1) vertical fusion
垂直积聚
1.
By horizontal fusion and vertical fusion to prune data flow graph corresponding to initial datastream,this paper transforms most of XQuery queries into a single pass and executes it,analyzes some situations that our technic can not transform the queries into one pass and then executes it.
通过水平积聚和垂直积聚对原始数据流所对应的数据流图进行裁剪,从而将大部分查询转换成一遍遍历数据流便可执行。
2) vertical deposition
垂直沉积
1.
Subsequently three dimensional(3D) SiO2 colloidal crystals were prepared on the films through vertical deposition technique.
在氧化铟锡玻璃上电化学合成了CdSe薄膜,采用垂直沉积法首次在CdSe薄膜上制备了SiO2胶体晶体,实现了CdSe表面介电常数的调节。
2.
The SiO2 colloidal crystal was assembled using vertical deposition technique,and their microstructures and optical properties are characterized with the photonic band-gap(PBG) at near infrared .
采用垂直沉积法制备了胶体晶体,并对样品的结构和光学性能进行了表征。
3) Vertically integrated
垂直累积
1.
Vertically integrated liquid water content characters of hail cells in the northeast Tibetan plateau and its application in estimation of hail-shooting time;
青藏高原东北侧雹云单体最大垂直累积液态含水量的演变特征及其在降雹定时判断中的应用
4) vertical focusing
垂直聚焦
1.
An optimization simulation was performed for the vertical focusing monochromator Ge(511) of neutron diffraction residual stress instrument,and several optimized parameters,such as the height of the monochromator and the angle between two adjacent crystals were obtained.
为提高应力谱仪样品处的中子注量率,对垂直聚焦单色器进行了优化设计。
5) vertical convergence
垂直会聚
6) vertical deposition method
垂直沉积法
1.
Fabrication and characterization of silica colloidal crystals by vertical deposition method;
垂直沉积法制备二氧化硅胶体晶体及其表征
2.
High-quality PS colloidal photonic crystals were fabricated quickly from aqueous colloidal solutions by a vertical deposition method at certain temperature and liquid surface dropping velocities and its photonic band gap was at 626 nm.
通过控制溶剂蒸发温度和液体表面下降的速度,用垂直沉积法较快速地制备出了在较大范围呈现很好有序性的密排结构聚苯乙烯胶体光子晶体,其在626 nm波长处存在光子带隙。
3.
The vertical deposition method is used to prepare 3D photonic crystals films, whose microstructure and optical properties are det.
采用垂直沉积法制得了三维光子晶体薄膜,并用扫描电子显微镜和紫外-可见光-近红外分光光度计对其显微结构和光学特性进行了详细的研究。
补充资料：积聚
| 积聚 腹内结块、伴有胀痛为主要特征的病证。又称癖块、痃癖、痞块。一般积为脏病，属血分，病程长，病情重，且腹块有形，痛有定处。聚为腑病，属气分 ，病程短，病情轻，腹中结块无形，时聚时散，痛无定处。积聚的成因多由情志不舒，饮食不节，起居失宜，导致肝气郁结，气滞血瘀；脾失健运，食滞痰阻而引起。积聚初期以实为主：治以攻邪为主，兼以扶正；后期多为虚中挟实，治当以扶正为主，兼以攻邪。常见证型有：①肝郁气滞型积聚。证见腹满胀痛，烦躁易怒，随情志波动而腹痛增减，脉弦。治宜疏肝行气，方用木香顺气散加味。②食滞痰阻型积聚。证见脘腹胀痛，伴有便秘，纳少，腹痛拒按，苔厚腻，脉弦滑。治宜导滞通便，方用小承气汤加味。③气滞血瘀型积聚。证见腹部结块，固定不移，痛有定处，舌青紫，或有瘀斑，脉弦滑或涩。治宜活血化瘀，方用膈下逐瘀汤加味。④血瘀正虚型积聚。证见腹中积块坚硬，疼痛加剧，面黄体瘦，神疲纳少，舌淡暗少苔，脉细或沉弱。治宜扶正化瘀；方用八珍汤合化积丸加减。积聚应当与啯瘕相鉴别 ；啯与积 、瘕与聚症状及病机相似，但积聚多在中焦，啯瘕则多在下焦。 |
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