%. 60% of the four cities listed would be "only" 12 million or so. Well, I'm pretty sure I can muss their hair up big time and your 12 million doesn't include deaths by disease, radiation sickness, contaminated food and water, and collapse of the national infrastructure that such an attack would lead to. There are going to be a _lot_ of scorched unburied bodies laying around in the ruins. Let me get this straight- you are actually trusting that The Officially Stated Soviet Doctrine, and what the Soviet's actually intended to do, would bear the slightest relationship to each other? No. I was supporting it with an actual Soviet nuclear plan which I read several years ago (when it was released- think it was from Cold War History Project but I don't remember exactly, sorry for the poor cite). They did not target cities merely for the sake of targeting cities. In fact, their plans for Europe (about 40% of their missiles were targeted for Europe, about 40% for the US, and the remainder for China, with the exact numbers varrying depending on plan (this is why the INF treaty was such a win for NATO, before that the IRBM's and MRBM's handled most of the European targets, after INF ICBM's had to be used)) scrupulusly avoided targeting cities at all. For the US they would target cities if they major important military value (DC, San Diego, etc.) but not if they didn't (Chicago, Twin Cities, St. Louis, etc.). As I said, they were not really following a countervalue strategy. They would target military installations near cities (Hanscom AFB near Boston, for example), of course, but only the cities themselves when they had major military targets. They were NOT using countervalue to guide their targeting decisions. I'll have to look up this report. Pat |
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![]() Derek Lyons wrote: Pat Flannery wrote: The key words are "most likely" and in the case of the Delta that collided with the Agusta, there was a undetected Victor class attack sub following our attack sub. ROTFLMAO. So the first thing that might happen in a war scenario is our trailing attack sub getting a torpedo in its stern, followed by the boomer starting launch operations. ROTFLMAO. There is also the Soviet inflatable submarine decoy to contend with, which came as quite a surprise to us when we first saw one blown up into its naval base's tree line by a storm- because that meant that there was one more submarine at sea, rather than in dock, than we knew about, and you won't be tracking 11 if you only think there are 10 at sea. ROTFLMAO. You think satellite photos are the only way we know a sub is at sea? D. I always appreciate the specificity of your criticism... P. |
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