英语释义

• (weapons) deriving destructive energy from the release of atomic energy;

  "nuclear war"

  "nuclear weapons"

  "atomic bombs"

• immeasurably small

• of or relating to or comprising atoms;

  "atomic structure"

  "atomic hydrogen"

片语

atomic time[计量] 原子时

atomic power原子能；原子动力；核动力

atomic nucleus[核] 原子核

atomic spectrum[物] 原子光谱

atomic number[化学] 原子序数（指元素在周期表中按次序排列的序号）

atomic model[物] 原子模型

atomic physics[物] 原子物理学

atomic bomb[军][核] 原子弹

atomic scale原子标度，原子尺度

atomic absorption spectroscopy[光] 原子吸收光谱；原子吸收光谱测试法

atomic orbital[物] 原子轨道；原子轨函数

atomic oxygen原子氧

atomic weight[物] 原子量

atomic emission原子发射

atomic absorption spectrometry原子吸收光谱测定法

atomic clock原子钟

atomic absorption spectrophotometer[光] 原子吸收分光光度计

atomic emission spectrometry原子发射光谱法；原子发射光谱学

atomic radius[物] 原子半径

atomic mass[物] 原子质量；原子量

atomic absorption spectrophotometry[分化] 原子吸收分光光度法

atomic absorption原子吸收；原子吸收作用

Atomic theory原子学说

atomic structure[物] 原子结构

atomic energy[核] 原子能，核能

atomic hydrogen[化学] 原子氢

英汉例句

• listing 1 shows how we specify the transaction context for an atomic request.

  清单1展示了我们如何指定原子请求的事务上下文。

• and all ion channels are selective for a single type of ion, and we can think about how that selectivity takes place, and that「s where this idea of atomic radius is going to become very important.

  所有的离子通道都是仅对某一种离子具有选择性的，而我们可以来想一想这种选择性是如何发生的，这也就是原子半径这个概念将会变得，非常重要的地方。

• they are a function of the instant atomic arrangement, how we arrange the atoms: same composition, simple example, one inch thick pine board, one inch thick plywood.

  那是即时的原子排序,的功能，我们如何排序原子，同样的成分，简单的例子，一英寸厚的松木板，一英寸厚的胶合板。

• so, what」s the conservation of mass if we divide by the atomic masses here?

  那么质量守恒是什么呢？,如果我们在这儿按原子质量划分？

• it determines the atomic lines and how chemistry takes place.

  它决定了原子的排列以及化学反应如何发生。

• it has spindly fibers that protrude from the atomic vertices like spokes, and they interfere with crystallization.

  它拥有细长的纤维像辐条一样从原子顶部凸出并且干涉其结晶。

• data control needs to move from servers to files and even atomic units within the data itself.

  数据控制需要从服务器移动到文件，甚至到数据自身内的原子单元。

• individual rules are defined at an atomic level — that is, you can define a unique combination of conditions that will execute one and only one rule for that collection of triggers.

  独立规则是在原子级别上定义的 — 也就是说，您可以定义一个独特的条件组合，为这一组触发条件执行一条（且惟一一条）规则。

• this allows atomic actions to be performed as part of a jbi exchange.

  这使得原子活动能够作为jbi交换的一部分被执行。

• and when you persist objects, they can only be persisted in the same atomic transaction if they are in the same entity group.

  并且在持久化对象时，如果它们在相同的实体群中，那么它们只能被持久化到相同的原子事务中。

• semaphores allow synchronization of processes by testing and setting the integer value in a single atomic operation.

  信号允许进程通过一个单一的原子操作来测试和设置那个整数的值，以此实现同步。

• these techniques include raman scattering, in which light returns with a shift in wavelength as a result of atomic or molecular laser excitation.

  这项技术包含拉曼散射，这种散射指反射光会因为原子或分子的激发而有一个波长上的移动。

• the , , and tags provide ways of combining atomic form controls into complex user interfaces.

  和 标记提供将原子表单控件组合到复杂的用户界面中的方法。

• in imperative programming languages, i must think about each atomic step in my algorithm.

  在命令式编程语言中，我们必须在算法中考虑每个原子步骤。

• as we described earlier, an uncontested lock operation involves some setup and an atomic machine instruction.

  如前所述，无争用锁定操作涉及了一些设置和一个原子机器指令。

• this is clearly not an atomic operation.

  这显然不是一个原子操作。

• when they are not, you should consider breaking them down into their atomic elements.

  当测度不是全相加的时，应考虑将它们分成其原子元素。

• if you put this image into a stereo viewer, you can pick out the 3d atomic structure; for anything more complex than this, we need a different way to visualize what is going on.

  如果您将这个图像放到立体图像查看器中，您可以分辨出3d原子结构；对于更加复杂的结构，我们需要采用不同的方式来可视化它们。

• it also plays an important role in the area of service collaboration as it can be used to implement a composite service as a collaboration of atomic services.

  它在服务协作领域也扮演着重要角色，因为它可以用来实现一个组合服务，后者是由多个原子服务通过协作构成的。

• i like the angstrom because atomic dimensions are conveniently measured by angstroms.

  我喜，埃，因为原子大小的东西,用埃来度量更方便。

• but as semiconductors move to the atomic scale, answering this sort of question will solve production problems ten years out.

  然而随着半导体转向原子范畴，回答这样的问题可以彻底解决十年的生产问题。

• but, it could be not just atomic hydrogen.

  但是，它不能仅仅是原子氢。