同位

基本解释 (translations)

apposition  ·  homothety  ·  parity  ·  interoposition

词组短语

in site

与同位相关的网络例句 [注：此内容来源于网络，仅供参考]

By modern design idea of humanism, the paper briefly analyses the big problem in corporation image design and propagandizing at present; and it puts forward allotrope theory as measure of solving the problem. It narrates the advantages of symbol allotrope with figures from four aspects, propagandizing reality, information receiver, psychology and information theory; and it gives objective analysis for the prospect of allotrope theory.

从人本位的现代设计理念出发，简要地分析了目前企业形象设计和宣传中存在的突出问题，提出了标志的同位异变理论为解决问题之道；结合图形，并从宣传本体、信息受众、心理学和信息论4个方面详细阐述论证标志的同位异变的优势；并对标志同位异变理论的未来前景进行了客观的分析。

Through a comprehensive study of appositive structure and an investigation into a large quantity of linguistic facts, we know that there is great difference in the interior of this structure, and it includes many different types of sub-categories that are restricted by different conditions. Those restrictions are made complicated as they are interrelated not only to the semantic properties of Noun, but also to the functional features of Pronoun.

本文通过对现代汉语同位结构全面地探讨，并结合对大量语料的实际考察，我们可以知道同位结构的内部有很大的差异，包含多种不同的次类型，它们各有不同的条件制约，这不仅与名词的语义特征密切相关，也与代词的功能特征密切相关，情形非常复杂。

The DBHF method adopts the realistic nucleon-nucleon interaction, which is fitted to the NN scattering phase shifts and deuteron properties.

G矩阵包含了核子有效相互作用的同位旋信息，同位旋矢量介子对质子和中子的作用不同，在计算中我们区分核物质中的质子和中子，这样得到的RMOP是同位旋相关的。

In addition, Comparing with the results of expanding evaporating source model and an isospin-dependent p...

另外，通过与膨胀蒸发源模型及同位旋相关的渗透模型分析结果的比较，发现这种差别主要是由同位旋相关的反应动力学所造成的。

In odd-parity systems, the parity bit makes the number of 1-bits in a byte to be an odd number; using even parity, the number of 1-bits is an even number.

奇数同位的电脑系统会强迫将位元组内之位元1的个数加上同位位元的个数设为奇数，偶数同位的电脑系统则是将其设为偶数

At the same time, due to 2~1S_0、 3_1S_0 are the radical excitations of 1~1S_0,we can use Regge trajectory on the (n,M~2)-plane with the approximate same slope to describe the mass of isoscalar of 3~1S_0 nonet (1926MeV). The two results derive from different ways are approximate. 2 The mass of the isodoublet of 2~3S_1 nonet is analyzed in the quarkonium-quarkonium mixing scheme, the results (1584±16.7MeV) is far from the K~*(1410)(1414±15MeV). 3 Based on "glueball dominance" picture, we establish glueball-meson mass relations. For the 2~ glueball mass and 4~ glueball mass used as input parameters, these relations predict the mass of isoscalar of 1~3F_4(4~)(2076±19.66MeV).

的质量(1900±12MeV)；同时考虑到2~1S_0、3~1S_0为1~1S_0的径向激发态，在(n，M~2)雷吉轨迹图中应该具有近似相同的斜率，利用雷吉轨迹可以得到其对应质量为(1926MeV)，两种方法得到了两个十分自洽的结果。2在介子—介子混合框架下，对2~3S_1介子九重态中同位旋二重态的质量给出估计，得到(1584±16.7MeV)，这个结果相对于K~*(1410)=1414±15MeV有较大的偏离。3在胶球为主的图像下，利用介子—胶球质量关系，选择2~与4~胶球的质量作为输入参数，我们得到1~3F_44~(介子九重态中同位旋标量态？

Thirdly, the standered SIMPLE algorithm of Patankar forsolving tWo-dAnensional elliPtic kind equations in orthogonal coo-rdinates is developed, A gerneral comPuter program for solvingequations goveming the laxninar flows and tubulent flows usingcolocated grids in orthogonal coordinates is built.

在S.V Patanker求解二维定常椭圆型方程的SIMPLE程序的基础上，加进同位网格的内容，编制了层流、紊流计算程序，用1）平行平板层流；(2）后台阶层流：（3）正方形方腔层流自然对流三种典型流动状态检验了层流同位网格SIMPLE计算程序，结果显示与一般规律及理论解吻合甚好。

In the quarkonium-quarkoniumglueball mixing scheme, we quantitatively present the quarkonia-glueball content of the isoscalar scalar states and the isoscalar pseudoscalar states, and find that it is necessary to introduce additional glueball components in the ground isoscalar pseudoscalar mesons.

在介子—介子—胶球混合的框架下，我们定量地给出了同位旋为零的标量态和同位旋为零的赝标态的夸克-胶球内容，发现基态同位旋为零的赝标介子中有必要引入附加的赝标胶球成分，标量介子和标量胶球间存在强烈的混合。

Recently, the study on the QCD phase structure is extended to finite isospin density.

近年来，对QCD的研究已经扩展到有限同位旋密度的范围，而研究QCD在有限同位旋密度下的性质对调查致密星体、同位旋反对称核物质以及中能的重离子碰撞都有重要的意义。

The three control systems respectively were as follows:(1) The measuring part of the first one was displacement piezoelectric sensor. A pair of piezoelectric sensor/actuator was collocated by each side of the first solar array plate. The compensator was H = 2395-s;(2) The measuring part of the second one was also displacement piezoelectric sensor.A pair of piezoelectric sensor/actuator was collocated by each side of the whole solarfan.Tthe compensator was H = 244s;(3) The measuring part of the third one was velocity piezoelectric sensor.A pair of piezoelectric sensor/actuator was collocated by each side of the three solars array plates near to the body of satellite.

三种控制系统分别是：(1)、采用压电位移传感器，压电传感器／驱动器对同位布置于内板的边缘，控制器补偿函数为H=2395s~(1／2)；(2)采用压电位移传感器，压电传感器／驱动器对同位布置于整个太阳帆板的边缘，这是一种理想的情况，控制器补偿函数为H=244s~(1／2)；(3)采用压电速率传感器，压电传感器／驱动器对同位布置于靠近星体的三块基板边缘，控制器补偿函数为H=2370s~(1／2)。

与同位相关的网络解释 [注：此内容来源于网络，仅供参考]

appositional adjunct：同位附加語

apposition 同格;同位;複說 | appositional adjunct 同位附加語 | appositional clause 同位子句;同位分句

appositional clause：同位子句;同位分句

appositional adjunct 同位附加語 | appositional clause 同位子句;同位分句 | appositional clause formation 同位子句構成法

appositional clause formation：同位子句構成法

appositional clause 同位子句;同位分句 | appositional clause formation 同位子句構成法 | appositional clause swooping 同子句引入

appositive clause：同位子句

appositive 同位語;本位語 | appositive clause 同位子句 | appositive NP 同位名詞組

appositive phrase：同位片語

appositive NP 同位名詞組 | appositive phrase 同位片語 | appositive relative clause 同位關係子句

appositive phrase：同位短语

appositive clause | 同位语从句 | appositive phrase | 同位短语 | appositive | 同位格的 同位格字

Odd parity：奇同位

两种同位 (parity) 协议 - 奇同位 (Odd Parity) 与偶同位 (Even Parity )- 以类似的方式运作. 一开始将百万赫兹数转换为字节数 / 秒可能会令人感到困惑,转换过程中最重要的两项数据是速度 (MHz) 以及总线宽度 ( 位 ) .

parity, odd：奇同位

同位内存 parity memory | 奇同位 parity odd | 同位状态 parity state

parity check bit：同位核对位

同位检查,同位核对 parity check | 同位核对位 parity check bit | 同位核对电路 parity check circuit

parity check bit：同位核對位元

同位檢查,同位核對 parity check | 同位核對位元 parity check bit | 同位核對電路 parity check circuit