层列的

基本解释 (translations)

coursed

与层列的相关的网络例句 [注：此内容来源于网络，仅供参考]

So one can still play the double with the word potent, at least in America.

虽然辞典里列的第一解释并不一定与性事有关，但 impotent 一词现在一般只限于这层意思。

In chapter 3, on basis of the first order shear deformation theory, a series of composite laminated beam elements are developed, which are plied transversely, longitudinally and/or assembled both, respectively. A geometric nonlinear element stiffness matrix for the transversely plied laminated beam is presented.

第三章首先介绍了目前已有的在小变形下的横向层合梁、纵向层合梁和组合层合梁理论，并推导了其相应的有限元列式，然后又基于Von-Karman大挠度理论的几何关系，推导了大变形下横向层合梁的单元切线刚度阵。

The anatomical study deepens the knowledge of G-type conducting cells: 1 It proves the theory of two depositional process for secondary wall (Bierhorst, 1960): the discontinuous cellulose layer is laid down before the continuous lignified layer; the former layer is prone to be broken down, while the latter is highly decay-resistant; 2 It suggests that the cellulose primary and secondary walls of tracheids are not perforated. Instead of longitudinal pits (Li, 1992), the lignified tracheid secondary wall of Hsüa possesses irregular simple perforations; 3 In Hsüa reflexa and Huia gracilis, the perforation casts may represent the thickness of lignified secondary wall; 4 The wall structure of G-type tracheid is diversified. At the genus level, the secondary wall structure differs in the distribution, internal shape and structure of the perforations; 5 Perforations of some G-type tracheids combine the characters of S-type tracheids in their distribution, density and diameter.

解剖学的研究加深了对G-型输水管胞的认识 1）验证了管胞次生壁分两个阶段形成的理论（Bierhorst，1960），即先后形成不连续的纤维质层和连续的木质化层，前者易被分解，后者抗侵蚀性强；2）证明管胞纤维质的初生壁和次生壁不具穿孔，Hsüa管胞的木质化次生壁具有不规则的简单穿孔，而不是纵列的纹孔（Li，1992）；3）Hsüa reflexa和Huia gracilis的穿孔铸体可代表木质化次生壁的厚度；4）G-型管胞壁层结构具多样性，植物属一级的分异主要表现在次生壁穿孔的分布、孔腔形状和结构的不同；5）某些G-型管胞的穿孔在其分布、密度和孔径方面可兼有S-型管胞的特征。

On the basis of the above, the author discusses in detail the calculational method of reliability of frame structure failure-dependent engineering system t...

在此基础上，针对钢筋混凝土平面框架体系可靠度计算分析中的问题，重点阐述了可简化为剪切层模型的框架结构失效相关的工程系统的可靠度计算方法，提出了修正计算列式。

Further research above montion establish Nanhao Formation location of the fossil and lectostratotype section, there are found abound Brachipoda, Coroal, Trilobita and Chondrichthyes etc.

主张废弃南好组，并重新厘定志留纪足赛岭组岩石地层序列，依据岩石组合、基本层序等共划分为四个岩性段，代表志留纪兰多维列世特列奇中晚期的沉积。

For this reason, a novel PPOP was designed and prepared using two side drilling technology and water-insoluble drug gliclazide was employed as model drug. Influencing factors from six aspects were studied which was drug layer formulation, push layer formulation, coating formulation, orifice properties, tableting art and dissolution conditions, respectively, and the difference between the dissolution profiles of novel PPOP and conventional PPOP was also evaluated by similarity factor (f_2). Through determination of the viscosity of drug layer and push layer of the novel PPOP, the mechanism of drug release from novel PPOP was discussed by the help of Poiseuilles law of laminar flow.

因此，本文以难溶性的格列齐特为模型药物，在传统型推拉式渗透泵的基础上，设计并制备了双面打孔型推拉式渗透泵；通过单因素研究从含药层处方、助推层处方、衣膜处方、释药孔性质、压片工艺以及体外释药条件六个方面，对影响双面打孔格列齐特推拉式渗透泵片释药行为的因素进行了详细的考察，同时，应用相似因子法对以上各种因素下双面打孔型推拉式渗透泵和传统型推拉式渗透泵释药特点的异同进行了系统的研究；在此基础上，通过对双面打孔型推拉式渗透泵含药层和助推层黏度的测定，结合流体力学中的Poiseuille层流定律方程，对双面打孔格列齐特推拉式渗透泵片的释药机理进行了较为深入的探讨。

For this reason, a novel PPOP was designed and prepared using two side drilling technology and water-insoluble drug gliclazide was employed as model drug. Influencing factors from six aspects were studied which was drug layer formulation, push layer formulation, coating formulation, orifice properties, tableting art and dissolution conditions, respectively, and the difference between the dissolution profiles of novel PPOP and conventional PPOP was also evaluated by similarity factor (f2). Through determination of the viscosity of drug layer and push layer of the novel PPOP, the mechanism of drug release from novel PPOP was discussed by the help of Poiseuille's law of laminar flow.

因此，本文以难溶性的格列齐特为模型药物，在传统型推拉式渗透泵的基础上，设计并制备了双面打孔型推拉式渗透泵；通过单因素研究从含药层处方、助推层处方、衣膜处方、释药孔性质、压片工艺以及体外释药条件六个方面，对影响双面打孔格列齐特推拉式渗透泵片释药行为的因素进行了详细的考察，同时，应用相似因子法对以上各种因素下双面打孔型推拉式渗透泵和传统型推拉式渗透泵释药特点的异同进行了系统的研究；在此基础上，通·药学论文过对双面打孔型推拉式渗透泵含药层和助推层黏度的测定，结合流体力学中的Poiseuille层流定律方程，对双面打孔格列齐特推拉式渗透泵片的释药机理进行了较为深入的探讨。

For this reason, a novel PPOP was designed and prepared using two side drilling technology and water-insoluble drug gliclazide was employed as model drug. Influencing factors from six aspects were studied which was drug layer formulation, push layer formulation, coating formulation, orifice properties, tableting art and dissolution conditions, respectively, and the difference between the dissolution profiles of novel PPOP and conventional PPOP was also evaluated by similarity factor (f2). Through determination of the viscosity of drug layer and push layer of the novel PPOP, the mechanism of drug release from novel PPOP was discussed by the help of Poiseuille's law of laminar flow.

因此，本文以难溶性的格列齐特为模型药物，在传统型推拉式渗透泵的基础上，设计并制备了双面打孔型推拉式渗透泵；通过单因素研究从含药层处方、助推层处方、衣膜处方、释药孔性质、压片工艺以及体外释药条件六个方面，对影响双面打孔格列齐特推拉式渗透泵片释药行为的因素进行了详细的考察，同时，应用相似因子法对以上各种因素下双面打孔型推拉式渗透泵和传统型推拉式渗透泵释药特点的异同进行了系统的研究；在此基础上，通过对双面打孔型推拉式渗透泵含药层和助推层黏度的测定，结合流体力学中的Poiseuille层流定律方程，对双面打孔格列齐特推拉式渗透泵片的释药机理进行了较为深入的探讨。

Using self-made conventional PPOP as reference, relative bioavailability and pharmacokinetic study of novel PPOP and novel SOTs were performed in six beagle dogs by three-circle crossover design, drug concentration in plasma of beagle dogs after single dose oral administered of three kinds of osmotic pumps was detected by HPLC method.

本文采用高效液相色谱法，以自制的传统型格列齐特推拉式渗透泵片为参比制剂，以自制的双面打孔格列齐特推拉式渗透泵片和异步释放格列齐特三层渗透泵片为受试制剂，对三种格列齐特渗透泵制剂进行了beagle犬体内药物动力学研究。

Other disaggregated data in the hierarchical structure of XML is not in the first layer, then how can we show those out?

其他列的数据在XML的层次结构中并非处在第一层，那么要如何才能显示那些列呢？

与层列的相关的网络解释 [注：此内容来源于网络，仅供参考]

coursed：被猎犬所追赶的, 层列的

coursed rubble masonry | 成层毛石圬工 | coursed | 被猎犬所追赶的, 层列的 | courser | 猎狗, 打猎者, 骏马

multiseriate epidermis：多层表皮

"多隔膜的","multiseptate" | "多层表皮","multiseriate epidermis" | "多列髓线;多列芒髓组织","multiseriate ray"

nematic：向列型

根据它们的结构,液晶大致上可分为三类:碟状型(smectic)、向列型(nematic)和胆甾型(cholesteric). 碟状型液晶具平面层状结构,各层内互相平行排列,不同的液晶物质,它们的层内分子可能呈有序或无序的排列,一般说来,

biseptate：两层隔膜的

birth rate 出生率 | biseptate 两层隔膜的 | biserial 二列的

smeary：染污的/油污的/能粘染的

smearcase /用酸牛奶做的软干酪/ | smeary /染污的/油污的/能粘染的/ | smectic /近晶/层列的/脂状/

smectic：近晶/层列的/脂状

smeartest 涂色斑点试验 涂色检查 擦拭检查 | smectic 近晶 层列的 脂状 | smecticcompound 近晶化合物

smectic：近晶

smectic 层列的 | smectic 近晶 | smectites 蒙脱石类

smectic：层列的

smectic 层列的 | smectic 近晶 | smectites 蒙脱石类

smectic：脂状

smeary 油污的 | smectic 脂状 | smectic 层列的

Kaes?Bekhterev layer：克斯--别赫捷列夫层(大脑皮层外粒层内的纤维层)

juvenile gangliosidosis 少年型神经节苷脂沉积病 | Kaes Bekhterev layer 克斯--别赫捷列夫层(大脑皮层外粒层内的纤维层) | Kaes feltwork 克斯神经纤维网(在大脑皮层内)