厚壁的

词组短语

thick-walled

与厚壁的相关的网络例句 [注：此内容来源于网络，仅供参考]

Chlamydospore A thick-walled resting spore produced by certain fungi and funguslike protoctsits.

厚垣孢子：由某些真菌（黑穗病菌 smuts ）和类似真菌的原生生物产生的厚壁的休眠孢子。

Firstly, the equation for stress intensity factors under static uniform pressure is used as the reference case, and then the weight function for a thick-walled cylinder containing a radial edge crack can be worked out. Secondly, the dynamic stresses in uncracked thick-walled cylinders are solved under internal impulsive pressure by using mode shape function method. The solution consists of a quasi-static solution satisfying inhomogeneous boundary conditions and a dynamic solution satisfying homogeneous boundary conditions, and the history and distribution of dynamic stresses in thick-walled cylinders are derived in terms of Fourier–Bessel series. Finally, the dynamic stress intensity factor equations for thick-walled cylinder containing a radial edge crack subjected to internal impulsive pressure are given by dynamic weight function method.

首先采用静态内压下的应力强度因子作为参考解，得到了带径向边裂纹厚壁圆筒的权函数；然后用振型函数方法推导无裂纹厚壁圆筒在冲击内压下的动应力响应，分析中将相应的弹性动力学方程解分为满足非齐次边界条件的准静态解和满足齐次边界条件的动态解的叠加，利用傅立叶-贝塞尔级数展开，推导出了厚壁圆筒内动应力的响应历程和分布规律；最后由动应力权函数方法导出带径向边裂纹厚壁筒在冲击内压下的动态应力强度因子计算公式。

They are thick-walled, are not easily detached from the mycelium

它们是厚壁的，是不易从菌丝体上脱落的。

The cell wall of sclerenchyma in ROL barrier was significantly thickened in conventional lowland rice (Yangdao 6) with the increase of PEG concentration, but upland rice (Zhonghan 3) was not sensitive to low PEG concentration. The thickening of ROL barrier obviously became stronger at 50 g·L-1 and higher concentrations. Besides, suberisation of cell walls increased significantly with the time extension.

随PEG浓度的升高，水稻(扬稻6号)根的ROL屏障厚壁细胞胞壁宽度明显增加；旱稻(中旱3号)对低浓度PEG胁迫不敏感，当PEG浓度达50 g·L-1以上时，ROL屏障厚壁细胞才表现出明显加厚的趋势，且随PEG胁迫时间的延长，厚壁细胞栓质化程度变高。

Healthy spikes of high-resistant varieties had thicker cell wall and tissue of cortical sclerenchyma, more number of cortical sclerenchyma layers, more number of fibrovascular bundles, smaller area of green subcutaneous tissue in rachis, and theses differences, except number of fibrovascular bundles, enlarged over time. Considering inoculated spikes, cell wall and tissue layers of cortical sclerenchyma displayed different, and to how much extent the relationship between this difference and anti-extension ability of variety had not determined. 6. On the analysis of agronomical characters and molecular marking technology, more than 30 alien anti-Gibberella wheat materials and two mutants coming from this experiment were evaluated their hereditary multiplicity.

实验结果还证明，高抗品种和感病品种的穗轴组织结构确实存在一定差异，在健康穗中，主要表现在高抗品种的皮层厚壁细胞壁和皮层厚壁组织较厚，皮层厚壁细胞层数较多，维管束数目较多，穗轴表皮下绿色组织面积较小，抗、感品种间的差异达显著水平，随发育时间延长，高抗品种的皮层厚壁细胞壁厚度、厚壁组织厚度和厚壁细胞层数增加的幅度较大；在病穗中，主要表现在高抗品种的皮层厚壁组织细胞层数和厚壁细胞壁厚度增加的幅度较大。

Bamboo variation ofmicrodensity of all age-degree and all height bamboo from bamboo green tobamboo yellow as follows:The downtrend ladder of microdensity the firststage from bamboo green to bamboo yellow is relatively large,normally at theplace 0.35 from bamboo hull(the thickness of from bamboo hull to bambooyellow is 1)micro-density downtrend ladder begin to get smaller,variancerange of microdensity is smaller.When reaching near bamboo yellow area,microdensity reaches its minimum value,and when reaching bamboo yellowsection density increase rapidly,the minimum density of bamboo is only 50% orless of maximum density.Bamboo yellow is comprised of stone cells whichhave thick cell wall,so its density is high,normally 50% to 100% more thanminimum density.Bamboo yellow′s lay thickness is thin,normally the samethickness for all age-degree and all height bamboo,about 0.8mm.From 1 age-degree bamboo to 2 age-degree bamboo during growth,the increase of averagedensity is mainly in bamboo pulp section,from 3 age-degree bamboo to 4 age-degree bamboo,the decrease of average density is mainly decrease in the pulpsection.Same age,same height,the less the density ladder of bamboo radialthickness,the higher the mechanical strength.

所有年龄所有高度的竹材微密度从竹青到竹黄对材性变异规律如下：从竹青到竹黄开始下降梯度较大，一般到相对竹皮距离0.35左右处(整个竹壁厚度为1)，竹材微密度下降梯度减小，微密度的变化范围变小，到近竹黄处，微密度达最小值，而后到竹黄部位密度大幅上升，竹材最小密度一般只有最大密度的50％或更低，竹黄由厚壁的石细胞组成，所以密度较大，一般比最小密度增大约50％-100％，厚度较薄，不同年龄不同高度竹材的竹黄厚度相差无几，约在0.8mm左右；竹材从1度竹到2度竹生长过程中，平均密度的增长主要发生在竹肉部分，从3度竹到4度竹生长过程中，平均密度的下降主要发生在竹肉部分，同一年龄同一高度，竹壁厚径向的密度梯度越小，力学强度越高，随着年龄的增大，密度梯度越来越小(1度竹除外)，随着高度增加，密度梯度越来越大。

The differentiation states of costae indicates the ways they absorb and transport water, and their ability adapting to the dry conditions, which was elucidated by the following examples: Brachythecium plumosum, because of its thin cell-walls in the costae and the absence of hydrome, assistant and steroid cells, can absorb water and nutrition under shady and moist conditions; Plagiomnium rostratum, though often grows in shady and wet condition, has hydrome and steroid cells, a feature similar to those of xeric mosses, which endows it to grow in the conditions with periodical drought stress during its life cycle; Hygrohypnum luridum is characterized by its slender leaves with only one layer of cells, the thin cell-walls, the absence of filaments on the leaf surface, and the fewer layer cells in the costae, the absence of hydrome and steroid cells. These features make it adaptable to aquatic environments. For Pogonatum inflexum and Atrichum undulatum, their ventral surfaces covered with lamella, while for Racomitrium japonicum, Thuidium cymbifolium, Macromitrium ferriei, Diphyscium fulvifolium, Barbula unguiculata and Ceratodon purpureus, their leaves are strongly mammillose or papillos. Such appendiculate structures made them adaptable to thy conditions.

例如，荫湿生环境下的羽枝青藓Brachythecium plumosum，其中肋细胞胞壁较薄，无导水主细胞和副细胞的分化，也没有厚壁细胞分化，能够在阴湿环境下吸收水分和养分；钝叶匍灯藓Plagiomnium rostratum具有与旱生藓类植物相似的中肋结构，叶片较厚，中肋具导水主细胞，中肋背面具厚壁细胞，这些特点使该种藓类植物能够分布于间隙性干旱胁迫的环境中；水灰藓Hygrohypnum luridum叶片纤细柔弱，仅1层细胞，细胞胞壁薄，叶表无附属结构，中肋细胞层数少，无导水主细胞分化，也没有厚壁细胞，这些特点使得水灰藓'能够生长在水生环境中；东亚小金发藓Pogonatum inflerum和波叶仙鹤藓Atrichum undulatum的叶腹面覆盖着栉片，东亚砂藓Racomitrium japonicum、大羽藓Thuidium cymbifolium、福氏蓑藓Macromitrium ferriei、东亚短颈藓Diphyscium fuhifolium、扭口藓Barbula unguiculata和角齿藓Ceratodon purpureus的叶片表面有乳头状突起或疣状物，这些附属结构使它们能够适应于旱生的环境中。

The Actinobacteria are distinguished by producing actinospres: entire cells encysted in thick walls to form resistant spores.

放线菌的特征是能够产生放线菌孢子，它是一种被囊的具有厚壁的完整细胞，具有一定的抵抗能力。

Made of polypropylene, Soul jars are currently available in 5-, 15-, and 50-ml thick-walled versions, as well as a 100-ml size.

聚丙烯，魂瓶，目前可在5 -，15 -，50毫升厚壁的版本，以及100毫升。

The fruit of an oak, consisting of a single-seeded, thick-walled nut set in a woody, cuplike base.

橡树果实为木质，杯状基部包着的单一种子，厚壁的坚果

与厚壁的相关的网络解释 [注：此内容来源于网络，仅供参考]

chlamydospore：厚壁孢子

芽生孢子(blastospore)是从一个细胞出芽形成的,芽生孢子脱离母体后即长成一个新个体;厚壁孢子(chlamydospore)是由菌丝中个别细胞膨大形成的休眠孢子,其原生质浓缩,细胞壁加厚,渡过不良环境后,再萌发为菌丝体;节孢子(arthrospore)是由菌丝细胞断裂形成的.

chlamydospore：厚垣孢子

1.厚垣孢子(chlamydospore)这类孢子具有很厚的壁,故又名厚壁孢子,很多真菌都能形成这类孢子. 厚垣孢子也是真菌的休眠体,可抵抗热与干燥等不良环境条件. 它们的形成方式:首先在菌丝顶端或中间,一部分原生质浓缩、变圆,类脂物质密集,

extine：花粉外壁

F1花粉壁 花粉壁分为花粉外壁(extine)和花粉内壁(intine)两个部分. 花粉外壁较厚,主要成分是孢粉素,质地坚硬,能抗酸、碱和抗生物分解,因此可在地层中找到古代植物遗留的花粉. 花粉外壁的部分孢粉素物质来自于绒毡层,

sclerenchyma：厚壁组织

②厚壁组织(sclerenchyma)厚壁组织是植物的另一种支持组织. 厚壁细胞比厚角细胞更进一步特化:细胞壁全部(而不是局部)加厚,木质化,所以更坚硬. 有时细胞壁可占据细胞大部分,细胞内腔不断缩小以至几乎看不见. 此时的厚壁组织就都是死的细胞,

heavy walled：厚壁的

heavy spar 重晶石 | heavy walled 厚壁的 | heavy water 重水

akinete：厚壁孢子

蓝绿藻的生殖一般为细胞直接分裂增殖:丝状体的种类则断裂再细胞分裂增长,有些种类可形成厚壁孢子(akinete)以渡过不良环境繁衍后代. 蓝绿藻一般喜欢较高的温度,大多数的种类喜生於有机质含量丰富的水域,如微囊藻属(Microcystis,

autofrettage of thick cylinder：厚壁筒的自增强

autofrettage effect 自增强效应 | autofrettage of thick cylinder 厚壁筒的自增强 | autofrettaged state 自增强状态

crassilingual：(壁虎,蜥蜴等)有厚舌的

crassexinous | 具有厚外壁的 | crassilingual | (壁虎,蜥蜴等)有厚舌的 | crassimarginate | 具有厚缘的

pachydermous：厚壁的

粗厚染色质 pachychromatic | 厚壁的 pachydermous | 凤尾藓属;厚叶凤尾藓亚属 Pachyfissidens

Thick-walled：厚壁的

thick-wallchamber 厚壁电离室 | thick-walled 厚壁的 | thick-walledcastings 厚壁铸件