|
trans-north china orogen |
8 |
|
paleoproterozoic |
7 |
|
archean |
6 |
|
deformation |
6 |
|
north china craton |
6 |
|
chinese altai |
5 |
|
subduction |
5 |
|
tectonic evolution |
5 |
|
archaean |
4 |
|
central asian orogenic belt |
4 |
|
collision |
4 |
|
detrital zircon |
4 |
|
geochemistry |
4 |
|
hengshan-wutai-fuping belt |
4 |
|
inner mongolia |
4 |
|
magmatic arc |
4 |
|
magmatism |
4 |
|
palaeoproterozoic |
4 |
|
wutai |
4 |
|
zircon dating |
4 |
|
accretion |
3 |
|
aeromagnetic data |
3 |
|
amalgamation |
3 |
|
back-arc basin |
3 |
|
barrovian metamorphism |
3 |
|
conglomerate |
3 |
|
crystal age mapping |
3 |
|
dolomite |
3 |
|
doubly-vergent orogenic wedge |
3 |
|
electron loss |
3 |
|
electron microprobe dating |
3 |
|
foreland basin |
3 |
|
fuping |
3 |
|
gantaohe group |
3 |
|
gneiss dome |
3 |
|
granitoid |
3 |
|
granitoids |
3 |
|
granulite |
3 |
|
granulite-facies metamorphism |
3 |
|
hafnium |
3 |
|
hengshan complex |
3 |
|
high-pressure granulite |
3 |
|
ht/lp metamorphism |
3 |
|
lüliang complex |
3 |
|
north china block |
3 |
|
orogenic crust profile |
3 |
|
p-t paths |
3 |
|
paleoproterozoic tectonics |
3 |
|
paleo‐asian ocean |
3 |
|
proterozoic |
3 |
|
retro-arc foreland basin |
3 |
|
retrograded eclogite |
3 |
|
rifting |
3 |
|
saturn |
3 |
|
sedimentary provenance analysis |
3 |
|
shrimp u-pb zircon age |
3 |
|
solonker suture zone |
3 |
|
south china |
3 |
|
structural evolution |
3 |
|
terrane accretion |
3 |
|
th-u-pb monazite ages |
3 |
|
volcanic rocks |
3 |
|
whistler mode emissions |
3 |
|
wutai-hengshan-fuping complexes |
3 |
|
zanhuang complex |
3 |
|
zhongtiao complex |
3 |
|
accretional orogen |
2 |
|
andean-type arc system |
2 |
|
caob |
2 |
|
dashizhai formation |
2 |
|
east junggar |
2 |
|
indentation |
2 |
|
khondalite belt |
2 |
|
late paleozoic |
2 |
|
magmatism-metamorphism-deformation |
2 |
|
neoproterozoic |
2 |
|
north china |
2 |
|
ophiolite |
2 |
|
orocline |
2 |
|
rodinia |
2 |
|
zircon u–pb geochronology |
2 |
|
"shoushangou formation" |
1 |
|
2. 7ga |
1 |
|
\anliao rift |
1 |
|
a-type granite |
1 |
|
abitibi subprovince |
1 |
|
acid-hydrolyzed hydrocarbon |
1 |
|
adakite |
1 |
|
adakitic granite |
1 |
|
adakitic granitoids |
1 |
|
aksu blueschist |
1 |
|
alkaline rock |
1 |
|
aluke'erqin qi |
1 |
|
amphibolite facies |
1 |
|
anatexis |
1 |
|
andean-type active continental margin |
1 |
|
ar horqin banner |
1 |
|
ar–ar geochronology |
1 |
|
back-arc ocean basin |
1 |
|
backarc rifting |
1 |
|
bairin right banner |
1 |
|
bangong-nujiang suture zone |
1 |
|
banxi group |
1 |
|
baoyintu group |
1 |
|
basin evolution |
1 |
|
boninite-like rocks |
1 |
|
cadillac - larder lake deformation zone |
1 |
|
calc-alkaline series |
1 |
|
caledonian a-type granite |
1 |
|
caledonian orogeny |
1 |
|
calymmian system |
1 |
|
cathaysia block |
1 |
|
central zone |
1 |
|
changcheng system |
1 |
|
changchengian period |
1 |
|
changzhougou formation |
1 |
|
chang’anpu mo deposit |
1 |
|
chifeng area |
1 |
|
collisional orogen |
1 |
|
columbia supercontinent |
1 |
|
columbia supercontinent breakup |
1 |
|
contact relationship between late permian and lower triassic |
1 |
|
continental active zone |
1 |
|
continental margin |
1 |
|
continent–continent collision |
1 |
|
continuous deposition |
1 |
|
crustal anatexis |
1 |
|
crustal contamination |
1 |
|
crustal evolution |
1 |
|
crustal extension |
1 |
|
crustal growth |
1 |
|
crustal reworking |
1 |
|
crust–mantle interaction |
1 |
|
dagushi group |
1 |
|
deep oil and gas |
1 |
|
delamination |
1 |
|
dense seismic observations |
1 |
|
detrital cr-spinel |
1 |
|
detrital zircon la-icp-ms u-pb ages |
1 |
|
detrital zircons |
1 |
|
diabase |
1 |
|
dishui granitoids |
1 |
|
dunhuang block |
1 |
|
earliest jurassic a-type granite |
1 |
|
early early triassic |
1 |
|
early palaeozoic ophiolite |
1 |
|
early paleozoic |
1 |
|
early paleozoic qinling orogenic belt |
1 |
|
eastern himalayan syntaxis |
1 |
|
elemental and isotopic geochemistry |
1 |
|
episodic extension |
1 |
|
erdaowa group |
1 |
|
estern tianshan |
1 |
|
fangjidao area |
1 |
|
foundational geological survey |
1 |
|
fuping complex |
1 |
|
gaoyuzhuang formation |
1 |
|
garnet |
1 |
|
garnet amphibolite |
1 |
|
garnet granitoid |
1 |
|
geochemical |
1 |
|
geochemical zone |
1 |
|
geochemistry and petrogenesis |
1 |
|
geochemistry, structuralsignificance |
1 |
|
geochronology |
1 |
|
geodynamic settings |
1 |
|
geological survey engineering |
1 |
|
gneiss domes |
1 |
|
gold mineralization |
1 |
|
granite |
1 |
|
granites |
1 |
|
great unconformity |
1 |
|
greenschist facies |
1 |
|
helong terrane |
1 |
|
hf isotope |
1 |
|
hf isotope homogenization |
1 |
|
hf isotopes |
1 |
|
hf-0 isotope |
1 |
|
hf-o isotope |
1 |
|
high sr/y ratio |
1 |
|
himalaya |
1 |
|
himalayan orogen |
1 |
|
hongqi formation |
1 |
|
horqin right wing middle banner-tuquan area |
1 |
|
hp mafic granulite |
1 |
|
huoshan formation |
1 |
|
hydrocarbon generating potential |
1 |
|
hydrocarbon generation potential |
1 |
|
hydrocarbon seepage |
1 |
|
hydrocarbon source rock |
1 |
|
hydrocarbon source rocks |
1 |
|
i-type granites |
1 |
|
id-tims |
1 |
|
illite crystallinity |
1 |
|
in-situ |
1 |
|
indonesia |
1 |
|
initial breakup |
1 |
|
inter-arc basin |
1 |
|
intra-plate extension |
1 |
|
intra-plate orogeny |
1 |
|
intracontinental rift |
1 |
|
introversion |
1 |
|
isothermal compression |
1 |
|
isotopic signatures |
1 |
|
jiangnan orogenic belt |
1 |
|
jiao-liao-ji belt |
1 |
|
jiao–liao–ji belt |
1 |
|
jiapigou granite-greenstone belt |
1 |
|
jixian |
1 |
|
jurassic |
1 |
|
keerqinyouyizhongqi |
1 |
|
kerogen types |
1 |
|
kuruktag |
1 |
|
la-icp-ms u-pb ages |
1 |
|
la-icp-ms zircon u-pb ages |
1 |
|
la-mc-icp-ms |
1 |
|
la-mc-icpms u-pb dating |
1 |
|
late late permian |
1 |
|
late miocene–pliocene extension |
1 |
|
late paleoproterozoic |
1 |
|
late permian |
1 |
|
lengjiaxi group |
1 |
|
leucogranite |
1 |
|
leucogranites |
1 |
|
liaodong peninsula |
1 |
|
liaohe group |
1 |
|
linxi formation |
1 |
|
lithic sandstone |
1 |
|
lithospheric delamination |
1 |
|
lithospheric thinning |
1 |
|
liuhe orefield |
1 |
|
lode-gold deposit |
1 |
|
low-grade metamorphic rocks |
1 |
|
low-pressure/high-temperature metamorphism |
1 |
|
lower permian |
1 |
|
lt eclogite facies rock |
1 |
|
lte |
1 |
|
lu-hf isotope |
1 |
|
luoyu group |
1 |
|
mafic dikes |
1 |
|
mafic enclaves |
1 |
|
mafic rocks |
1 |
|
maficity |
1 |
|
magma evolution |
1 |
|
magma hybridization |
1 |
|
magmatic and metamorphic rocks |
1 |
|
main basins on the western periphery of songliao basin |
1 |
|
major and trace element |
1 |
|
mantle plume |
1 |
|
maturity |
1 |
|
maturity of organic matter |
1 |
|
meso-neoproterozoic |
1 |
|
meso-tethys |
1 |
|
mesoarchean |
1 |
|
mesoproterozoic |
1 |
|
mesoproterozoic alkaline basaltic rock |
1 |
|
mesozoic |
1 |
|
mesozoic stratigraphic correlation |
1 |
|
metamorphic p-t-t evolution |
1 |
|
metamorphism |
1 |
|
metamorphism and magmatism |
1 |
|
mg isotopes |
1 |
|
middle-southern part of the da hinggan mountains |
1 |
|
migmatite |
1 |
|
monazite |
1 |
|
monzogranite intrusion |
1 |
|
morb-like rocks |
1 |
|
mugagangri group |
1 |
|
multi-stage evolution |
1 |
|
nanling range |
1 |
|
nanying granitic gneisses |
1 |
|
nd isotope composition |
1 |
|
nd isotope data |
1 |
|
nd-hf-o isotopes |
1 |
|
neoarchean |
1 |
|
neoarchean crustal evolution |
1 |
|
neoarchean geodynamic regime |
1 |
|
neoarchean granite-greenstone belt |
1 |
|
neoarchean granitoid |
1 |
|
neoarchean to early paleoproterozoic crustal evolution |
1 |
|
new area and series of strata |
1 |
|
new discovery |
1 |
|
new progress |
1 |
|
northeast china |
1 |
|
northern margin of north china craton |
1 |
|
oil and gas exploration engineering |
1 |
|
on the periphery of songliao basin |
1 |
|
ophiolite emplacement |
1 |
|
organic matter abundance |
1 |
|
paleo-asian ocean |
1 |
|
paleo-pacific plate |
1 |
|
paleoproterozoic orogenic belt |
1 |
|
paleoproterozoic orogenic belts |
1 |
|
palynology |
1 |
|
pelitic granulite |
1 |
|
phase equilibrium modeling |
1 |
|
phase modeling |
1 |
|
plate tectonics |
1 |
|
pollen and spores |
1 |
|
poly-cyclic metamorphism |
1 |
|
post-collision |
1 |
|
post-collisional evolution |
1 |
|
post-collisional extension |
1 |
|
precambrian granitoid gneisses |
1 |
|
provenance |
1 |
|
provenance analysis |
1 |
|
pseudosection |
1 |
|
p–t path |
1 |
|
p–t–t path |
1 |
|
qingyuan |
1 |
|
qinling orogen |
1 |
|
quartz monzogranites |
1 |
|
receiver function |
1 |
|
resources prospect |
1 |
|
retreating subduction |
1 |
|
reworking |
1 |
|
rift |
1 |
|
rodinia supercontinent |
1 |
|
ruyang group |
1 |
|
s-type granites |
1 |
|
sandstone-type uranium deposit |
1 |
|
santonian |
1 |
|
sea-level change |
1 |
|
sedimentary environment |
1 |
|
sedimentary evolution |
1 |
|
sedimentary geochemistry |
1 |
|
seg |
1 |
|
shale gas |
1 |
|
shennongjia group |
1 |
|
shoushangou formation |
1 |
|
slab break-off |
1 |
|
songliao basin |
1 |
|
source rock |
1 |
|
south yellow sea basin |
1 |
|
southeastern tibet |
1 |
|
southern jilin province |
1 |
|
spores and pollen |
1 |
|
sr-nd isotope |
1 |
|
standard zircon |
1 |
|
stratified flow in the middle- lower crust shear discontinuity (tectonic discontinuity contact |
1 |
|
stratigraphic sequence |
1 |
|
strongly peraluminous |
1 |
|
structures |
1 |
|
subduction channel |
1 |
|
subduction initiation |
1 |
|
subduction of the pacific plate |
1 |
|
subhorizontal or tangential shearing |
1 |
|
sulawesi |
1 |
|
sundaland |
1 |
|
superior province |
1 |
|
syenite |
1 |
|
tarim |
1 |
|
tarim craton |
1 |
|
tdc) |
1 |
|
tectonic environment |
1 |
|
tectonic setting |
1 |
|
tectonic significance |
1 |
|
tectonic switching |
1 |
|
tectonic transition |
1 |
|
temperature |
1 |
|
thermal gas |
1 |
|
thermodynamic partial melting modeling |
1 |
|
thickened lower crust |
1 |
|
trace-element geochemistry |
1 |
|
triassic |
1 |
|
trondhjemite-tonalite-granodiorite gneisses |
1 |
|
ttg |
1 |
|
ttg series |
1 |
|
ttg-sanukitoid |
1 |
|
tuff |
1 |
|
tuff bed |
1 |
|
tuff of xingfuzhilu formation in southern da hinggan mountains |
1 |
|
tuquan basin |
1 |
|
type |
1 |
|
u- pb age |
1 |
|
u-pb age |
1 |
|
u-pb chronology |
1 |
|
u-pb dating |
1 |
|
u-pb geochronology |
1 |
|
u-pb isotope |
1 |
|
u-pb zircon dating |
1 |
|
upper cretaceous |
1 |
|
upper permian |
1 |
|
upper triassic sequence |
1 |
|
uranium minerals |
1 |
|
weak zone |
1 |
|
western henan province |
1 |
|
western liaoning province |
1 |
|
western sulawesi microcontinent |
1 |
|
wuga formation |
1 |
|
wutai complex |
1 |
|
xar moron river suture |
1 |
|
xi ujimqin banner |
1 |
|
xingfuzhilu formation |
1 |
|
yadong |
1 |
|
yan-liao aulacogen: north china craton |
1 |
|
yan-liao rift |
1 |
|
yangtze craton |
1 |
|
yanshanian |
1 |
|
yellow river delta |
1 |
|
yushulazi formation |
1 |
|
zhalute basin |
1 |
|
zhongtiao mountains |
1 |
|
zhujiafang ductile shear zone |
1 |
|
zircon |
1 |
|
zircon and baddeleyite u-pb dating |
1 |
|
zircon geochemistry |
1 |
|
zircon geochronology |
1 |
|
zircon hf-o isotopes |
1 |
|
zircon shrimp u-pb ages |
1 |
|
zircon u-pb age |
1 |
|
zircon u-pb and lu-hf isotopes |
1 |
|
zircon u-pb dating |
1 |
|
zircon u-pb geochronology and hf isotopes |
1 |
|
zircon u–pb |
1 |
|
zuoquan |
1 |
