辅助迁移指的是挑选一个物种的成员，或一组相互依赖的物种的成员，并在物理上移动或迁移它们。
Assisted migration means picking up members of a species, or members of a group of interdependent species and physically moving or translocating them.
这些要素并不是大脑里所发现的物理结构，相反，它们所代表的是人格的一般模式，它描写了各种行为和激励我们驱力之间的相互影响。
These elements are not physical structures found in the brain, instead they represent a general model of personality that describes the interaction of various behaviors and drives that motivate us.
如果你喜欢研究物体间的相互撞击，那么物理世界就是由那些简单片段所构成的。
Physical world is simply consist of bits of matter if you like bashing into each other.
它还向您展示了怎样将一个虚拟化系统分解为拓扑图，这演示了虚拟机系统与物理主机之间的相互独立性。
They also show how to separate virtual systems into diagrams, which illustrates the independence of the virtual systems from their physical hosts.
在屠宰流水线作业中，清洁区与非清洁区物理隔开并分别配置人员，避免畜体和可食用副产品的相互污染。
In slaughter line operations, clean and unclean operations are physically separated and individually manned to avoid contamination of carcasses and edible by-products.
物理学上的统一有着悠久的历史：19世纪电学和磁场学统一； 之后人们发现质能可以相互转化；
Unification in physics has a long history – electricity and magnetism were unified in the 1800s, and later mass and energy were found to be interchangeable.
现在的问题是，假如许多这样的代码累积起来，事情会变成怎样的呢？ 物理学上有一个著名的现象叫做 ”非线性“：大量不同的个体相互作用将产生难以预知的结果。
Software is no different - when you put together a lot of components, you just do not know what you are going to get.
通过将 SIBus应用程序物理安装到集群，两种类型的集群的配置路径相互分离了。
With SIBus applications physically installed to the cluster, the configuration paths for the two types of clusters diverge.
施密特博士在十月份的《世界物理》（Physics World）中一篇文章中强调了这种相互作用是如何产生令人惊讶的效果的。
Writing in the October issue of Physics World, Dr Schmidt highlights how these interactions can produce surprising results.
光与物质之间的相互作用体现了一个最基本的物理过程。
The interaction between matter and light represents one of the most fundamental processes in physics.
大多数文件系统都通过缓冲区缓存来相互通信，这种缓存通过缓存最近使用的数据来优化对物理设备的访问。
Most of the file systems communicate through a buffer cache, which is a cache that optimizes access to the physical devices by caching recently touched data.
因为这可以在非常小的范围中完成，所以根据量子物理的原理，相互影响的原子能够产生新的和不同的性能。
Because this was done at such a small scale, the way the atoms interact can produce new and different properties according to the rules of quantum physics.
精心安排金属纳米颗粒之间的相互作用可能导致新的物理发现——崭新的机制，在计算、信号处理和传感方面都非常出色。
Interactions between precisely arranged metallic nanoparticles could lead to new physics discoveries — as well as to new mechanisms for computing, signal processing, and sensing.
为此，理论物理学家米切尔·波维内丽正在建立光子和复杂材料之间相互影响的模型。
To this end, theoretical physicist Michelle Povinelli is creating models of how photons interact with complex materials.
这两个概念本来被认为是不同的，但研究中的两名物理学家却证明它们在本质上是相互联系的，并且这种联系适用于所有物理学定律。
Originally thought to be distinct concepts, two physicists have shown that the two are fundamentally linked, and that the link must hold for all physical theories.
当大型强子对撞机加速了粒子的相互碰撞时，物理学家们欢欣鼓舞。
Physics is becoming ever more exciting as Cern's Large Hadron Collider ramps up the energy of its colliding particles.
他们需要将量子力学和相对论这两大物理学理论统一起来——前者是人类对微观粒子运行的描述，而后者则适用于解释宏观的空间、时间和物质相互作用的机制。
They have to stitch quantum theory - our description of how very small things behave - together with relativity - the theory behind the way space, time and matter interact.
通过正面相互对撞将原子粉碎，物理学家意图重现大爆炸后宇宙形成那一刹那的情形。
By smashing protons into one another in head-on collisions, physicists intend to recreate conditions that occurred a fraction of a second after the universe was created in the Big Bang.
物理学家管这样的现象叫作“突现”；“突现”其实是大量相对简单的反应相互叠加作用的结果。
Physicists call such phenomena "emergent" because they depend on a multiplicity of relatively simple interactions.
Lisi展示了多种物理已知的基本粒子和力可以被放于E8模型的点上，并且自然的出现了它们间的相互作用。
Lisi showed that the various fundamental particles and forces known to physics could be placed on the points of the E8 pattern, and that many of their interactions then emerged naturally.
二氧化碳含量的上升和天体物理学为气候变化提供了有力的例证，但当你更深入发掘后会发现仍然有很多相互冲突的观点存在。
The rise in CO2 and the planetary physics provide a compelling case for climate change. But there are lots of conflicting views when you dig further.
二氧化碳含量的上升和天体物理学为气候变化提供了有力的例证，但当你更深入发掘后会发现仍然有很多相互冲突的观点存在。
The rise in CO2 and the planetary physics provide a compelling case for climate change.But there are lots of conflicting views when you dig further.
现在，这两个目标在物理上是相互冲突的。
Now these two objectives are physically in conflict with each other.
玻色子是在粒子物理学标准模型中最后一个未被发现的粒子，30年以来，玻色子处于解释粒子和力度之相互作用原理的最高地位。
The Higgs is the last undiscovered particle in the standard model of particle physics, which for three decades has reigned supreme in explaining how particles and forces interact.
linux_linsched . h中定义的拓扑结构定义了处理器的数量以及它们如何相互关联(映射到物理包和节点分布图)。
The topology structure, defined in linux_linsched.h, defines the number of processors and how they relate to one another (mapping to a physical package and node distance map).
这种相对性在物理学中已有了很深的研究，我们已经认识到自然界中存在的万物都有一定的相互联系。
This kind of relativity theory has been deeply researched in physics, we have known that the thing existed in the nature have to contact mutually.
除那些之外由于重力，为了描述亚原子粒子的相互作用，标准模型集合粒子物理学的两个理论。
The standard model brings together two theories of particle physics in order to describe the interactions of subatomic particles, except those due to gravity.
我们不能设想思想或意识是物理粒子相互作用中产生的。
We cannot conceive of thought or consciousness arising out of the interactions of physical particles.
我们不能设想思想或意识是物理粒子相互作用中产生的。
We cannot conceive of thought or consciousness arising out of the interactions of physical particles.
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