Cell chloroplast density and higher granum lamellae decreased as well.
叶绿体高基粒片层逐渐减小。
A slight formation of graphite lamellae is possible.
形成一层很薄的石墨层是可能的。
The average number of primary lamellae varies with...
初级嗅板的平均数在亚科、属,种之间具有。
The spores are produced on small teeth or lamellae rather than gills.
孢子都是由子实体的小齿或小孔中产生而不是在菌褶上产生。
Thee spores are produced on small teeth or lamellae rather than gills.
孢子都是由子实体的小齿或小孔中产生而不是在菌褶上产生。
Radial ruptures between lamellae always occurred in the mid-axial plane.
板层间放射状破裂也发生在中间板层部分。
When the annealing time increases, the twisted lamellae extend gradually.
当退火时间增加,扭曲的片晶逐渐伸展。
Twin lamellae will be deformed differently when rolling in different direction.
随轧制方向不同,孪晶在形变中的行为也不同。
The olfactory sac has well-developed primary lamellae, but no secondary lamellae.
嗅囊具发达的初级嗅板,但无次级嗅板。
The average number of primary lamellae varies with sub-families, genera, and spe...
初级嗅板的平均数在亚科、属,种之间具有。
The average number of primary lamellae varies with sub-families, genera, and species.
初级嗅板的平均数在亚科、属,种之间具有。
Skin biopsy revealed that papule contained cornoid lamellae on the top of the raised border.
皮肤活检显示丘疹的边缘隆起处有角化不全鸡眼样板。
The peroxidase activity in the narrow lamellae of the long cell walls declined gradually with aging.
随着秆龄的增加,长细胞壁上的酶活性降低。
The lamellae (10) have a resin body and a recess (13) in the inner surface (12), in the plane of symmetry.
薄板(10)在内表面(12)有一个树脂体和一个凹槽(13),位于对称平面内。
Vertical glass lamellae in the two projecting upper storeys lend the company head office a dynamic character.
设置在两个楼层间的玻璃面板赋予这个公司总部更有活力的特征。
Thus, in addition to the regular arrangement lamellae, the voids are of a considerably main structure character.
因此,硬弹性丙纶中的微孔是规整化片晶之外的又一重要的结构特征。
When the lamellae made an angle with the tensile axis, the crack propagated alternatively in cementite and ferrite.
当珠光体层片与拉伸轴斜交时,裂纹通过渗碳体和铁素体交替断裂而扩展;
The fibrous bridging network is highly integrated with the lamellae architecture via a collagen-based system of interconnectivity.
纤维网桥通过以胶原为基础的连接系统与板层结构完全结合在一起。
The Morpho above, however, gets its iridescence through the ridge lamellae (a very thin structure, similar to scales) on its wings.
上文所说的闪蝶的彩色则是由翅膀上的脊状壳层产生的(一种非常细微的,类似于鳞屑的结构)。
Chloroplast structure in new leaflet emerging after PP333 treatment was changed. The numbers of grana and grana lamellae was increased.
对处理后出生的花生叶片叶绿体结构有影响,表现为叶绿体基粒数明显增多,每一基粒中基粒片层数较多;
Tectonic stress result in increasing diameter and the stack height of basic structural unit(BSU), and decreasing the BSU lamellae spacing.
结果表明,构造应力作用提高了“煤晶核”BSU的延展度和堆砌度,使面网间距减小。
These lamella appear to be of graphitic nature since Raman spectra show a sharp graphite peak at about 1585 cm-1 when lamellae are present.
这些薄层好象具有石墨性质,因为当薄层出现时,拉曼光谱在大约1585cm - 1处显示出一个锐利的石墨峰。
The formation and the structure of the unique piled lamellae rows in hard elastic polypropylene have been studied by WAXD and SAXS techniques.
用广角X射线衍射、小角X光散射等手段对硬弹性聚丙烯中排状堆积片晶的形成及结构进行了研究。
In order to do this, a method of microstructure in some bedrock investigation, was applied in this research, that is calcite twin lamellae method.
为此,地基勘察中引入了一种显微构造分析方法,即方解石脉双晶纹分析方法。
During the deformation, differential stress inferred by use of calcite twin lamellae is more than 500 bar, and mechanics of stepped thrust faults is.
在变形过程中,断层活动的差异应力值,根据方解石双晶发育程度推导,得出在500巴以上。
The results show that the direct radiation effects are different, because of the difference in the amount of the fold surface of the lamellae of PA1010;
结果表明,辐照的直接作用结果由于结晶表面积的差异而不同;
The results indicate that the crack initiation and propagation mechanism depends on the orientation of pearlite lamellae with respect to the tensile axis.
结果表明:珠光体裂纹萌生与扩展方式取决于珠光体层片和拉伸轴的位向关系。
H bonds on facing folded chain crystal surfaces lead to a decrease of surface free energy and this fact is a main reason for the formation of double lamellae.
在双层片晶界面上的H键降低了表面自由能,这是形成双层片晶的主要原因。
H bonds on facing folded chain crystal surfaces leda to a decrease of surface free energy and this fact is a main reason for the formation of double lamellae.
在双层片晶界面上的H键降低了表面自由能,这是形成双层片晶的主要原因。
H bonds on facing folded chain crystal surfaces leda to a decrease of surface free energy and this fact is a main reason for the formation of double lamellae.
在双层片晶界面上的H键降低了表面自由能,这是形成双层片晶的主要原因。
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