他们正确地参考此结果作为一个低能量极限。
刹车能量极限重量，中断起飞过程中，取决于刹车吸收预定能量之能力的最大起飞重量。
Brake energy LIMIT weight, the maximum takeoff weight based on the ability of the brakes to absorb a predetermined amount of energy during a rejected takeoff.
正如你从上文中所看到的，我发现高能量和低能量极限之间的区别不可能产生如此巨大的效应。
As you can see from above, I find it unlikely that the differences between the high and low energy limit will have such a huge effect.
极限运动员消耗大量能量来分解、修复和塑造肌肉。
Extreme athletes expend lots of energy breaking down and repairing and building muscles.
如果我们考虑低温极限，比如温度是如此的低以至于，只有能量最低的状态可以被占据。
But if we're in the low temperature limit, maybe we're in such low temperature that only the lowest possible state is occupied.
所以能量不随温度改变，在低温极限。
So the energy doesn't change with temperature in that low temperature limit.
它说的是二分之一kt每自由度，等于高温极限时的能量。
And what it says is one half kT per degree of freedom equals energy in the high t limit.
所以在高温极限下，能量随温度变化而变化。
So in the high temperature limit, the energy does change with temperature.
在这种极限情况下，分子对于处在任何一个状态，都有相同的可能性，因为热能，比这个能量差大的多得多。
In that limit, the molecules are just equally likely to be in any of these states. Because there's much, much more thermal energy than this energy difference.
而是，它们积累所接收到的能量，只有当积累的能量达到一定临界极限时，它们才会向其他神经元发送自己的能量。
Instead, they sum their received energies, and they send their own quantities of energy to other neurons only when this sum has reached a certain critical threshold.
但是我们会发现在高温极限下，我们可以得到能量均分原理。
But what we've found is that in the high temperature limit, we had the equipartition of energy result.
所以热容的极限值是零，能量本身也是零。
So you get the zero limiting value for the heat capacity, and the energy itself is also zero.
我强调这点的原因是为了让你们理解在合理的时间内抵达那里所需要的巨大能量.你不仅必须飞得很快 还要快到接近物理定律所允许的极限.为了达到那种速度 你消耗的能量将超过当今整个人类文明一年所用的能量（减速时也一样）.所以底线是：钱 一大笔钱.
Almost as fast as the absolute laws of physics perm it. And you have to use more energy to reach that speed (and then slow back down) than all of human civilization is currently using in a year.
在常载荷的情况下，能量释放率将随时间而增长，直到它达到某一较高的极限值。
In the case of constant load, the energy release rate will increase with time until it reaches a higher limit value.
首先运用能量估计方法得到了热平衡态解的存在性与半经典极限结果。
First the existence of the thermal equilibrium solutions and the semiclassical limit results are obtained through the energy estimating method.
早期直接法将线性度较好的暂态能量裕度用于求取暂态稳定极限，从而开辟了对这一领域的研究。
The early works of direct methods utilized the quasi-linearity of transient energy margin (TEM) to approximate the transient stability limits, which opened an era of this area.
能量图的优点，乃是使人们对运动的极限一目了然。
The advantages of the energy diagram are that it shows at a glance the limit of the motion.
结果表明，叶片的外物损伤程度取决于撞击能量E和几何标度S，对于一定的叶片，存在不影响疲劳寿命的极限损伤。
The results show that the extent of FOD depends on both impact energy E and geometric scale S. There exists a critical damage for a given blades.
然而，至今只有岩土极限分析与塑性力学中考虑岩土体的内摩擦力，而在弹性理论与能量理论等诸方面均未体现。
However, until now the internal friction is only considered in limit analysis and plastic mechanics, but not included in elastic mechanics and energy theory.
在常位移的情况下，能量释放率将随时间而减少，直到它达到某一较低的极限值。
In the case of constant displacement, the energy release rate will decrease with time, until it reaches a lower limit value.
捕获高于半导体带隙的光子的能量会导致太阳能电池的效率超过传统的效率极限。
Harvesting excess energy from above-bandgap photons could lead to solar cells which exceed conventional efficiency limits.
通过岩石试件的能量有一个最大的极限，该极限实质上是一个应力幅值的极限。
A maximum limit of the energy which can be transmitted through a rock specimen was found.
测定了临界穿孔能量及弹道极限速度。
Critical energy of perforation and ballistic limit were measured also.
其主要结论是：当裂纹面内的温度埸恒定时，能量释放率将随时间而减少，直至某一较低的极限值。
The main conclusion is that: When the temperature field in the crack surface is uniform, the energy release rate will decrease with time, until it reaches a lower limit value.
在简要地回顾了位相时间、特别是与其关联的横向位移在不透明极限下的饱和性质之后，给出了与能量转移速度相关的隧穿时间及相应的横向位移。
Then a new tunneling time and its associated lateral shift is introduced under the assumption that the tunneling speed is the energy transfer speed in the barrier.
因为HIIT训练计划使你的身体达到了极限，这代表着需要更多的能量（卡路里）来恢复身体机能。
Since HIIT is tougher on the body, it requires more energy (read: calories) to repair itself afterwards.
分析结果表明：在实际系统中，分布式能量补偿方式下系统极限比特率距离积一般要比集中式能量补偿方式下的高出一倍以上。
The result shows that in a practical system the maximum length-bit-rate product in a distributed energy compensated system is generally over twice as much as that in a lumped one.
本文用能量法和差分法对网架结构球节点(闭合的完全球壳)，进行了弹塑性变形分析和塑性极限分析。
In this paper, energy method and finite difference method are used to analyze the elastoplastic deformation of spherical nodes in the structure of networks.
研究均匀磁场中电子的极化矢量、磁矩、能量和顺磁磁化率的统计平均值，以及在低温、强磁场极限和高温、弱磁场极限下的统计行为。
The statistical average value of electronic polarization vector, magnetic moment, energy and paramagnetic susceptibility, which are proceeded under constant magnetic field, is discussed.
研究均匀磁场中电子的极化矢量、磁矩、能量和顺磁磁化率的统计平均值，以及在低温、强磁场极限和高温、弱磁场极限下的统计行为。
The statistical average value of electronic polarization vector, magnetic moment, energy and paramagnetic susceptibility, which are proceeded under constant magnetic field, is discussed.
应用推荐