H-cordial,H-cordial,在线英语词典,英文翻译,专业英语

1) H-cordial

H-cordial

About the graph H-cordial problem pursuing result is more, but graph H2-cordial problem result is very few.

关于图的H-cordial问题结果较多,而H2-cordial问题的结果甚少。

2) H-cordial graph

H-cordial图

A necessary condition for H-cordiality of graphs is given,based on two regular graphs,the H-cordiality of a new graph G* is proved,then we get construction of two classes of H-cordial graphs and one can draw a series of H-cordial graphs from the construction.

给出了图G是H-cordial图的一个必要条件,证明了基于两个正则图而构造的新图G*是H-cordial图,从而得到了两大类H-cordial图的构造方法,由此可推导出一系列图都是H-cordial图。

3) H+

H+

Many H++ response characteristics of Iridium oxide electrode were described in this paper.

通过热氧化法制备了铱氧化物电极,研究了电极的各种H+响应行为:电极响应开路电位与溶液pH值的线性关系、响应范围、响应速度、滞后效应。

[Objective] To determine the expression change of histidine decarboxylase (H+DC) and H++,K+-ATPase in gastric mucosa during the healing of acetic acid-induced gastric ulcer in rats.

目的探讨胃黏膜内组氨酸脱羧酶(HDC)和H+,K+-ATP酶的表达与大鼠乙酸性胃溃疡自愈过程的关系。

Objective To investigate the expression changes of histidine decarboxylase(H+DC)and H++,K+-ATPase in gastric mucosa during the healing of experimental gastric ulcer in rats.

目的探讨胃黏膜内组氨酸脱羧酶(histidine decarboxylase,HDC)和H+,K+-ATP酶的表达与大鼠实验性胃溃疡自愈过程的关系。

4) H~+

H+

The gastric mucosal ulcer index(UI), NO contents in gastric mucosa and H~++, K~+-ATPase activity of parietal cells were measured.

方法:采用水浸-束缚应激(WRS)方法制备应激性溃疡(SU)动物模型,检测胃粘膜溃疡指数(UI)、胃粘膜NO含量和壁细胞H+,K+-ATPase活性,观察L-硝基精氨酸甲酯(L-NAME)和L-精氨酸(L-Arg)对应激后大鼠壁细胞H+,K+-ATPase活性及胃粘膜损伤的影响。

The H~++ extrusion from root indica.

采用水培培养方法,研究了不同形态氮素对大豆根系形态性状及释放H+的影响。

To investigate the modulatory effect of H~++ on ATP-activated current and the allosteric modulation through ATP receptor,double electrode voltage clamp technique was used to record the ATP-activated current in healthy Xenopus oocytes.

研究H+对非洲爪蟾卵母细胞内源性ATP受体的调制作用。

5) H +

H+

The pH +value of gastric juice, ulcer index ( UI ) of gastric mucosa,and H ++,K +-ATPase activity of gastric parietal cells were measured.

方法　采用水浸 -束缚应激 (WRS)大鼠模型 ,随机分为对照组、应激组及应激后 2 4、 4 8、 72h五组 ,检测胃液pH值、胃黏膜溃疡指数 (UI)和H+ ,K+ ATP酶活性 ,观察胃黏膜组织学变化及壁细胞超微结构改变。

6) H∞

H∞

Fuzzy Adaptive H∞ Output Feedback Tracking of Uncertain Nonlinear Systems;

非线性不确定系统的模糊自适应H∞输出反馈跟踪

The application of traditional H∞ control theory in power systems demands to optimize Gamma iterative problem.

指出传统的H∞控制理论在电力系统中的应用需要计算Gamma迭代的优化问题,而线性矩阵不等式(LMI)技术为多个目标控制器的设计提供了新途径,设计指标与约束条件等可表达成LMI形式,可用有效的凸优化算法得到精确解答。

A class of robust H∞ control problem with time vary state delay and parameter uncertainty is discussed.

通过构造Lyapunov函数,给出了此连续时间系统所有允许不确定性的鲁棒稳定条件并对其进行了稳定性证明,在此基础上,结合线性矩阵不等式(LMI)相关性质,设计出系统的H∞状态反馈控制器。

参考词条

H-H方程 H-H理论 a-SiC:H/a-Si:H 'H-'H　COSY谱 H-H 模型 H-酸 E_h H酸 H型 SBA-15-SO3 H 溶质计量置换保留理论滴度

补充资料：图的减缩图(或称图子式)

图的减缩图(或称图子式)
minor of a graph

图的减缩图(或称图子式)【.皿以ofa脚户;MHHoPrpa中a」【补注】设G是一个图(graph)(可以有环及多重边).G的一个减缩图(nullor)是从G中接连进行下述运算而得的任何一个图: i)删去一条边; 五)收缩一条边; 说)去掉一个孤立顶点. NRobe由on与P.D.Se脚aour的图减缩定理(脚Ph nl的。r theon习11)如下所述:已知有限图的无穷序列G，，GZ，…，则存在指标i

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

首页 \| 翻译 \| 影视 \| 论坛 \| 索引 H~+ A+H H~∞ H_∞ H~（+） H-H模型

1) H-cordial H-cordial 1. About the graph H-cordial problem pursuing result is more, but graph H2-cordial problem result is very few. 关于图的H-cordial问题结果较多,而H2-cordial问题的结果甚少。 2) H-cordial graph H-cordial图 1. A necessary condition for H-cordiality of graphs is given,based on two regular graphs,the H-cordiality of a new graph G* is proved,then we get construction of two classes of H-cordial graphs and one can draw a series of H-cordial graphs from the construction. 给出了图G是H-cordial图的一个必要条件,证明了基于两个正则图而构造的新图G是H-cordial图,从而得到了两大类H-cordial图的构造方法,由此可推导出一系列图都是H-cordial图。 3) H+ H+ 1. Many H++ response characteristics of Iridium oxide electrode were described in this paper. 通过热氧化法制备了铱氧化物电极,研究了电极的各种H+响应行为:电极响应开路电位与溶液pH值的线性关系、响应范围、响应速度、滞后效应。 2. [Objective] To determine the expression change of histidine decarboxylase (H+DC) and H++,K+-ATPase in gastric mucosa during the healing of acetic acid-induced gastric ulcer in rats. 目的探讨胃黏膜内组氨酸脱羧酶(HDC)和H+,K+-ATP酶的表达与大鼠乙酸性胃溃疡自愈过程的关系。 3. Objective To investigate the expression changes of histidine decarboxylase(H+DC)and H++,K+-ATPase in gastric mucosa during the healing of experimental gastric ulcer in rats. 目的探讨胃黏膜内组氨酸脱羧酶(histidine decarboxylase,HDC)和H+,K+-ATP酶的表达与大鼠实验性胃溃疡自愈过程的关系。 4) H~+ H+ 1. The gastric mucosal ulcer index(UI), NO contents in gastric mucosa and H~++, K~+-ATPase activity of parietal cells were measured. 方法:采用水浸-束缚应激(WRS)方法制备应激性溃疡(SU)动物模型,检测胃粘膜溃疡指数(UI)、胃粘膜NO含量和壁细胞H+,K+-ATPase活性,观察L-硝基精氨酸甲酯(L-NAME)和L-精氨酸(L-Arg)对应激后大鼠壁细胞H+,K+-ATPase活性及胃粘膜损伤的影响。 2. The H~++ extrusion from root indica. 采用水培培养方法,研究了不同形态氮素对大豆根系形态性状及释放H+的影响。 3. To investigate the modulatory effect of H~++ on ATP-activated current and the allosteric modulation through ATP receptor,double electrode voltage clamp technique was used to record the ATP-activated current in healthy Xenopus oocytes. 研究H+对非洲爪蟾卵母细胞内源性ATP受体的调制作用。 5) H + H+ 1. The pH +value of gastric juice, ulcer index ( UI ) of gastric mucosa,and H ++,K +-ATPase activity of gastric parietal cells were measured. 方法　采用水浸 -束缚应激 (WRS)大鼠模型 ,随机分为对照组、应激组及应激后 2 4、 4 8、 72h五组 ,检测胃液pH值、胃黏膜溃疡指数 (UI)和H+ ,K+ ATP酶活性 ,观察胃黏膜组织学变化及壁细胞超微结构改变。 6) H∞ H∞ 1. Fuzzy Adaptive H∞ Output Feedback Tracking of Uncertain Nonlinear Systems; 非线性不确定系统的模糊自适应H∞输出反馈跟踪 2. The application of traditional H∞ control theory in power systems demands to optimize Gamma iterative problem. 指出传统的H∞控制理论在电力系统中的应用需要计算Gamma迭代的优化问题,而线性矩阵不等式(LMI)技术为多个目标控制器的设计提供了新途径,设计指标与约束条件等可表达成LMI形式,可用有效的凸优化算法得到精确解答。 3. A class of robust H∞ control problem with time vary state delay and parameter uncertainty is discussed. 通过构造Lyapunov函数,给出了此连续时间系统所有允许不确定性的鲁棒稳定条件并对其进行了稳定性证明,在此基础上,结合线性矩阵不等式(LMI)相关性质,设计出系统的H∞状态反馈控制器。参考词条 H-H方程 H-H理论 a-SiC:H/a-Si:H 'H-'H　COSY谱 H-H 模型 H-酸 E_h H酸 H型 SBA-15-SO3 H 溶质计量置换保留理论滴度补充资料：图的减缩图(或称图子式) 图的减缩图(或称图子式) minor of a graph 图的减缩图(或称图子式)【.皿以ofa脚户;MHHoPrpa中a」【补注】设G是一个图(graph)(可以有环及多重边).G的一个减缩图(nullor)是从G中接连进行下述运算而得的任何一个图: i)删去一条边; 五)收缩一条边; 说)去掉一个孤立顶点. NRobe由on与P.D.Se脚aour的图减缩定理(脚Ph nl的。r theon习11)如下所述:已知有限图的无穷序列G，，GZ，…，则存在指标i 说明：*补充资料仅用于学习参考，请勿用于其它任何用途。
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