photonic
photonic
1. This program calculates the 2D photonic Band Structure with PWE method.
(译)：此程序计算了二维光子带结构PWE方法。
2. A relatively high - energy photon with wavelength in the approximate range from0.01to10nanometers.
X光一种相对的高能光，波长在0。01毫微米(埃)到100毫微米(埃)之间
3. A real or virtual photon may spontaneously annihilate.
一个实的或虚的光子可以自发地湮没。
4. The chance that an electron absorbs more than one photon is negligible.
一个电子吸收一个以上的光子的机会是极少的。
5. The latest effort, by a Canadian firm called Opalux, uses objects called photonic crystals to produce electronic paper with bright, sharp colours.
一家名为Opalux的加拿大公司最近做出了一些尝试，他们使用一种叫做光子晶体的物质来制作拥有光亮耀眼的电子纸。
6. The bigger the refractive index ratio of two primitive dielectrics of one-dimensional photonic crystals is,the narrower the transmission band is.
一维光子晶体的两基元介质折射率比值越大,产生的透过带越窄;
7. The frequency band gaps of one-dimensional comb-like waveguide photonic crystals were investigated.
一维类梳状波导是由在一维主链上周期性接枝而形成的光子晶体。
8. The three days of darkness actually pertain to Mother Earth's entry into the Photon Belt.
三天的黑暗实际上是关于大地之母进入光子带。
9. The picture above depicts a "photonic micropolis," a rather fanciful collage of many different photonic crystal devices.
上图展示的是“光子微域”，是由许多不同的光子晶体图案拼接而成，相当具有幻想色彩。
10. SPPs dispersion relations demonstrate the photonic bandgap opens up when the size of the squared hole exceeds a half lattice constant a/2.
且当大小大于周期之半时，表面电浆极化子色散图显示光子能隙变大。
11. To enhance the tunable photonic delay of a single QW SOA, we explore a serial cascade of multiple amplifiers.
为了提高单个量子阱半导体光放大器的可调光子延迟,我们进一步探讨了多个光放大器的串行级联。
12. To appreciate this behaviour let's examine the dynamics associated with the odyssey of our single photon.
为了看出这一性质，我们来考察与这个单个光子的征程相联系的动力学。
13. Electrovac Curamik specializes in DBC material and thermal management solutions for electronic and photonic.
义威克固耐美专门研发和生产应用于电子和光电子领域中的DBC材料和热管理系统方案。
14. Humans discovered eighteen planets revolving around a central sun that emanated a light that surrounded each in photonic energy flow.
人类发现了十八个行星围绕着发光的中心太阳运转，每一个都被光子能量流程环绕着。
15. The electromagnetic propagation process of a Gaussian pulse through an unmagnetized plasma photonic crystal is investigated.
以微分高斯脉冲为激励源,用算法公式所得的电磁波透射系数来讨论了温度、等离子体层密度对其禁带特性的影响。
16. Low dimensional silicon, where quantum size effects play significant roles, enables silicon with new photonic functionalities.
低维度硅的量子尺寸效应赋予硅材料新的光子学功能。
17. As a case, we calculate 2D metallic photonic crystals" band structures of TM mode and TE mode, and approve that there are plasmon bands for TE mode.
作为算例,计算了金属光子晶体TM模和TE模的能带结构,证实其TE模的能带结构中存在超平带。
18. And you can see with our Photon Cannons back online.
你看到了我们的炮台又恢复了对敌攻击。
19. We used Ebeam lithography to define the photonic crystal patterns and ion beam etcher for the etching process.
元件制作方面，我们使用电子束微影系统来定义光子晶体的图形，并用离子束蚀刻机进行蚀刻制程。
20. Photonic DNA creates another new form of biology that is energized by photon particles rather than sugar.
光子DNA创造另一个由光粒子而不是糖类来充能的新的生物形体。
21. Photonic devices Si-NCs in the SiO2 matrix.
光子器件硅基非华语在二氧化硅基质。
22. How the photon goes to the surface of the Sun and leaves is roughly as follows.
光子在太阳核心产生后,如何走到太阳的表面呢?
23. The photon is the carrier of electromagnetism.
光子是电磁波的载体。
24. The photonic crystal fiber(PCF) with a special envelop structure induces the light by photonic bandgap(PBG) effect.
光子晶体光纤(PCF)是一种具有特殊包层结构的光纤,它是利用光子禁带效应(PBG)来导光的。
25. Photonic crystals is a new type of optical material whose dielectric constant changes alternately following the coordinates of space.
光子晶体是一种介电常数不同的、其空间呈周期分布的新型光学材料。
26. Photonic crystals are a new kind of materials with photonic band gap.
光子晶体是一种具有光子带隙的新型功能材料。
27. Are Photon and Phase Cannons 2 different buildings?
光子炮和相位光炮是两种不同的东西么?
28. Photon Cannons, or the little hand thingies.
光子炮，就是那个小手一样的东西。
29. Photonic biology requires not sugar to subsist but instead relies upon light and love.
光子生物体，并不需要血糖来维生，而相反是依赖光与爱来维生。
30. The energy of the photon gives its color, or wavelength.
光子的能量决定了光子的颜色，也就决定了它的波长。
31. The upper limit of photon mass is 1.2x10-51 g.
光子的静止质量光子的静止质量上限是1.2x10-51g。
32. Can the photon be treated as a frame of reference?
光子能否作参考系呢?
33. Has been has been photon depilated or laser depilated?
光子脱毛好还是激光脱毛好?
34. Photon airship makes people enters aerospace to be just like ferial travel.
光子飞船使人们进入太空就象平日旅游。
35. Dielectric Waveguides / Photonic Crystals : Basics of optical cavities and waveguides. Photonic crystal concepts, structures, issues.
光学腔与波导之基础。光子晶体之概念、结构与问题。
36. The quantum of light is called a photon.
光的量子就称为光子。
37. The integration of photonic device becomes more and more important due to the fast developing optical network.
光网络的飞速发展，对光信息处理器件的要求越来越高，光子器件的集成变得越来越迫切。
38. Electron-electron correlation studies in photon ionization.
光致电离中电子关联的研究。
39. It is the light body that gathers photonic energy emanating from the Great Central Sun and utilizes such energy to rotate the larger chakras that sustain one's global auric field.
光身体收集发源于大中枢太阳的光子能量，并使用这种能量来轮换那些用于保持着一个人全球范围欧罗拉场的较大的脉轮。
40. One of those assumptions is that only a single photon represents each qubit.
其中一个假设是，一个量子位元只由一个光子表示。
41. A dual-channel optical filter was designed using photonic crystal concept and prepared by Ion Beam Assisted Deposition(IBAD).
利用一维光子晶体进行了双通道窄带滤光片的设计,并利用离子束辅助沉积方法进行了滤光片的镀制。
42. Frequency conversion of continuous wave is realized by using two-dimensional quasiperiodic nonlinear photonic crystal.
利用两维准周期非线性光子晶体实现了准连续波的频率转换。
43. By means of transfer matrix method,we calculate the transmission,reflectivity and field distribution through one-dimensional photonic crystal.
利用传输矩阵的方法,计算了电磁波通过一维光子晶体的透射系数、反射系数和场分布。
44. Spatially selective QW shape modification, using intermixing which changes optical properties, can be utilized for monolithic photonic integration.
利用混合技术空间有选择地改变量子阱形状从而改变其光学性质可以用来实现单片光子集成。
45. The polarization properties of one-dimensional photonic crystal have been investigated by using the method of characteristic matrix.
利用特征矩阵法研究了两种偏振光通过一维光子晶体的偏振特性。
46. The journey to 15,000 strands requires the transmutation of the nervous system to hold photonic energy in each cell.
到15,000股的旅程需要转换神经系统到在每一细胞中持有光子能量。
47. By matching the Bloch condition, we can also calculate the dispersion relation for an infinite photonic crystal and plot the band diagram.
加上布拉格条件，亦可用来计算无穷大光子晶体的色散关系，并以之描绘能带图。
48. Single Photon Medical Lineal Accelerator,1set.
单光子医用直线加速器,1台。
49. SPECT: Single Photon Emission Computer Tomgraphy.
单光子发射计算机断层扫描仪。
50. Single Photon and Electron Medical Lineal Accelerator, 2sets.
单光子带电子医用直线加速器,2台。
51. When an atom shoots out a photon of light, it recoils like a gun.
原子发出光子时，会象枪一样地反冲。
52. The original (real or virtual) photon is re-created.
原来的光子（实的或虚的）再度产生。
53. Some of the energy intended for the photon is drained off by the recoiling atom.
原来给予光子的能量有一部分为反冲原子所消耗。
54. Dual Photon and Electron Medical Lineal Accelerator,2sets.
双光子带电子医用直线加速器,2台。
55. Instead ascension shall be gradual and generational ahead, with humans and all other living things upon earth rising each cycle a little further towards photonic biology.
反之，前方的提升将是渐变而逐代的，人类和一切地球生灵将逐次慢慢接近光子生物体。
56. Furthermore, due to the self-assembling behavior, polystyrene nanospheres (PSNS) could congregate to a photonic crystal with FCC structure.
另一方面，由于自然界中存在著自我组装的现象，漂浮在水中的聚苯乙烯奈米球，即可藉此凝聚成一个面心立方结构的光子晶体。
57. We can add plausibility to this statement by considering how a photon carries away angular momentum.
可以通过考虑一个光子如何带走角动量来为这种说法的合理性增添份量。
58. Tunable band gap is a new and important field in photonic crystals research because of many potential applications.
可调光子晶体由于其潜在的应用价值成为现今光子晶体研究中的一个热点。
59. In the photon picture, an electron literally absorbs a blast of energy as opposed to a gradual trickle.
在光子图象中，一个电子确确实实是一下子吸收一股能量，而不是逐渐地吸收。
60. The increasing photonic energy will begin to placate the remaining electricity upon earth in the years ahead.
在前方的年份之中，正在渐增的光子能将开始平息地球上的剩余电流。
61. Bremsstrahlung produced at an internal target of the accelerator will have a maximum photon energy equal to Ea.
在加速器的内靶上产生的轫致辐射的最大光子能量将等于Ea。
62. In atoms, the excited electron returns to a lower orbital, emitting a photon.
在原子，被激发的电子释放出一个光子，回到能量较低的轨道；
63. Such a device would be very handy in a future photonic computer.
在未来的光子电脑中，这种装置将会非常方便。
64. In this thesis, the absorption and reflection properties have been investigated near the photonic bandgap in FCT and FCC structures, respectively.
在本论文中，除了研究面心长方结构，于光子能隙附近的吸收性质之外，也研究了面心立方结构在光子能隙中的反射特性；
65. This process can be observed in the vibrant colours of the precious stone opal, a natural photonic crystal.
在珍贵的蛋白石中可以观察到这一颜色变化的过程，蛋白石是一种天然的光子水晶。
66. During the transience the electron and photon populations deviate slightly from their equilibrium values respectively.
在瞬态过程中，电子和光子的密度各稍微偏离其平衡值。
67. In chapter four we have investigated the capability of uniaxially/biaxially dielectric anisotropy in modulating the photonic band structure.
在第四章，我们研究了单轴和双轴各向异性对光子能带的调制能力。
68. We can control the photonic band gap via changing the geometric thickness according to the requirement during designing the photonic crystal.
在设计光子晶体时，可以根据需要，通过缓慢改变光子晶体某一折射率层的和何厚度可实现对光子带隙的控制。
69. Great efforts has been made on fabricating photonic crystals (PCs) with photonic band gaps (PBGs) during the past decade.
在过去的十年中，国内外开展了大量的关于制作具有光子带隙的光子晶体的研究。
70. In the transmitted wave,along with the extinction coefficient increment,the width of photonic bandgap is a gradual extension,the...
在透射波中,随着消光系数的增加,禁带宽度逐渐扩大,禁带边缘逐渐模糊,当消光系数增加到0.02时,已经不存在明显的能带。
71. There they remain until stimulated by a PHOTON of the proper frequency.
在那里它们继续保持直到通过适当频率的光子受激发。
72. The expression of single photon acquisition probability is deduced from the fundamental-mode Gaussian beam.
基于基模高斯光束，推导了单光子捕获概率的表达式。
73. And you can see with our Photon Cannons back online, the Reapers have no choice but to run for cover.
大家看到"光子加农炮"又有了动,"收割者"没有选择余地只好撤退.
74. And with our pylon down, our Photon Cannons go offline, making us vulnerable to continued attack.
如果我们的"能量塔"被摧毁,我们的"光子加农炮"就会失去动力,这样我们就容易受到持续的攻击.
75. They are permanent as a photon is not.
它们是永恒的，而光子则不然。
76. It will arrive at the earth with less frequency than a brother photon emitted on the earth.
它到达地球时的频率小于在地球上发射的同种光子的频率。
77. There are resonance modes in the photonic band gap when defects are introduced to the integrity photonic crystals.
完整二维光子晶体中引入点缺陷后,在光子晶体禁带中会有共振模出现;
78. To the point-defect 2D photonic crystals, the two kinds of curves consist of the same photonic band gaps and defect states and embody the.
对于同一参数结构的光子晶体,不同算法得到的带隙和缺陷态频率是一致的。
79. The possibility of designing optical filters using photonic crystals technique was studied in this paper.
对光子晶体技术在滤光片设计中的应用进行了可行性研究。
80. Then it gives the prospect of tunable photonic crystal fiber devices based on the material filling.
对基于材料填充的可调光子晶体光纤器件的前景进行了展望。
