- 更多网络例句与热核反应相关的网络例句 [注：此内容来源于网络，仅供参考]
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In addition to the sun, other stars may also have their own planets, broadly speaking, any movement around the star, the quality does not meet the thermonuclear reaction can produce the quality of the main sequence stars the approximate lower limit of spherical objects can be called planets .
除太阳外，其他恒星也可能有自己的行星，广义上说，凡是环绕恒星运动的，质量未达到能产生热核反应的主序星质量下限的近似球形的天体都可称为行星。
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2Nd, thorough analysis: The Earth may say is an extremely marvelous thermonuclear reactor, when the earth interior pressure achieved certain critical, in the Earth material may decay the nuclear matter is called as the thermonuclear material, can have the thermonuclear reaction, thus has the huge energy, then the melted partial materials, form the rock magma are the liquid state materials, this response stratification plane is possibly many stratification planes, first possibly is located between the earth's crust and the mantle, upward next two transfers, displays for the light density material diastrophism as well as density upper mantle material phenomena and so on solidification; Under second possibly is located between the mantle and the core, the pressure is more formidable, causes not not easily to have the thermonuclear reaction thermonuclear material to have the response, forms the relative quite stable liquefied material level, simultaneously is upward next two transfers, forms the counter-flow phenomenon which the high density under mantle as well as the high density core material contact liquefies and is far away cools; These material periodicity regular movements and so on convection as well as Earth polar axis rotation are possibly the basic source powers which the terrestrial magnetic field produces.
深入剖析：地球可以说是一个非常奇妙的热核反应堆，当地球内部的压力达到一定的临界，地球物质中可衰变的核物质统称为热核物质，就会发生热核反应，从而产生巨大的能量，进而融化部分物质，形成岩浆即液态物质，这个反应层面可能是多个层面，第一层可能位于地壳与地幔之间，向上下两边对流，表现为轻密度物质的地壳运动以及中密度上地幔物质的固化等现象；第二层可能位于下地幔与地核之间，压力更为强大，引起不易发生热核反应的热核物质发生反应，形成相对比较稳定的液化物质层，同时向上下两边对流，形成中高密度的下地幔以及高密度地核物质的接触液化和远离冷却的对流现象；这些对流以及地球极轴自转等物质周期性规律性运动可能是地球磁场产生的根本源动力。
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Nothing less than a fission bomb can ignite a thermonuclear reaction .
威力比一个裂变炸弹小的任何东西都不能点燃热核反应。
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Fisher Equation can be used to describe nonlinear phenomena in the problems as far as hydromechanics , plasma physics , thermonuclear reaction and the population multiplication are concerned .
方程可以用来描述流体力学，等离子体物理，热核反应和人口增殖等问题中的非线性现象，有许多文献研究它的孤波解。
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Note that the direct conversion of nuclear energy to electricity is not how a nuclear power plant produces electricity; instead it uses the heat of a nuclear reaction to run a heat engine, and transforms the heat engine's resulting mechanical energy into electricity via magnetic induction.
请注意，核电站并不是通过直接将核能转换为电能来发电的，而是使用了热核反应驱动热力发动机，并通过磁感应将热机输出的机械能转化成电能。
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A thermonuclear reaction in the interior of stars .
在内部发生的一种热核反应。
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A thermonuclear reaction in the interior of stars.
在恒星内部发生的一种热核反应。
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About the thermonuclear reaction that produces in sun interior, have two kinds at present
有关在太阳内部所发生的热核反应，目前有两种
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Thermonuclear reaction, to be carried out under high temperature and pressure.
将上亿度的等离子体约束在一定区域内，并维持一段时间，使其中轻核产生聚变反应，称为热核反应。
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When loading a nuclear fission reactions, release of fissile material can achieve the high-temperature thermo-nuclear center, high-density state and caused thermonuclear reaction thermonuclear reaction produces a large number of neutrons causing yet more fissile loading fission reaction took place, thereby improved efficiency.
当裂变装料发生核反应时，放出的裂变能使中心的热核材料达到高温、高密度状态并发生热核反应，热核反应产生的大量中子又使更多的裂变装料发生裂变反应，从而提高了利用效率。
- 更多网络解释与热核反应相关的网络解释 [注：此内容来源于网络，仅供参考]
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fusion reactor：热核反应堆
fusion reaction 热核反应 | fusion reactor 热核反应堆 | fusion temperature 聚变温度
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thermal polymerization：热聚合<作用>
thermal nuclear reaction 热核反应 | thermal polymerization 热聚合 | thermal potential 热势;热位
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Thompson, Silvanus Phillips：汤普生
885. 热核反应 thermonuclear reaction | 886. 汤普生 Thompson, Silvanus Phillips | 887. 汤普生 Thompson, Sir Benjamin, COUNT VON
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thermonuclear reaction：热核反应
由于聚变反应须在极高温度下才能进行,故聚变反应又称热核反应(thermonuclear reaction)3.中子弹(neutron bomb)是利用氘氚聚变反应,产生高能中子杀伤人员的战术核武器.
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controlled thermonuclear reaction：受控热核反应
controlled rolling 可控压延 | controlled thermonuclear reaction 受控热核反应 | controlled value 控制变量
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controlled thermonuclear reaction：控制热核反应
controlled thermal decomposition 受控热解 | controlled thermonuclear reaction 控制热核反应 | controlled thermonuclear reactor 控制热核反应器
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thermonuclear reaction chamber：热核反应室
thermonuclear reaction 热核反应 | thermonuclear reaction chamber 热核反应室 | thermonuclear reactor 热核反应堆
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thermonuclear reaction rate：热核反应速度
thermonuclear reaction 热核反应 | thermonuclear reaction rate 热核反应速度 | thermonuclear reactor 热核堆,热核反应堆
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thermonuclear reaction condition：热核反应条件
thermonuclear reaction 热核反应 | thermonuclear reaction condition 热核反应条件 | thermonuclear weapon 热核武器
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thermonuclear fusion：热核反应,热核聚变
thermonuclear fire 热核火力 | thermonuclear fusion 热核反应,热核聚变 | thermonuclear machine 热核装置