igneous rocks

Is there any other way of producing igneous rocks besides the volcanic eruption ?

why are the rare earth elements so useful for classifying igneous rocks and for determining their chemical evolution?

Both intrusive and extrusive igneous rocks can BE further classified according to the differences of chemical and mineral compositions.

This idea and method may also be helpful to evaluation of igneous rocks with other types.

Any of various altered BASIC igneous rocks colored green by chlorite, hornblende, or epidote.

Explain the difference between the formation of igneous rocks from magma and lava.

Igneous rocks do not contain fossils.

APATITES from different types of igneous rocks generally reveal significant variations in the abundance level of minor and trace elements.

The high velocity and variable thickness of igneous rock impair the structural map of targets beneath igneous rocks.

coexisting rifted and island-arc types igneous rocks constructed multi-type reservoir bodies.

The ore bodies occur within or near the exocontact of intrusive rocks and above the hidden igneous rocks.

Based on the logging response characteristic of Tertiary igneous rocks in Bohai Bay. This paper summarizes a criterion way of igneous rock.

A rare plagioclase feldspar with high calcium oxide content occurrIng In igneous rocks.

Key points: texture, structure and classification of igneous rocks.

The boundary fault (e. g. Meiyu fault) is the important pathway for igneous rocks to intrude and erupt.

Its compounds are found in practically all igneous rocks and their sand deposits.

This 28-km segment was blasted through weathered igneous rocks four years ago to provide a shorter route to the town of Weixi.

Derived from magma poured out or ejected at the earth's surface. Used of igneous rocks.

The two most common types of igneous rocks are granite and basalt.

Texture and structure of igneous rocks and classification.

I wonder if there are further classifications of igneous rocks.

Isotope Geochronological Study of Igneous Rocks in Northeastern Jiangxi Province and Its Implication to Geologic Evolution

Fe-Mg borate Formation is a sort of camsellite-bearing Mg-meta-igneous rocks;

Geochemical Kinetics of Oxygen Isotope Exchange between Water and Minerals in Mesozoic Igneous Rocks from the Dabie Orogen

Characteristics of Early Jurassic igneous rocks on the continental margin of southeastern China and their tectonic significance

An integrated model for the Cenozoic evolution of the Tibetan plateau: constraints from igneous rocks

Tectonic settings of the basic igneous rocks in the Kudi ophiolite zone of West Kunlun Mountains, Xingjiang Province

Petroleum geology study, oil and gas exploration future and problems faced in Mesozoic and Cenozoic igneous rocks in eastern China

New explanation for Nb-enriched alkali igneous rocks in Porgera porphyry copper-gold deposit, Papua New Guinea

Early-Middle Jurassic basins and features of igneous rocks in the western Fujian-southern Jiangxi region

Formation Mechanism of Hydrocarbon Reservoirs Related to Igneous Rocks in Mesozoic-Cenozoic Basin, Eastern China

Hydrogeological Significance of Thick Igneous Rocks in Coal Measures

A Discussion on Some Problems in the Research on the Mesozoic Potassic Igneous Rocks in Eastern China

Its ore-forming period is later than the formation of igneous rocks and belongs to late Mesozoic Yanshan period;

A Study on the Tectonic Basement of Late Mesozoic Igneous Rocks in Southeastern China

Study the regularity of the igneous rocks in Tiefa coalfield

Completion Techniques in Low Pressure Igneous Rocks

Discrimination of igneous rocks via the TAS diagram

The BP Net Chemical Classification of Igneous Rocks

Study on tectonic stress field and fracture system in igneous rocks of block Shang741

Element Geochemistry and Age Dating on the Igneous Rocks in Santanghu Basin

Petrology And Genesis Of Igneous Rocks