1.
Nd ISOTOPIC COMPOSITION AND EVOLUTION OF THE UPPER MANTLE IN THE ARCHAEAN OF NORTH CHINA: CONSTRAINTS ON THE MANTLE HETEROGENEITY OF THE UNMETASOMATIC CONTINENTAL LITHOSPHERE
华北太古代上地幔钕同位素组成、演化及对该区岩石圈地幔不均一性的制约
2.
Ages of Peridotitic Xenoliths from the Central and Eastern Areas of North China Craton and Mantle Heterogeneity
华北克拉通中东部典型地区橄榄岩捕虏体年龄及地幔不均一性
3.
The results show that the crust and upper mantle structures present obvious lateral and vertical inhomogeneity.
结果表明,地壳上地幔结构在纵向和横向上具有明显的不均匀性.
4.
The Chemical and Isotopic Compositions and Their Origin of Upper Mantle Volatiles in Eastern China;
中国东部上地幔不同类型流体组成及其性质
5.
THE ISOSTATIC RESIDUAL GEOID OVER EURASIA AND THE STRENGTH OF THE UPPER MANTLE
欧亚地区均衡残差大地水准面和上地幔强度
6.
Like the core of earth, the mantle can also be divided into two concentric layers, the lower mantle and the upper mantle.
就像地球的核部一样。地幔也可分为两个同心圆圈层，下地幔和上地幔。
7.
An upwelling of molten material from the earth's mantle.
地柱从地幔隆起的一段熔化物
8.
The beds maintain their identities.
地层保持它们的均一性。
9.
The mantle mineral group in Tibet has great significance in mineralogy an d geodynamics.
西藏地幔矿物群,无论在矿物学和地球动力学上均有重要意义。
10.
Application of Geomagnetic Observatory Data for Studying Electrical Conductivity Structure in North China
用地磁台站资料探测华北地区地幔电性结构
11.
SPECTRAL THEORY OF ELECTRIC AND MAGNETIC FIELDS ORIGING FROM OUTER CORE IN A 3-D INHOMOGENEOUS MANTLE (Ⅰ)--BASIC COUPLING EQUATIONS
三维非均匀地幔中深源电场和磁场的谱理论(Ⅰ)——基本耦合方程组
12.
Heterogenity of the carbon source implies the magma beneath the North China platform was not homogeneous at Late Mesoproterozoic.
形成晶体的碳质来源不均一 ,反映了中元古代华北陆台下地壳岩浆成分的不均一性。
13.
Electrical Structure Study of the Crust-upper Mantle in Dabie-Sulu Orogen
大别—苏鲁造山带地壳—上地幔电性结构研究
14.
Simulates on Melting, Elastic and Thermodynamic Properties of Major Material of the Lower Mantle;
下地幔主要矿物的熔化、弹性和热力学特性研究
15.
Some bacteria feed on methane. If methane were present in the mantle, it could support populations of microbes, allowing them to survive in such an extreme environment.
因为，一些细菌就是以甲烷卫生。如果地幔中真的存在甲烷的话，那儿说不定生活着无数的微生物。
16.
S-type granites should not be considered as the evidence of plume magmatism.
不能把S-型花岗岩作为地幔柱岩浆作用的证据。
17.
Advances in the Structure and Stability of Perovskite under Deep Mantle;
下地幔钙钛矿顽火辉石相稳定性研究及其进展
18.
Stability of(Mg,Fe)SiO_3-Perovskite under the Condition of Lower Mantle Pressure and Temperature
下地幔温压下(Mg,Fe)SiO_3钙钛矿的相稳定性