same adj. 〔常 the same〕 1. 相同的,同樣的,同種的 (as); 同一個(gè) (with; that; who; which)。 2.(和以前)一樣,沒有變化。 3.上述的,該,那個(gè)〔和 this, these, that, those 等連用,常用輕蔑意〕。 4.〔不用 the〕〔罕用語(yǔ)〕單調(diào)的,千篇一律的。 eat the same (sort of) food every day 每天吃同樣的東西。 It is the same old game. 老是那一套。 It is the same with me. 我也是那樣。 She has been always the same to me. 她對(duì)我始終如一。 The life is perhaps a little same. 那種生活也許有點(diǎn)單調(diào)。 same-sex adj. 〔美國(guó)〕(性關(guān)系、婚姻關(guān)系等上)同性的 (a same-sex family 由兩個(gè)男[女]同性戀者組成的“家庭”)。 pron. 1.同一事[物];〔古語(yǔ)〕同一人〔常可不用 the〕。 2.【法、商】該人(等)(=he, him, she, her, they, them 等)。 3.上述之物,該物。 We have heard from Mr. Jones and have written to same. 【商業(yè)】瓊斯君有信來(lái),已復(fù)訖。 adv. 一樣,相同地,不變。 I think the same of him as you do. 我對(duì)他的看法和你對(duì)他的看法一樣。 about the same=much the same . all [just] the same 1.完全一樣 (It's all the same to me. 那對(duì)我完全一樣)。 2. 然而還是,仍然 (I like him all the same.(雖有缺點(diǎn))我仍然喜歡他)。 at the same time 同時(shí);〔俚語(yǔ)〕〔可省去 the 〕然而,可是,還是。 much the same 差不多完全一樣;一丘之貉。 not quite the same 有點(diǎn)兩樣。 one and the same (=the very same) 完全相同的,同一的;就是那個(gè)。 same here 〔口語(yǔ)〕我也一樣。 the same 1. 同樣地(=in the same way, in the same manner)。 2. 同一事物;上述事物;該人,那個(gè)人 ( I wish you the same. =(The) same to you! 彼此彼此〔對(duì)恭賀新禧時(shí)的答話〕)。 the very same 正是這個(gè),完全相同〔加強(qiáng)語(yǔ)氣〕。 n. -ness
In ps alt , we obtain the bayesian estimation of each parameter and marginal posterior density when the prior density of shape parameter is continuous using laplace method under ce model . in ssalt , we obtain the bayesian estimation of each parameter using the same method 在序加試驗(yàn)下,對(duì)于逆冪律模型,給出了參數(shù)的bayes統(tǒng)計(jì)分析,并利用laplace方法解決了分布的形狀參數(shù)取為連續(xù)先驗(yàn)時(shí)各參數(shù)的bayes估計(jì)和參數(shù)后驗(yàn)邊際密度。
The basic thought is to divide the cities which are close to each other into a group ( physical area ) by applying sorting neural network , find out the optimal path by the improved hnn , and then calculate the local optimal path by using the same method , and finally get the whole optimal path , which are described as following : a assembly s of cities is grouped into some subsets according to their physical location and we can get , and then get the optimal , path of tsp of s = { s , i = 1 , 2 , n } through the given method , as well as the st 基本思想是利用聚類神經(jīng)網(wǎng)絡(luò)先把地理位置上相互靠近的城市劃分為一個(gè)集體單位(一個(gè)物理區(qū)域) ,用改進(jìn)的hopfield神經(jīng)網(wǎng)絡(luò)算法求解各個(gè)區(qū)域間的最優(yōu)(或近似最優(yōu))路徑,然后再在每一個(gè)區(qū)域內(nèi)部用同樣的方法來(lái)求解其局部的最優(yōu)(或近似最優(yōu))路徑,這樣可以最終得到全局的最優(yōu)(或近似最優(yōu))解。描述如下:設(shè)有城市集合s ,按城市的地理位置把s劃分為若干子摘要2集,得s ijs , ,其中廠s ; d , i一口求得集合i叫s s ; i習(xí), 2 , … n的tsp最優(yōu)路徑,再依次求得子集s ;內(nèi)部的tsp最優(yōu)路徑,即得最終優(yōu)化路徑m一) s一) …一寧s ; di
By comparing the error of dispersion , it illustrates that the staggered uncolocated grid yee ' s scheme is the best one among 2 order schemes . using the same method for 2 order scheme , we analysis the high order fdtd schemes . the method for constructing good - performance high order fdtd schemes is points out , and a new 4 order scheme which is coincident for e and h is given out 然后,將該分析方法應(yīng)用到高階fdtd的研究中,指出了構(gòu)造高階差分格式的原則和方法,并提出了一種新的電磁對(duì)稱的4階fdtd方法,研究并給出了它和其他兩種電磁不對(duì)稱4階fdtd的色散特性,結(jié)果表明高階方法具有比2階fdtd方法小的多的數(shù)值色散誤差。
Finally , dynamic compliances of a pile with variable impedance embedded in layered saturated soil are studied . a simplified layered model is put forward on the basis of the single layer elastic bearing model . by using the same method , analytical solutions in frequency domain hence semi - analytical solutions in time domain representing the dynamic responses at pile head are obtained 基于土層層問(wèn)相互作用,提出了飽和成層土中任意變阻抗樁的縱向振動(dòng)問(wèn)題簡(jiǎn)化層間模型,利用單層土中提出的解析方法,基于這一簡(jiǎn)化層間模型,求得飽和成層土中任意段變阻抗樁的樁頂頻域解析解和時(shí)域響應(yīng)半解析解,并論證了模型的合理性。
According to measured data , testis sizes from animals captured in september 2000 were different remarkably from that in april and july 2001 , and not differences among their age groups , which was indicated that l . lagurus in september 2000 did not have reproductive abilities . by use the same method , we have observed that l . lagurus in april 2001 and groups from - age and - age ( old ) in july 2001 have reproductive abilities . in addition , the reproductive ability from the - age group in july 2001 was intermediated between the groups in september 2000 , - age group in april and - age group in july 2001 我們對(duì)不同時(shí)間參與繁殖的雄鼠睪丸大小的測(cè)定結(jié)果表明, 2000年9月雄鼠睪丸大小與2001年4月和7月的有顯著性差異,表明2000年9月草原兔尾鼠雄鼠進(jìn)入繁殖休止期; 2001年4月種群中齡和齡雄鼠睪丸大小無(wú)顯著性差異,與2001年7月的相比有顯著性差異,但與2001年7月種群的齡鼠和齡鼠的相比無(wú)顯著性差異,表明2001年4月和2001年7月種群的齡和齡草原兔尾鼠雄鼠具繁殖能力; 2001年7月的齡雄鼠睪丸大小與2000年9月的有顯著性差異,表明該時(shí)期齡雄鼠的繁殖力介于2000年9月種群和2001年4月和7月種群的齡鼠和齡鼠之間。
Furthermore , the dq value ranges of profile multifarctal spectra in different landform types and in different directions of the same sections perform different properties and anisotrpies . it can be concluded that the landscape fractal properties depends closely on the int ensity , manner and inhomogenity of exogenic and inogenic processess , and with the properties , we can study quantatively the dynamic geomorphic process . by using the same methods just above , local fractal dimensions d , crossover length tc and the multifractal spectra dq - q of two large - scale landform profiles ( across and along tianshan mountain ranges respectively ) are calculated . the results show that in the studied scaling range the two profiles perform different scaling properties , and both of them can be divided to three evident different linear scaling subsections 不同類型地貌區(qū)二維地貌表面也表現(xiàn)出多度域分形特征,而且隨著觀測(cè)尺度的增加,每個(gè)區(qū)間的分維值均表現(xiàn)為依次減小,表明外營(yíng)力作用的影響逐漸被內(nèi)營(yíng)力作用所取代:不同類型地貌區(qū)在相應(yīng)區(qū)間的分維值表現(xiàn)為高山區(qū)中低山區(qū)盆地區(qū),體現(xiàn)了不同類型地貌表面粗糙性或復(fù)雜性的差異,因此分維值大小可作為地貌表面外營(yíng)力侵蝕作用強(qiáng)度的重要指標(biāo):利用標(biāo)度區(qū)的間斷點(diǎn)和各種地貌類型表面分維值或宏觀效應(yīng)趨于一致,提出5 - 6km左右可作為地貌的宏觀臨界點(diǎn),并且與利用地貌剖線研究所得到的5km這一數(shù)值是基本吻合的。