成柱状的

基本解释 (translations)

pillared

与成柱状的相关的网络例句 [注：此内容来源于网络，仅供参考]

The specimens sintered under air atmosphere appear the obvious layering phenomenon, on the whole,and which can be divided into the surface protection layer, the center layer and the non-oxidized layer,SiAlON phase comes into being at about 1550℃,the crystal shape of them is columnar; The specimens sintered carbon reduction atmosphere have no obvious layering phenomenon, the formation temperature of SiAlON is about 1600℃, the crystal shape of them is acicular,fibriform or anomalous.

氧化气氛下，烧成的试样出现明显的分层现象，大致上可以分为表面保护层、中间层和非氧化层，SiAlON相的形成温度约在1550℃左右，多呈柱状；还原气氛下，试样无明显的分层现象，SiAlON相的形成温度约在1600℃左右，多呈针状、纤维状或不规则状。

Those sillimanites can not indicate high temperature (corresponding to the temperature of high amphibolite facies) condition.

区内只有少数粗大的针柱状夕线石可能代表高温条件下由纤维状矽线石重结晶所成，具有指示意义。

It is lined by a single layer of cells, which vary in appearance from columnar to cuboidal.

它由排列成线状的单层细胞组成，细胞的外观似柱状和立方状。

We used ITO glass substrate and high purity（99.99%） titanium , put to use sputtering process, add to high purity O2 make it complete the best structure film and the thickness about 1400 . By way of 500℃ anneal could got a better anatase phase, this result could easy reaction with electrolyte to increase electron-transferred. Used as spin casting covering PR on ITO substrate, transferring patterns of array circular shapes on a mask to photography, used optimize temperature and time to hard bake. Finally used HCl to etching underexposed TiO2 area, and acetone to tripper top PR, make it to accomplish pillars shape TiO2 electrode.

本研究使用ITO玻璃基板为底材在以高纯度钛(99.99%)为靶材，利用溅镀方式通入纯氧使其行成高纯度TiO2镀於ITO基板上行成厚度约1400的薄膜，且经500℃高温烧结使其行成最强的锐钛矿结晶相，此晶相有利於与电解液反应进而增加电子的转移，提升太阳能电池最佳的效率，在以旋转涂布方式铺上光阻，以矩阵排列的圆孔光罩曝光、最佳的温度及时间来烘烤、显影后；使用盐酸以等向性湿蚀刻方式蚀刻未曝光之TiO2区域，最后利用鈵铜将最上层光阻去除，使其行成柱状TiO2的电极。

Stamens 5. Ovary 2(or 3)-carpellate; styles united into a column or partially free apically.

雄蕊5。子房具心皮2(或3)；花柱合生合并成一柱状的或离生顶部。

My manufacture method: Uses half bread flour to add the half mixed grain flours first (for example maize meal, broom corn millet sub-powder, sorghum powder, to be possible), mixes symmetrically, with the boiling hot boiling water synthesis pasta, and the little honey mixes with half two oils; Makes the stuffing, with the little surface, the brown sugar, the walnut not be broken, the candied and preserved fruit broken and the Dried scallop; Then the package becomes the steamed stuffed bun and light pressure Flat (best presses Discus style in order to artistic); Puts in the warm wok with cooking oil to fry in oil Sallow, a good food then completed.

我的制作方法：先用一半面粉加一半杂粮粉(如玉米粉、糜子粉、高粱粉、均可)，掺和匀称，用滚烫的开水合成面团，用半两油及少许蜂蜜掺和；做馅，用少许面、红糖、核桃碎、果脯碎及瑶柱；然后包成包子并轻压成扁状（最好压成铁饼状以求美观）；放入温油锅油炸到焦黄，一个美食便完成了。

METHODS: 5 g CPC was dissolved in 2 mL water, and then 0.1 g Doxorubicin microspheres was incorporated into the powder-phase CPC. The column microsphere bone cement was prepared at a diameter of 0.18 cm and a height of 1.12 cm. While untreated CPC was taken as blank control and Doxorubicin control was also prepared.

将2 mL水加入5 g骨水泥粉中，然后迅速将干燥的0.1 g多柔比星微球加入其中，搅拌均匀成糊状后推入预制磨具中制备成直径0.18 cm，高1.12 cm的柱状载微球骨水泥，两断端平行，打磨光滑平整，同时制备不载多柔比星的空白对照组、多柔比星原药对照组。

For bulk cylinder-forming diblock copolymers, a series of novel structures such as helices and stacked toroids are identified which cannot form in bulk block copolymers.

对体相形成柱状相的双嵌段共聚物，在不同孔径的孔内我们观察到了一系列体相不存在的螺旋和层叠圆环等新奇结构。

Normal human fibroblast spheroids were self-assembled and cultured for 1, 4, or 7 days, then combined in trough shaped recesses. Over a 24-h period the spheroids fused to become a rod shaped microtissue and the kinetics and extent of fusion could be quantified by assessing rod contraction.

正常的人成纤维细胞可自我聚集形成球体，并培养了1、4、7天，然后在槽状的凹处中进行结合。24小时时间段过后，球体融合成柱状的微组织，融合的动力学及程度可以通过评定这种小柱的收缩而进行定量分析。

For the bulk cylinder-forming diblock copolymers, the cross sections of the confining channels also include rectangules, regular hexagons and regular octagons besides the above mentioned shapes.

对体相形成柱状相的双嵌段共聚物，除了以上几种截面外，还涉及长方形、正六边形和正八边形截面的纳米孔。

与成柱状的相关的网络解释 [注：此内容来源于网络，仅供参考]

ameloblast：成釉细胞

随着成釉器的发育,内釉细胞开始分化为成釉细胞(ameloblast),该细胞呈高柱状,高达40um,直径4-5um.细胞与中间层细胞以桥粒相连. 在分泌活动开始前,细胞器重新定位,即细胞核远离基底膜;高尔基复合体体积增大,从细胞的近端向基底膜端移动,

columnar joint：柱状节理

在深处熔成岩浆,沿著裂缝向外喷出,熔岩灰在高温经过沉淀持续冷却收缩,因收缩产生拉力,以最佳凝固形态-变成现在的(凝灰岩tuff)六角形柱状节理(columnar joint).(粘土(clay) 乾固时也会出现蜂巢状态.)你可以闭上眼睛,

euxenite：黑稀金矿

可形成大规模的残留矿床...黑稀金矿(euxenite) 黑稀金矿(euxenite)图片化学成分为(Y,U,Th)(Nb,Ti)2O6、晶体属正交(斜方)晶系的氧化物矿物. 与以含Ti为主的复稀金矿成完全类质同象系列. 晶体通常细小,呈板状或柱状;集合体为块状或放射柱状.

odontoblast：成牙本质细胞

1.成牙本质细胞(odontoblast) 位于牙髓周围,呈柱状紧接前期牙本质排列的一层,是呈极性分布的终末分化细胞. 其细胞顶端有一细长的突起伸入牙本质小管内,因此成牙本质细胞层实际上是由成牙本质细胞的胞体构成. 成牙本质细胞排列成栅栏状,

Pillared：成柱状的

pillared 有柱的 | pillared 成柱状的 | pillbox 药丸盒

pillbox：药丸盒

pillared 成柱状的 | pillbox 药丸盒 | pillboxblockhouse 碉堡

rhabdom：视杆

穿过底膜,形成视神经纤维,多条纤维就束集成视神经.在小网膜中央,各视觉细胞相互接触的条状内棱称为视小杆(rhabdomer),是光线的感受区;每个小网膜的7或8条视小杆集合成柱状的视杆(rhabdom)(图10-72).在电子显微镜下观察视觉细胞,

stylograph：笔尖成细小管状的自来水笔

stylobate /柱列脚座/柱座/ | stylograph /笔尖成细小管状的自来水笔/ | stylographic /自来水尖笔的/尖笔写法的/

Melampsoraceae：栅锈菌科

▲栅锈菌科(Melampsoraceae):冬孢子无柄,聚生于寄主体内,以栅栏状结合成一层或多层,生于表皮下,或纵横排列成柱状. 与农作物病害关系较大的有栅锈菌属(Melampsora)和层锈菌属(Phakopsora),另有许多种类寄生在松柏植物上.

passivated：钝化的

ED铜.利用各种废弃之电线电缆熔解成硫酸铜镀液在殊特深入地下的大型镀槽中阴阳极距非常短以非常高的速度冲动镀液以 600 ASF 之高电流密度将柱状 (Columnar) 结晶的铜层镀在表面非常光滑又经钝化的 (passivated) 不锈钢大桶状之转