relation n. 1.說話,敘述,報(bào)告;故事。 2.關(guān)系,聯(lián)系;〔pl.〕(利害)關(guān)系,交情;〔pl.〕國際關(guān)系。 3.親戚關(guān)系;親戚。 4.【法律】告發(fā);追溯效力。 5.比率,比數(shù)。 6.〔pl.〕男女關(guān)系;性關(guān)系。 diplomatic relation 外交關(guān)系。 the relations of production 生產(chǎn)關(guān)系。 social relations 社會(huì)關(guān)系。 the relation between cause and effect 因果關(guān)系。 the relation of father and son 父子關(guān)系。 Is he any relation to you 他是你的親戚嗎? bear no relation to =be out of all relation to 和…無關(guān),和…完全不稱。 The outlay seems to bear no relation to the object aimed at. 這費(fèi)用似乎和預(yù)期目的完全不相稱。 have relations with 和…有(某種)關(guān)系。 have relation to 有關(guān);和…有關(guān)系(The report has relation to a state of things now past. 這個(gè)報(bào)告是關(guān)于現(xiàn)在已經(jīng)過去的事件的)。 in [with] relation to 關(guān)于…,就…而論。 make relation to 提及…,讀到…。 relation by marriage 姻親,裙帶關(guān)系。
with relation to 關(guān)系到; 關(guān)于, 涉及, 有關(guān); 關(guān)于,涉及,有關(guān);與...相比; 津津有味地, 有興趣地
Moreover , the simularity scale relations for the tidal current and sediment experiment and the tidal current and pollutant dispersion experiment are also derived 同時(shí),還導(dǎo)出了潮流泥沙試驗(yàn)和潮流污染物擴(kuò)散試驗(yàn)的相似比尺關(guān)系。
Since the scaling relation we found is intrinsic , this application is independant of how we define haloes , when we do observation and which cosmogony we choose 另外我們發(fā)現(xiàn):暗暈匯聚因子c的增長并不是簡(jiǎn)單地正比于宇宙膨脹因子,而與質(zhì)量吸積速率反相關(guān)。
With the development of database technology , a large scale relation database ( rdb ) , object - oriented database ( oodb ) and object - relation database ( ordb ) get mature little by little on integrality , security , standardization , prevalence and so on 目前,隨著數(shù)據(jù)庫技術(shù)不斷發(fā)展,大型關(guān)系型、對(duì)象關(guān)系型、純對(duì)象型數(shù)據(jù)庫在完整性、安全性、標(biāo)準(zhǔn)化、開放性、可擴(kuò)充性等方面日益完善,一般都提供對(duì)變長字段的支持。
The effects are on the probabilistic assessment of both scattering regularity and sampling size of the test s - n data . p - s - n curves are characterized by the scale and location parameters related s - n relations for the maximum value model . the materials constants of in the scale relations are given by the average s - n relations and the locations 曲線用極大值分布的位置與尺度參量s - n關(guān)系曲線來表征,尺度參量s - n關(guān)系曲線可表示成均值與位置s - n曲線的函數(shù);均值曲線的材料常數(shù)應(yīng)用最小二乘法求出,位置曲線參數(shù)通過極大值分布的似然函數(shù)解出。
Ch foam material is filled in the cavities in order to improve planar degree of shock wave driven by x - ray radiation . wedge - shaped aluminum samples are used to measure time - space streaking images of optical signals from the shock wave . and then the velocity and pressure of the shock wave is obtained . the radiation temperature is obtained by using the scaled relations between veloctiy of shock wave and radiation temperature 在腔內(nèi)充ch發(fā)泡材料,提高輻射驅(qū)動(dòng)沖擊波的平面性.利用楔形鋁膜測(cè)量輻射驅(qū)動(dòng)沖擊波發(fā)光信號(hào)的條紋圖像,從而獲得沖擊波速度和沖擊波壓力.利用沖擊波速度與輻射溫度的定標(biāo)關(guān)系,求得輻射溫度
With experimental threshold coefficient and approximate scale relation between sub - images of wavelet detail coefficients , an improved algorithm is used to get a faster speed with more precise threshold . with 2d - wavelet transform , the characters of image objects can be found in different resolution , texture features can be extracted form detail and approximate images of wavelet transformation 二維小波變換可使圖像目標(biāo)特性在不同分辨率下顯露出來,所得細(xì)節(jié)圖像和近似圖像可在多分辨下反映分布目標(biāo)的紋理等特征,具有更強(qiáng)的類別可分性,對(duì)sar圖像分析十分有意義。
The scaling relations of conduction time and opening time with the plasma density , which are computed by a series of simulation results , show that , influence of plasma density on conduction time is greater than opening time . influence of cathode em itted electrons on conduction process , which is found to be more important when initial plasma density is low , is dependent of the initial plasma density . the penetration of a magnetic field into cylindrical middle - density ( 1013 / cm3 ) c + + and h + plasma with uniform and parabolic density profile , are examined with aid of pic simulation 模擬得到的低密度( 10 ~ ( 11 ) cm ~ 3 10 ~ ( 13 ) cm ~ 3 )條件下導(dǎo)通和斷路時(shí)間與等離子體密度的定標(biāo)關(guān)系曲線顯示:密度對(duì)于導(dǎo)通時(shí)間的影響遠(yuǎn)大于對(duì)于斷路時(shí)間的影響;陰極電子對(duì)于peos導(dǎo)通過程的影響程度與初始等離子體密度有關(guān),初始密度越大,陰極電子的影響就越小。