1) cross-sequence
cross-序列
1.
Following on cross-sequences and steffensen sequences(Ⅰ), we give some applications of theorems of on cross-sequences and steffensen sequences(Ⅰ) and establish weaker characteristic conditions for cross-sequences and Steffensen sequences thanthose used in.
对判别 cross-序列和 Steffensen序列建立了更弱的特征条
2.
On cross-sequences and Steffensen sequences(Ⅰ);
本文 ,对哑演算的展开定理建立了更广意义下的逆定理 ,对判别 cross-序列和Steffensen序列建立了比 [1～ 4]的条件更弱的定
2) Cross method
Cross法
1.
Based on air-quantity equilibrium law of node of resolved ventilation network,air-pressure equilibrium law of circuit,ventilation resistance law and Cross method,software MVSS3.
根据通风网络解算的节点风量平衡定律、回路风压平衡定律、通风阻力定律和Cross法,利用MVSS3。
3) Cross Product
Cross-Product
1.
A novel IP packet classification algorithm based on Cross Product and HashTree;
一种基于Cross-Product与HashTree的IP分类算法
4) Sequence
[英]['si:kwəns] [美]['sikwəns]
序列
1.
Identifying and sequence analysis of HLA-B~*2736;
HLA-B~*2736等位基因的序列分析
2.
Compositive sequence in treatment of oral and maxillofacial hemangioma;
口腔颌面部血管瘤血管畸形的综合序列治疗
3.
Sequence analysis of HIV-1 subtype B′viruses;
B′亚型人类免疫缺陷病毒的基因序列分析
5) sequences
[英]['si:kwəns] [美]['sikwəns]
序列
1.
Study on detector of Mealy type pulse sequences with wrong logic output;
Mealy型脉冲序列检测器中非逻辑输出的研究
2.
Study of Numerical and Figure Expression for DNA Sequences;
DNA序列数形表示的研究
3.
Family of sequences with low cross-correlation and large linear span;
一类具有低相关特性和较大线性复杂度的序列集
6) sequencing
[英]['si:kwənsiŋ] [美]['sikwənsɪŋ]
序列
1.
cDNA cloning, sequencing and characterization of radish chloroplast ATPase beta subunit;
萝卜叶绿体ATP酶β亚基的cDNA克隆及序列特征
2.
Cloning and Sequencing of gE Gene Fragment Encoding Epitopes of Pseudorabies Virus Fa Strain;
伪狂犬病病毒闽A株gE基因表位抗原编码区的克隆与序列测定
3.
Cloning and Sequencing of Full_length Fusion Gene of Strain ZQ98_1 of Pigeon Paramyxovirus_I;
鸽Ⅰ型副粘病毒ZQ98-1株F基因全序列的克隆和序列分析
补充资料：cross-over reaction
分子式：
CAS号：
性质：在链式共聚合中的增长阶段，一种单体的活性中心加到另一种单体上去的反应。这样，在二元共聚反应中～～A*+B→～～AB*和～～B*+A→～～BA*都是交互增长反应。自增长和交互增长的相对倾向，决定于单体的竞聚率。如果两种单体的活性中心都交互增长，则有利于形成交替共聚合。
CAS号：
性质：在链式共聚合中的增长阶段，一种单体的活性中心加到另一种单体上去的反应。这样，在二元共聚反应中～～A*+B→～～AB*和～～B*+A→～～BA*都是交互增长反应。自增长和交互增长的相对倾向，决定于单体的竞聚率。如果两种单体的活性中心都交互增长，则有利于形成交替共聚合。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条