lithosphere

Analysis of S wave envelope broadening can be a powerful tool for quantitative study of random velocity inhomogeneity in the lithosphere.

The damages includes that of atmosphere, lithosphere and biosphere.

The hydrosphere, atmosphere, pedosphere , lithosphere, biosphere, and energy circle in an ecosystem are also in a dynamic balance.

Soil differs from its parent rock due to interactions between the lithosphere, hydrosphere, atmosphere, and the biosphere.

Notice first that there could be a substantial difference between lithosphere thickness and plate thickness.

As the plates diverge from a mid-ocean ridge they slide on a more yielding layer at the base of the lithosphere.

While Earth's plates moving in the opposite direction of each other, a great amount pressure will impose to lithosphere.

Firstly, the satellite magnetic anomalies, reflecting the features of the lithosphere magnetic field have been computed and explained.

The research of it is in the fields of marine bio-systematics, mariculture, structure of ocean lithosphere, environmental protection, etc.

In this paper an analytical model of the lithosphere's response to surface loads on an elastic spherical shell is established.

Such rocks is considered to be the most effective indicator to identify a series of geological events due to lithosphere compression.

The fault zone is not in lithosphere but in the earth crust since'it does not separate active zone from stable zone. . .

The lithosphere of the latter is thinned intensively as a transition area from continental to oceanic lithosphere.

Our study shows that, mantel flow plays an important role in generating and distribution of the stress field within the lithosphere.

In this paper, recent progress in seismological, geochemical and petrological studies of the continent-tal lithosphere studies are reviewed.

Dutch astronomer Ott that the main source of the Earth is our planet within the upper mantle lithosphere.

Continental lithosphere is significantly different from oceanic lithosphere in the aspect of composition, thickness and mechanical strength.

The present geothermal field is controlled by thickness of lithosphere, structural features as well as groundwater activity.

Rupture zone controls the North-South differences of cenozoic diastrophism and present lithosphere movement of Fujian Province.

The lithosphere of the Tarim basin shows rigid and uniform deformation, which enhances the transformation of force.

Special shape and distributing feature of Xinjiang geomorphic reflect change of deep material motion of crust and lithosphere.

Tectonic fluids are concerned with those produced and participating in the tectonic event at all depths of lithosphere.

A zone of the earth's mantle that lies beneath the lithosphere and consists of several hundred kilometers of deformable rock.

The overall environment quality of lithosphere is good and pedosphere is not polluted.

Half of the lithosphere by the silicon material composed of silicate and water.

The Cenozoic basins of Linfen and Yinchuan correspond to thermal expansion sod extension of lithosphere.

oceanic lithosphere beneath an overriding continental plate.

The Earth is made up of three concentric zones: the lithosphere (solid earth), the hydrosphere(water layer), and the atmosphere.

Tectonic compounding common in the earth crust and lithosphere is the records of repeated tectonic movements.

They slide on a more yielding layer at the base of lithosphere.

Could simply be the natural temporal variation of the stress field in the earth's lithosphere.

These dissolved materials thus pass from the lithosphere to the hydrosphere .

The lithosphere's responses to two types of loads models (disc load and sine load) are tested.

Made up of the crust and the uppermost mantle, tectonic plates form the lithosphere, which ranges in thickness from 65 to 100km.

The elastic thickness of lithosphere is relatively thin so that the crust ruptures greatly in the area.

Even the planet's outer skin, or lithosphere, has been transformed.

China 3D lithosphere structure database and other research cases involve a large quantity of data visualization problems.

The GIS-based China 3D lithosphere structure database includes 12 specialized sub-databases with various data types.

From the view of multi-layering and mechanical heterogeneity of continental lithosphere, it is time to abandon the sandwich model.

The altiplano which you had been to years ago was just sleeping under the lithosphere.

The Estimation of the Effective Elastic Thickness of the Continental Lithosphere and Its Geological Significance

Electrical structures of the lithosphere along the Jiamusi massif and its eastern edge

The Measurements of Rock Elastic Wave Velocities at High Temperature and High Press and Its Implication for Lithosphere Seismic Velocities

Review on the Progress in Studies on Plastic Flow of Lithosphere and Continental Intraplate Tectonic Deformation

Rheological Evidence for Superimposition of Double Brittle-Ductile Transitional Zones of the Lithosphere in the Lower Yangtze Region

Lower crust processes during the lithosphere thinning in eastern China: magma underplating, replacement and delamination

Relations between Mineralization, Tectonic Evolution of the Lithosphere and Composition of the Crust-mantle within Fujian Province

Three-dimensional lithosphere density distribution beneath Chinese Sea and its adjacent regions

Petrological structure, types and inhomogeneity of the lithosphere beneath continental China

Zones of crust-mantle and lithosphere-asthenosphere interaction in eastern China: Characteristics and timing of transformation

Geophysical Investigation for Site-Selection of Chinese Continental Scientific Drilling and Dabie-Sulu Lithosphere

Finite element modeling of the Mesozoic lithosphere structure and evolution of West Liaoning, Northeast China

Mechanism of the lithosphere earthquake precursor anomalous phenomena

Temporal and spatial evidences for Early Cretaceous disturbance of the lithosphere beneath North China

Coupling between different layers of the lithosphere under horizontal drag underneath

The Character and Geological Meaning of Captive Rock of the Lithosphere in the Wudalianchi Potassic Volcanic Rocks

The Determination of Rheological Mechanics of Lithosphere and the Influencing Factors on the Rheological Strength of Lithosphere

The Mesozoic intraplate orogeny of the Taihang Mountains and the thinning of the continental lithosphere in North China

Mechanical Responses of the Continental Lithosphere to Viscous Drag and Boundary Forces

A Review on Petrologic Evidences for Mesozoic Lithosphere Delamination in East Qinling-Dabie Mountains

The status of continental lithosphere rheology and experiments on creep of rocks at high temperature and high pressure

Basin-range coupling and lithosphere structure between the Zoige and the west Qinling

Research advances on lithosphere rheological structure

Effects of temperature and strain rate on the fracture strength of rock and their influences on the rheological structure of the lithosphere

Rotation of the Jurassic crust and transformation of the lithosphere of eastern China

Structure and dynamics of lithosphere and asthenosphere in the gigantic East Asian-West Pacific rift system

Microstructures of deformed rocks and rheology of the lithosphere

Discussion of Some Problems on Explaining Lithosphere Rheology Using Creep Tests of Rocks Under High Temperature and Pressure

Thermal simulation on lignite and water under high pressure and high temperature in deep lithosphere

Anisotropy of lithosphere in Yecheng-Shiquanhe area, western Tibetan Plateau

Relationship between Seismicity and Geothermal Structure of the Lithosphere in Yunnan Province, China

Comments on the Effective Elastic Thickness of Continental Lithosphere

Thermal structure and thermal evolution of the lithosphere

Shear wave anisotropy of the northeast Indian lithosphere

Progress in continental lithosphere studies

Role of weak zone orientation in continental lithosphere extension

Some Difficult Problems in Recent Tectonic Analytics for Earth's Lithosphere

Structure of the lower crust and detachment and subduction of the lithosphere of the South Qinling

Plume-lithosphere interaction beneath a fast moving plate

Framework Design for Chinese Lithosphere Data Model

IMILA; Investigation of the Dynamics of the Euro-Asian Lithosphere;

Progresses and problems in the study of the rheological structure of the continental lithosphere

Layered Structure of Continental Lithosphere and Global Double -Deck Boundary

Discussion about the distribution of stress in lithosphere in the earth rotation

MT sounding and lithosphere thickness in North China

Thermo-Rheological Structure of the Lithosphere in the South Huabei Basins

Brief Introduction to the Researches on Fluid Pathway in the Lithosphere

Deduction of magnetic characteristics of lithosphere in China from results on satellite and aeromagnetic measurements

Inter Union Commission on the Lithosphere

Are chemical composition models of continental crust and lithosphere in China reliable? A testing from terrestrial heat flow data

Research on the lithosphere structure of Chinese Marginal Seas

Advances in Studies of Heterogeneities in the Earth's Lithosphere

Application and development of finite-element numerical modeling method in China lithosphere structure study

Compilation of Chemical Sturcture Plane View of Lithosphere in Orogenic Belt--Taking an Example of Qinling-Dabie Orogenic Belt