1.Application of AOP to realization of dynamic reflection of middleware
应用AOP实现中间件的动态Reflection
2.FTIR-ATR (attenuated total reflection) technology was employed to observe the processes of deliquescence and efflorescence of sodium nitrate (NaNO3) aerosol particles at the molecule level.
应用FTIR-ATR(Attenuated Total Reflection)技术,在分子水平上对硝酸钠气溶胶微粒的潮解与风化过程进行观测。 作者首次报道在潮解过程中硝酸钠气溶胶微粒转晶,和两种不同风化行为的红外光谱特征。
3.Starting from the fundamental wave equation for acoustics of moving media, a systematic study concerning the reflection and refraction of plane sound waves on the interface between two moving homogeneous media has been made under the assumption that the Mach numbers M of moving media are low, such that M2<<1. The representations for reflection and refraction coefficients as well as the equation decribing the total reflection zone are obtained.
本文从运动介质声学基本方程出发,在介质运动的Mach数低(M~2<<1)的条件下,对两种均匀介质分界面上的反射、折射和全反射问题作了系统的讨论,得到反射系数和拆射系数的表达式以及全反射区锥面的方程。
4.The spectral analysis of non-orthogonal functions cannot be obtained by orthogonal integration Method.Only the spectral analysis of soMe particular non-orthogonal functions can be realized by integral transforMation.Thus,the concept of reflection Matrix is proposed and the Mirror syMMetry of spectral analysis for non-orthogonal function is revealed.Any eleMent functions whose reflection Matrix can be obtained possesses its inverse eleMent function.The spectral vector corresponding to an eleMent function possesses its inverse spectral vector corresponding to the inverse eleMent function.By reflection Matrix the Mapping relation of eleMent function pair and spectral vector pair can be established.Spectral analysis of non-orthogonal functions can be obtained with this syMMetry by using the integration Method as in the case of orthogonal functions,instead of calculating the inverse Matrix as usual.So a convenient and practical Method for spectral analysis of non-orthogonal functions is offered.
非正交函数不能利用正交积分来实现谱分解.仅有某些特殊的非正交函数可以通过积分变换实现谱分解.本文提出了反射阵的概念,揭示了非正交函数谱分析的镜像对称性.任何能够建立起反射阵的元函数存在着它的逆元函数,并且任何基于该元函数的谱向量同时也存在着基于逆元函数的逆谱向量.元函数对与谱向量对通过反射阵建立映射关系.利用这种对称性,非正交函数可以象正交函数一样使用积分方法获得谱分解结果,而不必使用求解逆阵的方法,从而为非正交函数的谱分解提供了便捷、实用的方法.
5.The high-performance heat-reflective coated glass is also called sunlight control coated glass it is made by coating a number of metal or metal compaound films onto the high-quality float glass or other base glass with the vacuum magnetic control sputtering method, which can effectively control the reflection,transmission and absorption of solar energy, that is to say, this glass allows sufficient natural light to come in for daylighting, and can also reflect major part of sunlight irradiation to reduce the collection of indoor heat and lower down the expenses for ventilation and air conditioning; furthermore, the transmission,reflection ratio and reflection color are ready for the selection by the users.
高性能热所射镀膜玻璃也称为阳光控制镀膜玻璃，是在优质浮法玻璃或其他基片上用真空磁控溅射的方法镀多层金属或金属化合物薄膜而成，可有效控制玻璃对太阳能的反射、透过和吸收，也就是说允许足够的自然光进入室内用于采光，还能把大部分太阳光辐射热反射掉，减少室内热量的积聚，降低通风及空调的费用，而且可以根据客户的需求，灵活选择透过率，反射率及反射颜色。
6.Design and growing 12.5 period Al 0.6 Ga 0.4 As/AlAs distributed Bragg reflection (DBR) structure by MOCVD on (311) GaAs substrates. By white light reflection mapping,the peak reflect wavelength uniformity is about 1.0 %,and absolute reflection of these DBR can reach above 90 %,The structure was investigated by double crystal X ray diffraction,and the DBR period of 84.5 nm for 580 nm wavelength was obtained.
设计并利用 MOCVD在 (311) Ga As衬底上生长了 12 .5个周期的 Al0 .6 Ga0 .4 As/ Al As黄绿光分布式 Bragg反射 (DBR)体系 ,测量了白光反光谱及其外延片峰值波长分布 ,反射率 90 %以上 ,波长不均匀性在 1.0 %以下 ; 利用了 X射线双晶衍射对其进行结构表征 ,5 80 nm波长 DBR结构周期为 84 .5 nm。
7.The clues and techniques to improve the resolution of data processing are 1) removing the affection of near surface factors on data acquisition, including static correction and noise eliminating technique etc, 2) broadening the frequency band of pre-stack seismic data, including amplitude compensation and pre-stack deconvolution etc, 3) improving S/N ratio of high frequency and weak reflection signals through multiple coverage with high precision velocity analysis, residual static correction and high-order NMO, raising "dead line of high frequency reflection", and 4) identifying post stack effective reflection frequency band, enhancing dominant frequency and so on.
主要包括：①消除近地表因素对资料采集的影响，包括静校正和噪音压制技术等；②叠前拓宽地震资料领带，包括振幅补偿和叠前反褶积技术等；③借助高精度速度分析、剩余静校正和高次项NMO技术，通过多次覆盖叠加，消除资料中随机噪声干扰、提高资料信噪比，尤其是高频端反射信息的信噪比，改善高频反射和弱反射信号信噪比，提高“高频反射死亡线”；④叠后有限反射颇带识别、抬高优势频率等。
8.The effective reflection area of a cubic corner reflector is defined , it is testified for the cubic corner reflector that the ray reflect from this prism is not parallel with the ray incident on the corner of undersurface of this prism , the effective reflection area is calculated in the case of the ray incident on the undersurface of this prism vertically , the acreage of the effective reflection area is two thirds as that of the undersurface of this prism .
定义了立方角锥棱镜的有效反射区，证明了立方角锥棱镜底面角部区域(即非有效反射区)入射光与出射光不平行，并且在入射光垂直棱镜底面入射情况下计算得有效反射区的面积为底面的三分之二。
9.The second is to deduce the theory of Aesthetic reflection through the reflection theory of Marxism philosophy or to seek the concept category of the theory of art reflection such as the theory of art work, theory of Aesthetic medium, theory of artistic mastery from the classical works of Marxism.
一是从马克思主义哲学反映论推导审美反映论或到马克思主义经典著作中寻找能够替代艺术反映论的概念范畴如艺术生产论、审美中介论、艺术掌握论等等。
10.The result of Davisson-Germer electron scattering experiment has usually been explained with reflection of de Broglie wave. A more precise explanation is made in this article by means of refraction as well as reflection of de Broglie wave.
戴维孙—革末电子散射实验的结果通常用德布罗意波的反射予以说明,本文利用德布罗意波的折射及反射作出了更精确的解释。
