白垩的

基本解释 (translations)

chalky  ·  Cretaceous  ·  cretaceous

与白垩的相关的网络例句 [注：此内容来源于网络，仅供参考]

Then the cementation and the relationship between cementation and suction are also studied.

最后对非饱和白垩的胶结特性及胶结作用与吸力的关系进行了研究。

Composed of, containing, or characteristic of calcium carbonate, calcium, or limestone; chalky .

碳酸钙的由碳酸钙、钙或石灰石组成的、包含此类物质的或具有其性质的；白垩的

Soil in the Champagne region is either chalky or a clay-chalk mixture.

香槟区的土壤为白垩土或陶土和白垩土混合两种。

Dawsonite of Mesozoic strata in Northeast China and adjacent area distribute in Lower Cretaceous strata from Hailaer basin,Tamtsag basin, Erlian basin, Kailu basin and Fuxin basin, and Upper part of Lower Cretaceous and Lower part of Upper Cretaceous from southern Songliao basin.

东北及邻区中生代地层中的片钠铝石分布于海拉尔盆地、塔木察格盆地、二连盆地、开鲁盆地和阜新盆地的早白垩世地层及松辽盆地南部的早白垩世晚期-晚白垩世早期地层中。

The variety of average content of organic carbon is related to the paleogeography situation of the study area and sea-level oscillation.

综合分析结果表明：该区泥、页岩中残余有机碳含量在0.05%-1.1%之间，平均值约为0.42%，其中下白垩统约为0.531%，上白垩统约为0.265%，有机碳平均含量变化特征与该区的古地理格局及海平面升降有关。

The oil permeability and its influence factors in unsaturated petroleum chalk were studied by carrying out some experiments with a specially improved constant-head permeameter where the matrix suction was controlled with axis-translation technique.

利用改进的常水头压力渗透仪对非饱和油田白垩进行了试验研究，试验中采用轴平移技术来控制基质吸力，据以研究非饱和油田白垩的渗透特性及其影响因素。

Chronic gout leads to deposion of urates into a chalky mass known as a "tophus".

慢性痛风导致尿酸盐沉积为似白垩的物质，即痛风石。

These tests show that: 1. suction decreases with the increase of the water saturation in the chalk; 2. stress variants proposed are available for describing the stress state of the unsaturated chalk; 3. preconsolidation pressure increases with suction, while the effects of suction on the compressibility coefficients λ and κ are not evident; 4. as usual unsaturated soils, the permeability to oil of chalk increases with the suction; 5. yield strength of the chalk behaves with volumetric strain hardening; 6. cohesive behaviour of the chalk is related to the stress level, and relation between time-dependent deformation and logt is linear; 7. cohesion of the chalk decreases with the increase of the suction, while the elastic stiffness and the cohesion coefficient increase; 8. strength and elastic modulus increase with the strain rate, while the strain at the peak strength decreases with the increase of the strain rate.

试验结果表明，白垩中的虹吸力随水饱和度的降低而提高；吸力、水饱和度和强度的变化过程均与时间有关；可用由理论分析得到的应力状态变量描述非饱和白垩的平衡状态；前期固结压力随吸力增加而提高，而压缩指数λ与κ则同吸力无关；应力大于前期固结压力时，粘性变形与时间的对数关系曲线呈线性关系，其大小和增长速率均随吸力减小而增大，可视为白垩弹性刚度降低和粘性系数增大的结果；前期固结压力和变形模量随着应变速率的提高而提高，压缩指数κ和λ则随应变速率的提高而减小；应变速率较低时，粘性和吸力对前期固结压力及压缩指数的影响较小；白垩中油的渗透性随着吸力增加而提高；白垩在屈服阶段具有明显的体积应变硬化特性。

The second group are the mixtures of Jurassic coal-formed oils and Cretaceous-derived oils. The carbon isotope, n-alkanes and isoprenoids compositions of these oils are similar to core extracts from Jurassic coal measures. However, sterane and terpane compositions of these oils show affinity to Cretaceous source rocks. It is deduced that coal-formed oils dissolved the biomarker-rich Cretaceous bitumen of relatively low thermal maturity, and overprinting occurs during oil migration.

第二类原油具有侏罗系煤系烃源岩与白垩系湖相泥质烃源岩混源的特点，这类原油的碳同位素组成、正构烷烃分布特征和姥植比等均表现出煤成油的特征，但甾、萜烷烃类化合物组成与白垩系烃源岩接近，推测是由于侏罗系煤成油在向上运移成藏过程中，受到成熟度相对较低、生物标志物相对丰富的白垩系烃源岩的浸析作用所致。

The results are shown as below.1 Tectono-thermal evolution: The history of the Songliao basin is divides into four stages, high-temperature doming and extension, high-temperature rifting, low-temperature depression, and low-temperature shrinkage. Numerical simulation of mechanical process shows that the basin appeared in the early- to late- Jurassic as a result of rapid low-angle subduction of the Pacific plate towards the northwest, of movement of the Siberian block towards the southeast, of many other influences such as internal thermal stress in the mantle, gravitational force, stress of phase transition, etc. Both the Pacific plate and the Siberian block slowed down in the early Cretaceous, and almost stopped in the middle Cretaceous with the rapid decrease of abnormal heat in the mantle below.

盆地构造热演化力源机制数值模拟研究表明：早、中侏罗世至晚侏罗世晚期，盆地演化主要是太平洋块体向北西方向以低角度快速俯冲和西伯利亚块体向东南俯冲共同作用的结果，同时也与地幔内部热力、重力、相变力以及地球自转及公转速度变化效应和上覆块体绝对运动的作用有关；早白垩世早期至早白垩世中期，来自东部太平洋块体俯冲作用的减弱，而这一时期影响盆地演化的主要力源是地幔内部热力、重力、相变力以及地球自转及公转速度变化效应和来自西伯利亚块体俯冲作用；进入早白垩世晚期至晚白垩世早期，由于双重俯冲带中西侧俯冲作用带基本停止活动，而本区地幔热能的快速衰减则控制盆地的构造热演化；晚白垩世晚期以后，太平洋块体活动加强和地幔热运动是影响盆地演化的主要动力。

与白垩的相关的网络解释 [注：此内容来源于网络，仅供参考]

Chalky：白垩的

chalkware 彩饰 | chalky 白垩的 | challah 白面包

Chalky：白垩质的

chalky porosity 白垩状孔隙 | chalky 白垩质的 | challenge 挑战;提出异议

challah：白面包 (名)

chalky 白垩的; 像白垩的 (形) | challah 白面包 (名) | challenger 挑战人; 挑战物 (名)

Cretaceous：白垩的

cresylic 甲酚的 | cretaceous 白垩的 | Cretan 克里特岛人

chalkiness：白垩

chalkboard 黑板 | chalkiness 白垩 | chalklike 似白垩的

chalkiness：白垩质

chalked 粉化的 | chalkiness 白垩质 | chalkinesswhiting 白垩

chalklike：似白垩的

chalkiness 白垩 | chalklike 似白垩的 | chalkrail 粉笔槽

chalklike：似白垩的, 似粉笔的

chalkiness | 白垩, 白垩质, 白色 | chalklike | 似白垩的, 似粉笔的 | chalkogenide | 硫属化物

Creta：白垩漂白土

cresylite | 甲苯炸药, 甲酚盐 | creta | 白垩漂白土 | cretaceous | 白垩的, 白垩纪的 白垩纪, 白垩系

The moonlight, that chalk cliff：那月光,那白垩的峭壁

How the elements solidify! --- 万物如何凝固! | The moonlight, that chalk cliff 那月光,那白垩的峭壁 | In whose rift we lie 我们躺倒在谁的缝隙中