The author, in a series of previous articles, designed the “AB Dome” made of transparent thin film supported by a small additional air overpressure for the purpose of covering a city or other important large install...The author, in a series of previous articles, designed the “AB Dome” made of transparent thin film supported by a small additional air overpressure for the purpose of covering a city or other important large installations or sub-regions. In present article the author offers a variation in which a damaged nuclear station can be quickly covered by such a cheap inflatable dome. By containing the radioactive dust from the damaged nuclear station, the danger zone is reduced to about 2 km2 rather than large regions which requires the resettlement of huge masses of people and which stops indus-try in large areas. If there is a big city (as Tokyo) near the nuclear disaster or there is already a dangerous amount of radioactive dust near a city, the city may also be covered by a large inflatable transparent Dome. The building of a gi-gantic inflatable AB Dome over an empty flat surface is not difficult. The cover is spread on a flat surface and a venti-lator (fan system) pumps air under the film cover and lifts the new dome into place but inflation takes many hours. However, to cover a city, garden, forest or other obstacle course in contrast to an empty, mowed field, the thin film cannot be easily deployed over building or trees without risking damage to it by snagging and other complications. This article proposes a new method which solves this problem. The design is a double film blanket filled by light gas such as, methane, hydrogen, or helium - although of these, methane will be the most practical and least likely to leak. Sections of this AB Blanket are lighter than air and will rise in the atmosphere. They can be made on a flat area serving as an as-sembly area and delivered by dirigible or helicopter to station at altitude over the city. Here they connect to the already assembled AB Blanket subassemblies, cover the city in an AB Dome and protect it from bad weather, chemical, bio-logical and radioactive fallout or particulates. After assembly of the dome is completed, the light gas can be replaced by (heavier but cheaper) air. Two projects for Tokyo (Japan) and Moscow (Russia) are used in this paper for sample computation.展开更多
When the troops are attacked by nuclear weapons, the number of the wounded and thetype and the condition of the wounds will change with the equivalence and the way of explosion, thenumber of soldiers taking part, the ...When the troops are attacked by nuclear weapons, the number of the wounded and thetype and the condition of the wounds will change with the equivalence and the way of explosion, thenumber of soldiers taking part, the area of the disposition of the troops, and the conditions of protectionof the personnel. Whether the wounded by nuclear weapons who is pouring in enormous amountcan be correctly classified in time has a very important relation in enhancing the effect of the first-aidand the treatment later on. We worked out a programme about the defined types and criteria of thewounded by nuclear weapons beforehand to be stored into the microcomputer. After nuclear cxplo-sion, it is necessary only to input the known data into the microcomputer from the key-board, thecomputer will immediately tell the number of the wounded of various types, the number of peopleand the time needed to perform the triage task and the surgical personnel needed to performthe operations, so that medical supporting programme can be selected or adjusted on time and the ef-ficiency and quality of the triage and first-aid work can be improved.展开更多
The appearance of nuclear weapons has posed unprecedented threats of war to mankind. With joint efforts of the international community, a series of international norms and arrangements have been gradually established,...The appearance of nuclear weapons has posed unprecedented threats of war to mankind. With joint efforts of the international community, a series of international norms and arrangements have been gradually established, mainly involving nuclear disarmament and nuclear arms control, prohibition of the use of nuclear weapons, as well as non-proliferation of nuclear arms, effectively influencing nuclear activities among sovereign states, warding off the outbreak of nuclear war, and limiting the number of nuclear states. Since the beginning of the 21 st century, the international strategic environment has undergone major changes. Mankind has entered a new age when nuclear and missile technologies have been proliferated in an accelerated way, with Iran's nuclear capability steadily growing, the DPRK obtaining nuclear weapons by successfully breaching the international nuclear non-proliferation regime, and non-state actors becoming the major subjects to proliferate nuclear technology and nuclear materials. Since coming into office, Trump has thoroughly negated the policy proposition of a nuclear-free world advocated by Obama, insisting on building a powerful missile defense system, developing new forms of strategic weapons, producing low-yield nuclear warheads, and withdrawing from the Iranian nuclear agreement.Trump's policy adjustment has much weakened the nuclear taboo and the nuclear non-proliferation regime, and has initiated a new round in the race toward cutting edge nuclear weapons technology, thus undermining strategic stability among major powers, all highlighting historic limitations of the international nuclear order.展开更多
Out of concern over nuclear weapons proliferation,the worry over DPRK nuclear testing is overwrought.The author sees the situation from the viewpoint of a geopolitical game in a non-proliferation mask.To attempt a geo...Out of concern over nuclear weapons proliferation,the worry over DPRK nuclear testing is overwrought.The author sees the situation from the viewpoint of a geopolitical game in a non-proliferation mask.To attempt a geopolitical game using non-proliferation is wrongly directed,but this is the main reason the issue fluctuates and deadlocks occasionally.To solve the situation once and for all,the international community needs to recognize its geopolitical nature and cure the problem accordingly.Since DPRK leader Kim Jong-Un crossed the border April 27 to meet South Korean President Moon Jae-in,the destiny of the Korean Peninsula is,as it should be,in the hands of the Koreans,not Chinese or Americans.展开更多
A new composite of silicone rubber and boric acid was developed to be used as a personal wearing for protection from nuclear radiation. The capability of this material for absorbing thermal neutrons of different inten...A new composite of silicone rubber and boric acid was developed to be used as a personal wearing for protection from nuclear radiation. The capability of this material for absorbing thermal neutrons of different intensities followed by a detonation of nuclear weapon has been investigated. This investigation was performed by using californium-252 neutron source of like fission spectrum. The thermal neutron flux was measured behind different thicknesses of the developed material using a BF3 detector. Two positions of measurements were performed;at position near the detonation where the intensity of thermal neutron flux is low and at position far from the detonation where the intensity of thermal neutron is high. For both cases, the contribution of total thermal, initial incident and new produced thermal neutron fluxes are measured. The obtained results indicated that, addition of boron with concentration of about 17% to the silicon rubber tends to decrease the flux by more than 70%.展开更多
钝感高能炸药(Insensitive High Explosive,IHE)概念核武器中的炸药件是引发核反应的初始作功能源,同时也是核武器安全的薄弱环节。由炸药件意外爆炸产生的化爆事故,可能导致放射性污染,甚至可能引起更严重的意外核爆。美国在这方面有...钝感高能炸药(Insensitive High Explosive,IHE)概念核武器中的炸药件是引发核反应的初始作功能源,同时也是核武器安全的薄弱环节。由炸药件意外爆炸产生的化爆事故,可能导致放射性污染,甚至可能引起更严重的意外核爆。美国在这方面有许多惨痛的教训,曾出现过核武器空中跌落、飞机失事坠落燃烧等事故。核武器本质安全性的需求促使美国国会军事委员会于1978年提出在今后的核武器中要使用IHE(Slape,R.J.1984,MH-展开更多
文摘The author, in a series of previous articles, designed the “AB Dome” made of transparent thin film supported by a small additional air overpressure for the purpose of covering a city or other important large installations or sub-regions. In present article the author offers a variation in which a damaged nuclear station can be quickly covered by such a cheap inflatable dome. By containing the radioactive dust from the damaged nuclear station, the danger zone is reduced to about 2 km2 rather than large regions which requires the resettlement of huge masses of people and which stops indus-try in large areas. If there is a big city (as Tokyo) near the nuclear disaster or there is already a dangerous amount of radioactive dust near a city, the city may also be covered by a large inflatable transparent Dome. The building of a gi-gantic inflatable AB Dome over an empty flat surface is not difficult. The cover is spread on a flat surface and a venti-lator (fan system) pumps air under the film cover and lifts the new dome into place but inflation takes many hours. However, to cover a city, garden, forest or other obstacle course in contrast to an empty, mowed field, the thin film cannot be easily deployed over building or trees without risking damage to it by snagging and other complications. This article proposes a new method which solves this problem. The design is a double film blanket filled by light gas such as, methane, hydrogen, or helium - although of these, methane will be the most practical and least likely to leak. Sections of this AB Blanket are lighter than air and will rise in the atmosphere. They can be made on a flat area serving as an as-sembly area and delivered by dirigible or helicopter to station at altitude over the city. Here they connect to the already assembled AB Blanket subassemblies, cover the city in an AB Dome and protect it from bad weather, chemical, bio-logical and radioactive fallout or particulates. After assembly of the dome is completed, the light gas can be replaced by (heavier but cheaper) air. Two projects for Tokyo (Japan) and Moscow (Russia) are used in this paper for sample computation.
文摘When the troops are attacked by nuclear weapons, the number of the wounded and thetype and the condition of the wounds will change with the equivalence and the way of explosion, thenumber of soldiers taking part, the area of the disposition of the troops, and the conditions of protectionof the personnel. Whether the wounded by nuclear weapons who is pouring in enormous amountcan be correctly classified in time has a very important relation in enhancing the effect of the first-aidand the treatment later on. We worked out a programme about the defined types and criteria of thewounded by nuclear weapons beforehand to be stored into the microcomputer. After nuclear cxplo-sion, it is necessary only to input the known data into the microcomputer from the key-board, thecomputer will immediately tell the number of the wounded of various types, the number of peopleand the time needed to perform the triage task and the surgical personnel needed to performthe operations, so that medical supporting programme can be selected or adjusted on time and the ef-ficiency and quality of the triage and first-aid work can be improved.
文摘The appearance of nuclear weapons has posed unprecedented threats of war to mankind. With joint efforts of the international community, a series of international norms and arrangements have been gradually established, mainly involving nuclear disarmament and nuclear arms control, prohibition of the use of nuclear weapons, as well as non-proliferation of nuclear arms, effectively influencing nuclear activities among sovereign states, warding off the outbreak of nuclear war, and limiting the number of nuclear states. Since the beginning of the 21 st century, the international strategic environment has undergone major changes. Mankind has entered a new age when nuclear and missile technologies have been proliferated in an accelerated way, with Iran's nuclear capability steadily growing, the DPRK obtaining nuclear weapons by successfully breaching the international nuclear non-proliferation regime, and non-state actors becoming the major subjects to proliferate nuclear technology and nuclear materials. Since coming into office, Trump has thoroughly negated the policy proposition of a nuclear-free world advocated by Obama, insisting on building a powerful missile defense system, developing new forms of strategic weapons, producing low-yield nuclear warheads, and withdrawing from the Iranian nuclear agreement.Trump's policy adjustment has much weakened the nuclear taboo and the nuclear non-proliferation regime, and has initiated a new round in the race toward cutting edge nuclear weapons technology, thus undermining strategic stability among major powers, all highlighting historic limitations of the international nuclear order.
基金funded by the Fundamental Research Funds for the Central Universities of the University of International Relations(project No.3262016T01)
文摘Out of concern over nuclear weapons proliferation,the worry over DPRK nuclear testing is overwrought.The author sees the situation from the viewpoint of a geopolitical game in a non-proliferation mask.To attempt a geopolitical game using non-proliferation is wrongly directed,but this is the main reason the issue fluctuates and deadlocks occasionally.To solve the situation once and for all,the international community needs to recognize its geopolitical nature and cure the problem accordingly.Since DPRK leader Kim Jong-Un crossed the border April 27 to meet South Korean President Moon Jae-in,the destiny of the Korean Peninsula is,as it should be,in the hands of the Koreans,not Chinese or Americans.
文摘A new composite of silicone rubber and boric acid was developed to be used as a personal wearing for protection from nuclear radiation. The capability of this material for absorbing thermal neutrons of different intensities followed by a detonation of nuclear weapon has been investigated. This investigation was performed by using californium-252 neutron source of like fission spectrum. The thermal neutron flux was measured behind different thicknesses of the developed material using a BF3 detector. Two positions of measurements were performed;at position near the detonation where the intensity of thermal neutron flux is low and at position far from the detonation where the intensity of thermal neutron is high. For both cases, the contribution of total thermal, initial incident and new produced thermal neutron fluxes are measured. The obtained results indicated that, addition of boron with concentration of about 17% to the silicon rubber tends to decrease the flux by more than 70%.
文摘钝感高能炸药(Insensitive High Explosive,IHE)概念核武器中的炸药件是引发核反应的初始作功能源,同时也是核武器安全的薄弱环节。由炸药件意外爆炸产生的化爆事故,可能导致放射性污染,甚至可能引起更严重的意外核爆。美国在这方面有许多惨痛的教训,曾出现过核武器空中跌落、飞机失事坠落燃烧等事故。核武器本质安全性的需求促使美国国会军事委员会于1978年提出在今后的核武器中要使用IHE(Slape,R.J.1984,MH-
