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- Experimental study on density wave oscillation of parallel rectangular channels 双矩形通道密度波不稳定性研究
- Detection of Fractal Characters in Density Wave Oscillation of Vapor Water Two Phase Flow With Wavelet Transform 小波检测汽液两相流动密度波不稳定性的分行特征
- Overlapped Flow of Flow Oscillation Caused by Rolling Motion and Density Wave Oscillation of Natural Circulation 摇摆运动引起的波动与自然循环密度波型脉动的叠加
- THE LINEAR HOMOGENEOUS FLOW MODEL FOR DENSITY WAVE OSCILLATION OF TWO-PHASE FLOW IN PARALLEL TUBES 并联管内两相流密度波脉动线性均相模型
- Experimental Research on Density Wave Oscillation of Steam-Water Two-Phase Flow in Parallel Inclined Internally Ribbed Pipes 倾斜并联内螺纹管汽-水两相流密度波型脉动试验研究
- density wave oscillation (DWO) 密度波
- Density wave oscillation 密度波型脉动
- density wave oscillations 密度波型脉动
- We also give a brief account of charge density waves (CDW). 对电荷密度波也作了简单的介绍。
- Introduces the technical principles,test items and configuration of OMU/ODU in density wave distribution mulfiplexer system. 介绍了密集波分复用系统中合波器/分波器的技术原理、测试项目和配置。
- The condensed phases such as charge density wave (CDW), spin density wave (SDV) and superconducting phases are predicted within the random phase approximation (RPA). 在无规周相近似(RPA)范围内得到各种有序相:电荷密度波(CDW)、自旋密度波(SDW)及超导相存在的可能性,指出发生这些相变的条件。
- As temperature decreases, paramagnetic-commensurate spin density wave(CSDW)-incommensurate spin density wave(ISDW) transition occurs in the Cr97.02Al2.98 alloy. 随着温度降低;Cr97.;02Al2
- The effect of spin density wave on 2+1 dimensional BCS-type super-conductors with the next nearest neighbor interaction is investigated with themean-field approximation. 本文研究具有次近邻互作用的2+1维BCS型超导体与自旋密度波共存的系统。
- Our results show that the ground state when including the diagonal and off-diagonal coupling at the same time, is coexisting charge density wave (CDW) with bond order wave (BOW). 结果表明;当同时包括对角和非对角耦合时;这种物质的基态将是电荷密度波(CDW)和键序波(BOW)共存;而以前的研究者都认为在这种物质中只存在电荷密度波(CDW).
- In this dissertation, we made theoretical study on three important aspects in detail, i.e., RF characteristics of helix Slow Wave Structure (SWS), the suppression of Backward Wave Oscillation (BWO) and self-consistent nonlinear beam-wave interaction. 本论文对螺旋线行波管的三个重要物理问题:螺旋线慢波系统的高频特性、返波振荡的抑制和自洽非线性注波互作用,进行深入而细致的研究。 本论文的主要研究工作和创新之处在于:
- The Lindblad and other resonances play a distinct role in shaping the orbits and delimiting the density waves. 林布拉德共振与其他的共振，在塑造轨道与界定密度波上，扮演了决定性的角色。
- We calculate variations of the charge density wave (CDW) and the spin density wave (SDW) gaps,ad well as their classical trajectory ? c,s with increasing on-site Coulomb repoulsion potential. 通过自旋密度波和电荷密度波的位相结构的变化 ;并结合其相应能隙的变化 ;得到以下结论 :系统的Ising相变与Mott相变不重合 ;中间有一个SDI(spontaneouslydimerizedinsulating)的过渡相 .
- We measured the reflectance spectra of pure,3% and 15% Tungsten|doped K 0 3 MoO 3 below and above the charge density wave (CDW) transition temperatures. The conductivity spectra were derived from Kramers|Kronig transformation. 研究了准一维材料K0 3MoO3以及掺杂了 3%25和 15%25的W的样品在TCDW =180K以上和以下的温度时的光反射谱和电导率谱 .
- Based on a theoretical model for interchain coupled quasi-one-dimensional organic ferromagnet, the charge density wave(CDW) and spin density wave(SDW) that exist in the system are investigated. 基于考虑链间耦合的准一维有机铁磁体的理论模型 ;对存在于系统内的电荷密度波 ( CDW)和自旋密度波 ( SDW)进行了研究 .
- In the 1960s the puzzle was partially solved by the theory of density waves, developed by Chia-Chiao Lin and Frank Shu, both then at the Massachusetts Institute of Technology. 1960年代，美国麻省理工学院的林家翘与徐遐生发展出密度波理论，解开了这个谜团的一部份。
