sandwich structure 中文意思是什麼

sandwich structure 解釋
疊層構造
  • sandwich : n 三維治〈英國五港之一〉。n 三明治，夾心麵包片；三明治層狀結構[物]。 ride [sit] sandwich 夾坐二人...
  • structure : n. 1. 構造，結構；組織；石理，石紋。2. 建造物。3. 【化學】化學結構。4. 【心理學】（直接經驗中顯現的）結構性，整體性；整體結構。adj. -d ,-less adj.
  1. In the framework of the transverse ising model ( tim ), landau phase transition theory and the electrostatic field theory, we study the physical properties of the ferroelectric thin film, bilayer, sandwich structure, multilayer with a non - polarization slab and a two - dimension polar lattice model with polar defects. the main work and results are as follows : first, the long - range interaction in ferroelectric material is sometimes neglected in the previous studies. we introduce the long - range interaction in the framework of the tim and the landau theory

    本文在橫場伊辛模型、朗道相變理論以及靜電場等理論的框架內，對鐵電薄膜、鐵電雙層膜、鐵電三明治結構以及含有雜質層的鐵電多層膜和含有偶極缺陷的二維偶極點陣系統等多層鐵電系統的相變、熱電、介電、電滯行為等物理性質進行了深入研究。
  2. By extending the pyroelectric theory of a ferroelectric bilayer, we have presented the effective pyroelectric coefficient of a ferroelectric sandwich structure by use of the electrostatic theory. when the pyroelectric coefficient of the interface has a large deviation from that of the two - sided slabs and the dielectric constant of the interface is low, the effective pyroelectric coefficient of the sandwich structure may be one or two order higher than the largest pyroelectric coefficient of the components

    我們應用靜多層結構鐵電系統的物理性質研究摘要電場理論，推廣了鐵電雙層膜的熱電理論，給出了鐵電三明治結構的有效熱電系數，發現在界面層的熱電系數與上下兩層的熱電系數差異較大，且界面層的介電常數較小的情況下，三明治這種復合結構材料的有效熱電系數比單一組份材料的熱電系數可以提高一到兩個數量級。
  3. The purpose of this thesis is to use this powerful method to identify the dynamic characteristic of the honeycomb sandwich structure

    本文的主要目的就是利用dbm方法的強大辨識能力對蜂窩板夾層結構的動力學特性進行辨識。
  4. On the other hand, it seems not quite easy to use the conventional methods to identify the dynamic characteristic of the honeycomb sandwich structure, which is a main structure of the modern satellite, due to its complex construction

    而另一方面，作為構成現代衛星的主要結構之一的蜂窩板夾層結構，由於其復雜的構成方式使得應用傳統的辨識方法難以對其動力學特性給出清楚和完整的描述。
  5. Finally, the improved method is utilized to identify data acquired by vibration test of a honeycomb sandwich structure with different magnitudes, locations or vibration directions, and the identification results are used to analyze the characteristic of the structure in order to guide the further study of satellite structure ’ s design

    最後利用改進后的dbm方法對幾組在不同量級、不同振動方向、不同測點的蜂窩板夾層結構的振動數據進行辨識，並利用辨識的結果對于結構的動力學特性進行分析，從而為實現對衛星結構的設計提供依據。
  6. This thesis reports an analytic study on the giant - magnetoresistance of multi - layer sandwich structure and spin - valve structure by using green function quantum statistics approach and nonlinear kubo formula that was derived by sub - dynamics theory

    本論文報導使用量子統計格林函數方法以及由子動力學理論推出的非線性響應理論對多層膜三明治結構和自旋閥結構的巨磁電阻效應的解析研究。
  7. To identify the dynamic characteristic of honeycomb sandwich structure via method mentioned in this thesis can be valuable in practice for further design,

    利用本文的方法，實現了對鋁蜂窩夾層結構動力學特性的辨識，這對鋁蜂窩夾層結構的設計，實驗和分析具有一定的實用價值。
  8. Finally, the nonlinear identification method to stochastic data in frequency domain is used to analyze and identify the nonlinear characteristic of some multifunctional electrical case with honeycomb sandwich structure

    最後，將隨機數據的頻域非線性分析與辨識方法應用於某鋁蜂窩夾層結構多功能電子機箱的非線性特性研究中。
  9. The honeycomb sandwich structure has been widely utilized in engineering field nowadays. however, due to the complex construction of this structure, it seems not quite easy to describe its dynamic characteristic clearly and completely via conventional methods. the purpose of this thesis is to analyze and identify the dynamic characteristic of honeycomb sandwich structure based on nonlinear methods to stochastic data in frequency domain

    現今鋁蜂窩夾層結構廣泛應用於工程領域，但由於鋁蜂窩夾層結構復雜，使得應用傳統的辨識方法難以對其動力學特性給出清楚和完整的描述，本文的目的就是應用隨機數據的頻域非線性分析與辨識方法對鋁蜂窩夾層結構的動力學特性進行辨識。
  10. The authors deduced the analytic formula for the calculation of the giant - magnetoresistance of multi - layer sandwich structure and spin - valve structure, and also discussed what the calculation results implied

    論文作者得出了多層膜三明治結構和自旋閥結構的巨磁電阻效應的解析公式，並分析了結果的意義。
  11. In 1998 vedyayev and cooperators calculated giant - magnetoresistance of multi - layer sandwich structure and spin - valve structure by using the linear response kubo formula and green function technology

    1998年vedyayev等人運用這個線性響應的kubo公式和格林函數技術計算了多層膜三明治結構和自旋閥結構的巨磁電阻。
  12. The csicdc ( combined structure icdc ) mainly consists of steel framework and glass fiber reinforced plastic ( grp ) - foam sandwich structure

    該混雜結構司機室主要由鋼骨架和玻璃鋼泡沫夾芯結構組成。
  13. The thicknesses of the panel and core materials of the foam sandwich structure were optimized and the core material was optimized as well

    並對玻璃鋼泡沫夾芯結構進行面板、芯材厚度以及芯材的選材進行優化設計。
  14. The highlights in this paper are as follows : ( 1 ) designed a feasible structure for the icdc, and primarily designed a rational constituent of the steel framework and foam sandwich structure according to the characteristic of the manufacture process

    全文主要工作如下: （ 1 ）設計復合材料司機室合理結構形式。結合工藝特點，對鋼骨架和泡沫夾芯結構組成進行初步設計。
  15. The steel framework occupies a large portion of weight in the csicdc for its high density, and the foam sandwich structure occupies a large portion of volume in the csicdc and the costs is very high, therefore the optimum design work about the csicdc was focused on the steel framework and foam sandwich structure

    由於鋼骨架密度大，其重量在司機室中所佔比例大，同時玻璃鋼泡沫夾芯結構材料用量大且成本高。因此，混雜結構司機室優化設計工作主要圍繞鋼骨架和玻璃鋼泡沫夾芯結構展開。
  16. The gaas / inas / gaas quantum - dots is dealed as strain sandwich structure, considering the large strain, using the kinematics theory of x - - ray dil1yaction of multi - layer of, experiment of x - ray diffraction from quantum - dot is simulated successfully to obtain the strain and thick of each layer

    將inas gaas多層量子點處理成夾層結構，考慮到大的應變，用多層膜的x射線衍射的運動學理論進行了成功的理論模擬，得出其應變參數及各層厚度。
  17. On the basis of the research efforts of magnetic polymer nanocomposite at home and abroad in recent years, the preparation methods of magnetic polymer nanocomposite were reviewed in this article, the latest research advanced in magnetic polymer nanocomposite with core - shell structure and sandwich structure were also reviewed in detail, and also the applications in determinating microbe and organism in water determination were summarized

    在總結國內外有關磁性高分子微球研究成果的基礎上，介紹了納米磁性高分子復合微球的制備方法，重點闡述了核殼式結構和三明治式結構納米磁性高分子復合微球制備的最新研究進展，概述了磁性高分子復合微球在檢測水中微生物和有機物的應用。
  18. Third, the ferroelectric bilayer with a thick interface may be taken as a ferroelectric sandwich structure, and the interface will play a nontrivial role on the pyroelectric properties of the ferroelectric multilayer

    （ 3 ）界面對鐵電多層結構系統的熱電性質影響很大，具有一定厚度的界面的鐵電雙層結構可以看成是一個鐵電三明治結構。
  19. The principal needs of realization on strategic inertial accelerometer are large measurement range ( higher than 70g ) and high stability. in this paper aimed at a most basic and typical " sandwich " structure with easy realization in techniques, the system of micromachined electrostatic servo - accelerometer is analyzed in detail on static and dynamic state, mainly including : the influence on the z - component of the center of mass, lateral accelerations disturbance and the applied bias voltage on the stability of the sensor

    戰略慣導加速度計實用化的首要條件是大量程（ 70g以上）和高穩定性，本文針對一種最基本、最為典型和工藝上較易實現的「三明治」結構，從靜態和動態兩方面對電容式微機械靜電伺服加速度計系統進行了詳細分析。
  20. The shallow buried structure of frp honeycomb sandwich was comprehensively analyzed and calculated by finite element method. the calculating formulation of shallow buried frp honeycomb sandwich structure was amended by constantino model that combined american army and former soviet experience formulary in this article

    用constantino模型結合美軍和前蘇聯的經驗公式，修正了作用在淺埋地下的曲拱形玻璃鋼蜂窩夾芯結構在化爆下的荷載計算公式。
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