透镜体

基本解释 (translations)

lenticle

与透镜体相关的网络例句 [注：此内容来源于网络，仅供参考]

Holochroal eyes are characterized by close packing of biconvex lenses beneath a single corneal layer that covers all of the lenses.

全膜眼的眼体很小，相互之间直接紧靠，全部被一层透明的巩膜覆盖，组成复眼的透镜体一般呈六边形，其小眼体可以多达15000个！

According to model, lead zinc ore bodies of mineral deposit, celestite ore bodies and gypsum ore bodies are distributed by the incomplete dome shape. The sandstone type ore bodies like a curved surface shape, is on the top, wide distribution, which like the top cover of a mushroom. The limestone breccia type ore bodies, under the sandstone type ore bodies, with mostly irregular vein shape, lens body shape, locate at the root of the mushroom. Gypsum and celestite ore bodies, accompanying with limestone breccia type ore bodies with the shape of vein, lens body, distribute under the sandstone type ore bodies.

根据模型显示，金顶矿床铅锌矿体、天青石矿体和石膏矿体呈不完整的穹隆状分布，砂岩型矿体在上，为曲面状，分布广，似一蘑菇的顶盖，而灰岩角砾岩型矿体分布局限，部分产于砂岩型矿体之下，多为不规则的脉状、透镜体状，构成蘑菇的根部；石膏和天青石矿体主要与灰岩角砾型矿体相伴产出，呈脉状、透镜体状，多分布于砂岩型矿体下部。

The predicted sand bodies are distributed in north-cast and approximately north-south orientation. The sandstone reservoir, which is getting thin and pinch out to the high west-north structure, is easy to form the lithological trap with sand body updip pitchout and the structural lithologic trap. Lens sandstones developed and are distributed in source rocks, It is easy to form lithologic traps.

预测砂体分布呈现出北东向、近南北向展布特征；向西北构造高部位方向变薄尖灭的储集砂体极易形成上倾尖灭岩性圈闭及构造－岩性圈闭，透镜体砂岩也较发育，其分布于生油岩区，容易形成岩性圈闭。

A large part of potash feldspar augen structure, mica fish structure and granite lenticle in shearing zone are the results of dynanamo metamorphism of the tension region inside shearing zone instead of the mineral of original rock emerge in dynamometamorphism process on the remains of the original rock.

在剪切带中相当大一部分的钾长石眼球体、云母鱼和花岗岩的透镜体，并非是动力变质过程中原岩的矿物或原岩本身的残留体，而是在剪切带内部引张区域的动力分异作用的产物。

The sand lens reservoir trap has a good structure and reservoir properties for the storage. The sand lens reservoirs with depletion of oil and gas are better CO2 geological storage boxes.

砂岩透镜体油气藏具有良好的圈闭构造和储层物性，油气濒临枯竭的砂岩透镜体是较理想的CO2地质封存箱。

To analyze the pseudo phenomena caused by migration velocity error, the paper firstly studied the depth error between post-stack migration and prestack migration caused by same velocity error, and found the depth error was only relative to velocity error and had no direct matter with methods of depth migration (post-stack migration or prestack migration). Then the paper did numerical simulation of a complex lenticular body model with wave-equation modeling and migration, and found that the velocity error could not only induce depth error, but also could change the modality of construction and the event of subjacent layers. Furthermore, it could change the frequency of reflective event. They are the pseudo phenomena caused by migration.

从分析偏移速度误差带来的各种假象出发，本文首先对比分析了速度误差对叠后深度偏移和叠前深度偏移的影响，发现偏移剖面的深度误差仅与速度模型的误差有关系，与具体的偏移方法没有直接的关系；然后对一个复杂的透镜体模型进行了波动方程叠后正演和偏移计算，详细地讨论了不同的速度误差带来的各种假象，发现速度误差不仅会带来深度误差，而且会造成构造体的形态变化，下覆地层同向轴的扭曲，还可能引起地层同向轴的频率发生变化，给资料解释带来一定的假象。

The Lazhulong-Jinshajiang ophiolites occurred at archipelagic ocean that opened in Late Permian to Early Triassic and closed until Late Triassic that is a epeirogenic process characterized by "soft collision" that show lentiform and faulting ophiolites, folding marine strata, and accretionary wedge.

该蛇绿岩形成于晚二叠世至早三叠世多岛小洋盆环境，并在晚三叠世末期随古特提斯的闭合而构造侵位，这是一个以软碰撞为特征的造陆过程，伴生蛇绿岩体透镜体化和构造肢解、海相沉积岩褶皱变形和增生楔逆冲作用。

Fracturing of mineralization stage is found mainly concentrated in the early quartz veins or the hydrofracturing breccia in the sandy tectonic lenses, the lens-like orebody mainly consisting of the cataclastic quartz veins and hydrofracturing breccia form.

成矿阶段的破裂主要集中在砂岩构造透镜体中早期石英脉或液压角砾岩上，形成以碎裂石英脉及液压角砾岩为主要矿化母岩的透镜状矿体。

After relations between growth speed of final ice lens and segregation temperature were analyzed, the decrease of water intake speed at high segregation temperature was pointed. For small heave induced by intermissive freezing mode of controlling frost-depth, the mechanism of using intermissive phase to increase segregation temperature of the final ice lens so as to restrain its growth was proposed.

进一步定量考察末透镜体的生长速度与分凝温度之间的关系后，指出较高的分凝温度将会导致吸水速率的降低，而控制冻深的间歇冻结模式其机理就是利用间歇阶段促使末透镜体的分凝温度升高，抑制末透镜体的生长，进而达到减小冻胀的目的。

3When subjected to the seismic ground motion of the shock type, the shallow, thin and narrow liquefied lenticle may amplify the response of the building with short period.

计算结果表明：(1)所采用的方法与已有的模型实验结果有很好的对应关系，可用于分析建筑物存在下的场地砂土液化问题；(2)饱和砂土透镜体液化对短周期建筑物主要起到隔震作用，且随着透镜体厚度、埋深和宽度的增加以及场地输入地震动加速度的增大，减震效果有所增加；(3)在冲击型地震动作用下，埋深浅、宽度和厚度小的液化透镜体有时却对短周期结构加速度反应起到增大作用。

与透镜体相关的网络解释 [注：此内容来源于网络，仅供参考]

elongated lens：长条形透镜体

elongated four-spot pattern 伸长四点井网 | elongated lens 长条形透镜体 | elongated structure 纵长构造

anamorphote：变形透镜

anamorphosisevolved 变体 | anamorphote 变形透镜 | anamorphote 宽银幕透镜

anamorphote：宽银幕透镜/变形透镜

anamorphosis /歪像/畸形/变体/失真的形象/ | anamorphote /宽银幕透镜/变形透镜/ | anamorphser /宽银幕镜头/

axiation：轴化体轴形成

axially | 向轴的方向 | axiation | 轴化体轴形成 | axicon lens | 展象镜, 展象透镜, 旋转三透镜

lenticle：透镜体

lensresolution 镜头分辨力 | lenticle 透镜体 | lenticular 透镜状的

lenticle：透镜体 扁豆体 扁豆状体

lenticel 皮孔 | lenticle 透镜体 扁豆体 扁豆状体 | lenticonus 圆锥形晶状体

lentiform：透镜形

透镜体;凸镜体 lens | 透镜形 lentiform | 透鋰长石 castor

phacoid：透镜体

Phacocypris 小豆介属 | phacoid 透镜体 | phacoidal structure 透镜状构造

phacoidal structure：透镜状构造

phacoid 透镜体 | phacoidal structure 透镜状构造 | phacoidal 透镜状的

varifocal lens：变焦透镜

体块3D显示是指图像显示在一个真实的立体空间中,这个立体空间可以是透明的发光体,可以是旋转的显示屏形成的立体空间,或是二维图像通过移动镜子(varifocal mirror)或变焦透镜(varifocal lens)产生深度效果实现3D显示.