Examples of using
中的电子
in Chinese and their translations into English
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例如,一个恒定且均匀的磁场中的电子。
For example, an electron in a constant and uniform magnetic field.
相反,它们被半导体材料中的电子运动所照亮。
They are illuminated by the movement of electrons in semiconductor material.
采购过程中的电子核准系统也需要实现制度化。
System of electronic approvals during the procurement process also needs to be institutionalized.
工业应用中的智能电子冷却解决方案。
Smart electronics cooling for industrial applications.
控制半导体中的电子和空穴浓度是一项长期挑战。
Control of electron and hole concentrations in semiconductors is a longstanding challenge.
硅中的电子被全部锁在晶体结构中。
Silicon electronics have all been locked in the crystal structure.
采购过程中的电子授权系统也需要实现制度化。
System of electronic approvals during the procurement process also needs to be institutionalized.
计算原子的“圈”中的电子数。
Count up the number of electron in the atom's"circle.".
这是我们所需要的-我们需要锂中的电子。
Which is what we need-- we need the electrons from the lithium.
未来几年,他们将研究其他二维材料中的电子是否也能够以同样的方式被控制。
In the next few years they will be investigating whether electrons in other two-dimensional materials can also be controlled in the same way.
通常,半导体或金属中的电子移动并散射,如果施加电压,最终会向一个方向漂移。
Normally, electrons in semiconductors or metals move and scatter, and eventually drift in one direction if you apply a voltage.
此外,他们计算出空星际空间中的电子可以自发地进入其近期的概率。
They also calculated the probability that an electron in empty interstellar space will spontaneously travel back into its recent past.
大多数金属之所以有光泽,是因为原子中的电子会从不同的能级或“轨道”跃迁。
Most metals are shiny because the electrons in the atoms jump from different energy levels, or"orbitals.".
较高轨道中的电子立即下降到较低能量水平,以光子的形式释放其额外的能量。
An electron in a higher orbital immediately falls to the lower energy level, releasing its extra energy in the form of a photon.
耀斑还可以加速太阳等离子体中的电子(和质子)到光速的很大一部分。
Flares also can accelerate electrons(and protons) from the solar plasma to a large fraction of the speed of light.
这种高度有序的配置对应着一个小区域中的电子,或者台球在开球之前的状态。
This highly ordered configuration corresponds to an electron localized in a small region, or a rack of billiard balls before the break.
相比之下,红外波和可见光类似,是通过使合适材料中的电子在两个电子层级之间跃迁而产生的。
By contrast, infrared waves, like light,are made by making an electron in a suitable material jump between two electronic levels.
最重要的是,实验表明,在超导体中的电子以某种方式受到影响由材料中的原子的同位素质量。
On top of that, experiments suggested that the electrons in a superconductor somehow were affected by the isotopic mass of the atoms in the material.
人们或许会主张,至少原则上应当能够观察到轨道中的电子。
One could argue that it should atleast in principle be possible to observe the electron in its orbit.
原子中的电子有不同的能级,这取决于很多因素,其中包括电子的速度及其与原子核的距离。
An atom's electrons have different levels of energy, depending on several factors, including their speed and distance from the nucleus.
这些材料中的电子可以在二维平面中自由移动,但它们在第三方向上的运动受量子力学的限制。
Electrons in these materials are free to move in the two-dimensional plane, but their restricted motion in the third direction is governed by quantum mechanics.
Bardeen解释说,激子有两种“味道”,由它们中的电子旋转定义。
Bardeen explained that excitons come in two"flavors," defined by the electron spins in them.
这些材料中的电子可以在二维平面中自由移动,但它们在第三方向上的运动受量子力学的限制。
Electrons in these materials are free to move in the 2D plane, but their motion in the third dimension is restricted by quantum mechanics.
相反,它们会被引导穿过弦景观,就像一个良导体中的电子一样。
Instead, they would have been conducted all the way through the landscape, like an electron in a good conductor.
当激光脉冲击中一种材料时,材料中的电子开始来回振荡,吸收并重新发射光。
When the laser pulse hits a material, the electrons in the material start to oscillate back and forth, absorbing and reemitting the light.
色素分子的光激发诱导在天线复合物中的电子转移。[1].
Photoexcitation of the pigment molecules in the antenna complex induces electron transfer.[1].
磁铁就是一个很好的例子:磁铁中的电子在材料内部的自旋方向上排列,产生磁场。
Magnets are a good example: The electrons in magnets align themselves in a preferred direction of spin inside the material, producing the magnetic field.
紫外线会释放材料中的自由电子,从而产生自由基,分解VOC和NOx气体。
Ultraviolet light will release free electrons from material, thereby creating free radicals, which break up VOCs and NOx gases.
紫外线会释放材料中的自由电子,从而产生自由基,分解VOC和NOx气体。
Ultraviolet light will release free electrons from the material, thereby creating free radicals, which break up VOCs and NOx gases.
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