- 更多网络例句与单元体相关的网络例句 [注：此内容来源于网络，仅供参考]
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A mechanical description of the REV related to the elastic modulus of jointed rockmasses is proposed, and an expression of the REV based on the central limit theorem is suggested.
本文论述了岩体力学性质的尺寸效应，提出了与岩体弹性参数相应的表征单元体REV的力学描述，根据中心极限定理推导了估算裂隙岩体REV 的数学表达式。
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It was found that the relationship between the nonsmooth appearance of leaf surface and its wettability is very strong, and the shape and distribution of the non-smooth elements are the decisive factors. The surface with regular distribution of convex elements presents large contact angle, strong water repellence, and good self-clearing ability, and that of hairy non-smooth elements takes the nextplace.
试验结果表明，植物表面具有的非光滑形态与表面润湿能力的强弱有极大的关系，非光滑单元体的形状和分布是影响植物表面憎水性强弱的决定性因素；规律分布凸包形非光滑单元体的植物表面的憎水性强，脱附效果好；规律密布表皮毛形非光滑单元体次之。
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The two-dimensional structural units (such as silicon-oxygen tetrahedral sheet, octahedral sheet), interlayer space are assembled according to the sphere close packing manner, and the close packing layers parallel to {0001}. There are several mechanisms to release the difference in size while the silicon-oxygen tetrahedral sheet and octahedral sheet assemble the TO and TOT-type structural layers. The two types of structural layers with different interlayer space fitted together in six kinds of assembling modes and formed six kinds of crystal layers. The combinatorics analysis of the two-dimensional structural units revealed that there may be 28 kinds of TOT type interstradified minerals in six kinds of polysomatic assembling modes of interatradified structure. The structural layer is symmetrical for octahedron sheet in the structure of interstratified minerals and shows polarity characteristics.
结果表明，不同二维结构单元体（包括硅氧四面体片、八面体片、层间域的构筑基本符合球体紧密堆积原理，紧密堆积层平行{0001}；四面体片与八面体片构筑TO和TOT结构层时采取多种机制消除二者在二维尺寸上的差异；两种模式的结构层与不同类型的层间物组装形成六种组装模式的晶层；并通过二维结构单元体的组合规律的分析，计算出可能存在的28种TOT型间层结构，它们分属于6种间层结构多体性组装模式；间层结构中，结构层对于八面体片是不对称的，并在属性上表现出极性特征；间层矿物的晶层类型可用6种多体性组装模式加以表达。
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Absorbing the idea of multiple viewpoint models,AML disjoints the information describing different characteristics of the given entity.
吸取了多视点模型的思想，将描述同一实体不同侧面特征的信息分别封装在相应的程序单元声明、程序单元体和程序单元描述中
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Imitating the non-smooth shape of biont surface,the non-smooth surfaces with different shape and distributing distance were obtained on the H13 die steel by laser.
模仿生物体表的非光滑形态，利用激光在H13模具钢表面加工出各种形态和分布间隔的非光滑单元体，研究非光滑单元体形态、分布间隔对模具钢磨损性能的影响，并探讨非光滑表面材料的磨损机理。
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Improving vertical resolution for density curves is by means of restructuring the response from large and small spacing sondes and borehole effect correction factor and coherence factor are used. Form the principle of GR logging, calculate volumes in investigating areas taken by borehole, formation, up and low shoulder beds, along with distance between center of gravity of the four unit bodies and detector. Based on the above, the weighting function of each unit body to GR signal contributions are established, thus realizing processing of GR logs with high resolution. The resistivity logging model uses "resolution matching" method to improve the resolution of the logs. After the process, PNN model is made to recognize the oil-gas-water bed. Compared with BPNN, the net work is featured swiftness, accuracy and ease of practical application.
提高密度测井曲线垂直分辨率是通过对重新组合长、短源距探测器响应的算法来提高补偿密度曲线的垂直分辨率，并加入井眼影响校正因子和相关性因子；自然伽马测井模型从基本原理出发，扣除井的影响，计算井筒、地层及其上下围岩所占探测球域体积及其重心到探测器的距离，以此建立各单元体对伽马测井信号贡献的权函数，通过权函数逐层计算不同厚度地层条件下各的单元体权因子，实现自然伽马曲线高分辨率处理；电阻率校正模型应用&分配率匹配&模型，应用低分辨率曲线提高为高分辨率曲线：曲线校正后，利用常规测井资料并且结合校正后的密度、伽马、电阻率等三个对判断油水层有利的指标，通过概率神经网络模型识别储层流体性质，较以前的模型，不仅极大的提高识别正确率，同时与普通神经网络相比较，提高了网络的运行速度和实用性。
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We adopt the method of 'piling-up, connecting, and putting-together' which uses 'room type module' as a basic design unit. The first step of this method is to combine from vertical space to basic objects; the second step is to use stair well to connect those basic objects from horizontal space to get series of room units; the final step is to consider both horizontally and vertically to get a complex structured house.
采用&叠&、&联&、&拼&设计方法，即采取以&户型模块&为基本设计单元，第一步从竖向空间进行组合，得到具有高度空间变化的住宅基本体；第二步从水平空间，通过楼梯间串联各基本体，得到多种形式的住宅单元体；第三步再从水平空间（也考虑竖向空间层数的变化）组合各单元体，得到一栋住宅造型多变的住宅组合体
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Furthermore, by segmenting the reservoir into a collection of small blocks, we can assign unique values of the rock properties to each, and thereby approximate reservoir heterogeneities and anisotropies.
p241d 译文：进而将油藏分割成小单元体的集合，我们可以对每一个单元体的岩石性质指定唯一值。因此，就近似描述出油藏的非均质性和各向异性。
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So far we have discussed the case of single inclusion inhomogeneity and inhomogeneous inclusion where the interaction between inhomogeneities need not be considered.
迄今为止，我们已经讨论过一个内单元体各向异性问题和在其它成分可以忽略之间的各向异性内单元体相互作用的问题。
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These novels, together with a number of poems and a collection of satirical essays, The Im前一单元ssions of Theophrastus Such, constitute a formidable body of work from a woman frail in health and working constantly under the ap前一单元hension of failure or worthlessness.
这些小说连同一批讽刺诗、散文集，肠前一单元NIP的theophrastus等，构成一项艰巨的工作，从身体健康、工作不断女子体弱根据美联社前一单元hension失败或无能。
- 更多网络解释与单元体相关的网络解释 [注：此内容来源于网络，仅供参考]
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borehole：钻孔
文章摘要:建立太阳能地层钻孔(Borehole)贮热单元体夏季贮热过程的理论模型,数值模拟贮热岩体在夏节贮存热量过程中的热特性,详细分析了加热流体温度、贮热单元体的贮热速率以及岩体内温度场在整个夏季贮热过程中的变化规律,
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borehole：孔
文章摘要:建立太阳能地层钻孔(Borehole)贮热单元体夏季贮热过程的理论模型,数值模拟贮热岩体在夏节贮存热量过程中的热特性,详细分析了加热流体温度、贮热单元体的贮热速率以及岩体内温度场在整个夏季贮热过程中的变化规律,
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finite element model：有限单元体模式
finite element method 有限元法=>有限要素法 | finite element model 有限单元体模式 | finite element programming 有限元程序设计
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elemental floating body：单元浮体
单元物体 elemental body | 单元浮体 elemental floating body | 元波 elementary wave
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haplont：单元体
haplomitosis /单倍有丝分裂/ | haplont /单元体/ | haplophase /单元期/
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haplophase：单元期
haplont /单元体/ | haplophase /单元期/ | haplophyll /初始叶/
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input unit：输入单元
以完成指定的工作.硬体系统为构成电脑的各种机器设备及电子元件.电脑硬体结构如下图1.1所示.输入单元(input unit):负责将资料或指令(程式)送进记忆单元.一般使用的有键盘(keyboard),
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memory bank：存储体
若干个忆记单元组成一个存储单元,大量的存储单元的集合组成一个存储体(Memory Bank). 为了区分存储体内的存储单元,必须将它们逐一进行编号,称为地址. 地址与存储单元之间一一对应,且是存储单元的唯一标志.
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quadrilateral element：四边单元体=>四角形要素
quadrilateral directional distance relay 四边形方向性距离继电器 | quadrilateral element 四边单元体=>四角形要素 | quadrilateral element characteristic 四边形单元体特性
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subunit：次单元体
Cox17是人的基因,转译出的Cox17蛋白质是由几个次单元体(subunit)组成的异构复合体,这些次单元体分别为具催化作用之三个次单元体(由线粒体基因转译出来)和多个结构次单元体(由细胞核基因转译出来).