并笛

基本解释 (translations)

Calliope

与并笛相关的网络例句 [注：此内容来源于网络，仅供参考]

It is shown that in Jameson's algorithm is not an orthogonal stream-lines coordinate system, but a local stream-lines coordinate system instead. Nevetheless, because of the finite-difference discretization in Jameson's scheme is not carried out along the direction of s and n, but along the Cartesian coordinates, the analysis on all terms of the full potential equation in Cartesian coordinates reveals that his scheme does take a back-ward difference along the streamwise exactly at all points in the supersonic flow region.

表明其所采用的坐标系不是真正的正交流线坐标系，而是局部流线坐标系；同时由于Jameson方法并不对s，n进行差分离散，而是在原笛卡尔坐标系下作差分离散，对笛卡尔坐标系下的全位势方程中的各项的分析表明，Jameson方法恰好能做到在超音速点沿真正的流线方向作后差分。

In this paper,the diagonal Cartesian method simulating the complex boundary, together with thetreatment to wetting-drying dynamic variation of the boundary, is applied into thetwo-dimensional shallow-water flows and sediment transport mathematical modeling,and their governing equations are discretized and solved in diagonal Cartesiancoordinates.

本论文采用斜对角笛卡尔坐标方法对不规则的复杂边界进行模拟，重点处理好干湿动边界的变化，并在斜对角笛卡尔坐标系中进行二维浅水运动的水流泥沙基本控制方程的离散和数值计算求解。

We determine the bounds on the upperand lower orientable strong radius and strong diameter of graphs satisfyingthe Ore condition. Let G_1, G_2 be any connected graph, we present the exactvalue of srad(G_1×G_2), consider the relationship between sdiam(G_1×G_2) andr(G_1×G_2), d (G_1×G_2). Moreover, we determine the values of the lower orientablestrong diameters of some special graphs. Furthermore, we give the exact value ofSDIAM, a lower bound for SDIAM, an upper and lowerbound for SRAD and SRAD, respectively.

对满足Ore条件的图，给出了最小强半径、最大强半径的上、下界；对笛卡尔乘积图G_1×G_2，确定了G_1×G_2的最小强半径与G_1×G_2的半径以及G_1和G_2的最小强直径之间的关系，并进而确定了一些特殊笛卡尔乘积图的最小强直径的值，确定了SDIAM的值，SDIAM的下界，SRAD和SRAD相应的上、下界。

In chapter three, we study the lower orientable strong radius and strong diameterof the Cartesian product of graphs and prove that: srad(G_1×G_2)= 2r(G_1×G_2),sdiam(G_1×G_2)≤min{sdiam(G_1)+sdiam(G_2), 2(G_1×G_2), 4r(G_1×G_2)}. Furthermore,we establish three sufficient conditions for sdiam(G_1×G_2)= 2d(G_1×G_2)holds and determine the values of the lower orientable strong diameters of somespecial graphs. Moreover, we give the exact value of SDIAM, a lowerbound for SDIAM, an upper and lower bound for SRAD andSRAD, respectively.

在第三章，研究了笛卡尔乘积图G_1×G_2的最小强半径，证明了如下结果：srad(G_1×G_2)=2r(G_1×G_2)，sdiam(G_1×G_2)≤min{sdiam(G_1)+sdiam(G_2)，2d(G_1×G_2)，4r(G_1×G_2)；给出sdiam(G_1×G_2)=2d(G_1×G_2)成立的三个充分条件，并由所给出的充分条件确定了一些特殊笛卡尔乘积图的最小强直径的值；确定了SDIAM的确切值，SDIAM的下界，SRAD和SRAD的上、下界。

Similar to and often marketed as "red snapper".

与红笛鲷相似并经常被当作红笛鲷来卖。

In order to improve the discrepancy of Ocarina, we used air window of whistle, air chamber of syringe together with the sound holes of Ocarina in making a sound adjustable Ocarina. The frequency spectrum was analyzed with computer sound fixing and ranging software and statistical software was employed to analyze the effects on pitch of area of sound hole and cubic of air chamber.

本研究为改良陶笛的缺失，利用哨子的气窗、针筒的气腔与陶笛的配孔式音孔结合，自创一种可调音的陶笛，并以电脑测音软体分析其频谱，利用统计分析其音孔面积与气腔体积对音高的影响。

On the basement of conventional direct fan-beam reconstruction, this paper gives a newly improved algorithm-"fast filtering-backprojection". This method utilizes the symmetrical circle geometry to sample projection data, and reconstructs image on the Polarcoordinate firstly, then translates this reconstructed image onto the cartesian coordinate system with two interpolating operations so that the computer can show the result image on the VGA screen. This algorithm rebates the calculating backprojection greatly, and shortens a few times of reconstructing time than same kinds of means. With the size of image enlarging, the reconstructing time abates with 2 exponent times. In addition, according to the idea of parallel-beam, we rearrange the fan-beams and reconstruct image using parallel-beam method fastly. The rearranging constraint condition is given here.

本文首先在传统的扇束直接重建方法的基础上，提出了一个改进的快速滤波反投影重建算法，它利用旋转采集投影数据的圆周对称的几何关系，先在极坐标系统内进行图象的重建，然后通过两次内插运算再将图象转换到计算机显示方式下的笛卡尔坐标系中去，该方法将以往的直接重建方法中的反投影时所需的运算大大降低，并将重建时间比同类方法缩短了几倍，而且随着重建图象的尺寸的增大，重建时间以2的指数次方倍相对缩短，并获得了较好质量的重建图象；另外，又根据平行束投影重建图象的思想，对扇形射束进行了重排，然后利用平行束重建图象的方法进行扇束的重建，并推导了&扇束重排重建图象&方法的约束条件。

The original title of the piece is the Dragon Sings, and was later changed to the Water Dragon Singgs in the Tang Dynasty, in 1942, the honorary vice-president of the Dayan Naxi Ancient Music Association, Zhou Shanfu wrote new lyrics to the music according to the White Lotus Ode written by the Southern Song poet Zhang Yan.

唐代大诗人李白《宫中行乐词》中有&笛奏龙吟水&之句。此证盛唐时已将琴曲《龙吟》改为笛曲《水龙吟》了。1942年原丽江中国大研纳西古乐会名誉副会长、国学大师周善甫以南宋词人张炎的同名词牌《咏白莲》依声填配，获得成功，并流传至今。

I got a mail which contain the information of developing a kind of new head joint from a friend who always sent me mails before, it likes old Chedeville head joint, made with the same material, and it can make more shake.

我从一位常给我写信的人那里收到了一份介绍一种新开发专业笛头的函件，它类似于老的 Chedeville 笛头，用同样的材料制造，并应该能够产生更多的震动。

Methods All the known parvalbumin gene sequences from several fish species were compared by bioinformatic method and the highly conserved domains were selected for degenerative primer designing .The RT-PCR and 3'-RACE methods were applied to clone the full-length parvalbumin cDNA from red snapper.

采用生物信息学方法对多种鱼的小清蛋白基因进行序列性比对，根据序列保守区域设计并合成简并性引物，通过实时-PCR和3′cDNA末端快速扩增RACE技术克隆紫红笛鲷小清蛋白的全长基因，并进行序列分析。

与并笛相关的网络解释 [注：此内容来源于网络，仅供参考]

argumentation：论证

"基于逻辑学与修辞学这两种论证方法的本质区别,佩雷尔曼的新修辞学指出方**上"论证"(argumentation)与"证明"(demonstration)两种方法的基本差异,并对传统哲学上的笛卡儿主义进行了彻底的批判,而强调"论证"在人文学科研究上的重要性.

cartesian product：笛卡尔乘积

Codd在其早期的文章中,引入了8种基本的操作:并(Union)交(Intersection)差(Difference)笛卡尔乘积(Cartesian Product)限制(Restrictions)投影(Projection)连接(Join)除(Division)这些操作都是对关系的内容或表体实施操作的,得到的结果仍为关系.

Defoe：笛福

又笛福(Defoe)>日审判>>(VisionofJudgmen)长诗自序说拜伦、雪莱皆魔鬼派诗人. ⑨马洛(Marlowe)>(Faustus)记浮士德刺臂出血,并载契约全文. ⑩见>第二卷. ⑴魏

demonstration：证明

"基于逻辑学与修辞学这两种论证方法的本质区别,佩雷尔曼的新修辞学指出方法论上"论证"(argumentation)与"证明"(demonstration)两种方法的基本差异,并对传统哲学上的笛卡儿主义进行了彻底的批判,而强调"论证"在人文学科研究上的重要性.

difference：差

并(union),差(difference),交(intersection),广义笛卡儿(extended Cartesian product)这类系统仅支持关系数据结构(即表),不支持集合级的操作. 表式系统实际上不能算关系系统. 倒排表列(Inverted list)系统就属于这一类.

dithyramb：酒神赞歌

人们在筵席上为祭祝酒神狄奥尼索斯所唱的即兴歌,称为"酒神赞歌"(Dithyramb). 与比较庄重的"太阳神赞歌"相比,它以即兴抒情合唱诗为特点,并有芦笛伴奏,朗然起舞的酒神赞歌受到普遍的欢迎. 到公元前6世纪左右,酒神赞歌开始负盛誉,

The Pied Piper：花衣吹笛人

由于这首诗的广泛流传,英语"花衣吹笛人"(The Pied Piper)这个专有名词已转化为常用的普通名词,其意为诱拐者,并引伸为提供有吸引力但也有欺骗性的诱惑物的人.

Spherical：球坐标

在"至坐标"(To Coordinates) 下,选取下列尺寸选项:选取坐标系为"球坐标"(Spherical)、"柱坐标"(Cylindrical) 或"笛卡尔坐标"(Cartesian),并使用"角度"(Angle) 框指定下列角度格式之一,将其赋予选定坐标系中的角度:注意:"角度"(Angle) 选项不可用于笛卡尔坐标系

union：并

其它操作:插入(Insert)删除(Delete)更新(Update)域(domain) 给定一组域D1,D2,...,Dn,这些域中可以有相同的. 组(n-tuple)或简称元组. R:关系名 n:关系的目或度(Degree)并(union) 学号 姓名 性别连接(join) 连接与笛卡儿积的区别:结构化查询语言(SQL)基础

Lutjanus sanguineus：红笛鲷

并测定了分属于鱼、虾、贝、藻的10种海洋生物中谷胱甘肽的含量.利用邻苯二甲醛与GSH反应构成的荧光体系,在激发波长为365 nm,发射波长为425 nm的条件下,方法的回收率为99.22%~99.69%,变异系数为2.16%.应用此方法测得10种海洋生物中谷胱甘肽的含量为:红笛鲷(Lutjanus sanguineus)0.399 mg/g,