环状构造

基本解释 (translations)

annelism

与环状构造相关的网络例句 [注：此内容来源于网络，仅供参考]

Four main formations of loop bedding in Jiyang sub-basin were upper layers fall down in the process of earthquake, tautening distortion due to earthquake, the frication of earthquake-related surface of fault and the effect of redox and diffuse other formations of loop bedding comprise the effect of earthquake wave, the effect coming from circumrotate of globosity rotation, snowball function, cementation intermittent, the effect of biology, and so on.

综合分析认为震动塌落、震动拉伸变形、地震断裂面的摩擦作用、氧化还原反应和扩散作用是环状层理的主要成因，前三种成因的环状层理往往与其他震成构造伴生，可作为震积岩的良好标志。环状层理的其他成因还包括：地震波传播方式的影响、地球自转产生的涡旋的影响、"滚雪球"效应、间歇胶结作用以及生物成因等。

It pointed out that meanwhile,the borders between Ehuling group and Daguding group and underlay-layer,which were invaded by granite porphyry and rhyodacite porphyry,respectively,were two shiole faces of the volcano subside and they comp...

同时，指出了两旋回间及早旋回与基底之间的界面是相山火山塌陷中的两个滑脱面，它们分别被花岗斑岩和流纹英安斑岩所侵位，构成了相山火山塌陷盆地东北部及西北部的半环状构造

Extraction and enhancement of alteration information and signature of freezing melting zone are also introduced in detail.

根据断裂构造(包括线性断裂、环状和弧形断裂构造)、地层、冻融带及蚀变带的解译，总结了西天山地区金矿成矿环境和成矿条件。

Four main formations of loop bedding in Jiyang sub-basin were upper layers fall down in the process of earthquake, tautening distortion due to earthquake, the frication of earthquake-related surface of fault and the effect of redox and diffuse other formations of loop bedding comprise the effect of earthquake wave, the effect coming from circumrotate of globosity rotation, snowball function, cementation intermittent, the effect of biology, and so on.

综合分析认为震动塌落、震动拉伸变形、地震断裂面的摩擦作用、氧化还原反应和扩散作用是环状层理的主要成因，前三种成因的环状层理往往与其他震成构造伴生，可作为震积岩的良好标志。环状层理的其他成因还包括：地震波传播方式的影响、地球自转产生的涡旋的影响、&滚雪球&效应、间歇胶结作用以及生物成因等。

Next, seven of those trimmed molecules combine to form a ring-shaped structure, or heptamer, that captures the two factors and is transported to an internal membrane-bound compartment called an endosome.

之后，七个剪裁过的保护抗原分子会聚集起来，形成一个环状构造，称为「七聚体」，藉此抓住另外两种因子，再一起送入细胞内一个称为「内小体」的膜状构造。

The sedimentary process of debris flow which has fundamental dynamic mechanism of flowing and creeping formed mainly various flowing structures, such as half-ring flowline structure, divided-flowing structure, bag-shaped flowline structure, divided-flowing structure, bag-shaped flowine structure, loaded structure, multiple-layered structure, washed gravel bed and lenssoiled-bed structure.

以流动和蠕动为基本动力机制的泥石流堆积过程多形成各种定向的流动构造，例如，半环状流线构造，分流构造，袋状流线构造、载荷构造、多层状构造、冲刷砾石层和透镜状土层构造。

Moreover, these circular structures were also divided into Archaean gneiss dome, intrusive body, buried intrusive body, volcanic center texture, ring fracture and fault, according as their genesis mechanism.

从成因机制上，这些环形构造可划分为太古宙片麻岩穹隆构造、岩浆侵入体、隐伏岩浆侵入体、火山中心机构及环状裂隙或断裂等形成的环形构造。

与环状构造相关的网络解释 [注：此内容来源于网络，仅供参考]

atoll texture：环礁状构造;环状构造

atoll structure 环礁状构造 | atoll texture 环礁状构造;环状构造 | atoll 环礁

cockade ore：环状矿石

coccyx 尾骨 | cockade ore 环状矿石 | cockade structure 鸡冠构造

cockade structure：鸡冠构造

cockade ore 环状矿石 | cockade structure 鸡冠构造 | cockpit 灰岩盆地

cockade structure：同心环状构造

鸡冠状矿石 cockade ore | 同心环状构造 cockade structure | 石灰岩洼地 cockpit

cockade structure：环状构造

环状构造 cockade structure | 石灰岩溶坑 cockpit | 鸡冠黄铁矿 cockscomb pyrite

dicotyledonous：双子叶

茎部组织的排列与植物的年龄有关, 而且单子叶(monocotyledonous)与双子叶(dicotyledonous)植物的茎构造亦不相同. 单子叶植物的茎中,维管束呈束状排列,散布在整个薄壁细胞所组成的轴中. 幼小的双子叶植物茎部组织排列较规则,维管束呈环状排列,

annulata：环节动物

环状水系 annular drainage | 环节动物 annulata | 环状构造 annulation

annulated：由环合成的/有环纹的

annulate /由环合成的/有环纹的/ | annulated /由环合成的/有环纹的/ | annulation /环状构造/

rinkite：层硅铈钛矿

ring structure 环状构造 | rinkite 层硅铈钛矿 | rinkolite 绿层硅铈钛矿