|
north china craton |
13 |
|
trans-north china orogen |
9 |
|
central asian orogenic belt |
8 |
|
detrital zircon |
8 |
|
paleoproterozoic |
8 |
|
subduction |
8 |
|
archean |
7 |
|
collision |
7 |
|
geochemistry |
7 |
|
amphibolite |
6 |
|
deformation |
6 |
|
geochronology |
6 |
|
granite |
6 |
|
khondalite belt |
6 |
|
south china |
6 |
|
zircon |
6 |
|
a-type granite |
5 |
|
accretionary orogenesis |
5 |
|
caob |
5 |
|
granitoids |
5 |
|
heilongjiang complex |
5 |
|
hf isotope |
5 |
|
igneous zircons |
5 |
|
khondalite |
5 |
|
magmatism |
5 |
|
mantle plume |
5 |
|
mesozoic |
5 |
|
metamorphic zircons |
5 |
|
palaeoproterozoic |
5 |
|
raman microspectrometry |
5 |
|
rare-earth element |
5 |
|
shrimp |
5 |
|
tectonic evolution |
5 |
|
tectonic setting |
5 |
|
tibetan plateau |
5 |
|
zircon genesis |
5 |
|
zircon u-pb age |
5 |
|
altai |
4 |
|
archaean |
4 |
|
back-arc basin |
4 |
|
caledonian tectonothermal event |
4 |
|
cathaysia block |
4 |
|
chinese altai |
4 |
|
columbia supercontinent |
4 |
|
continental rift |
4 |
|
crustal evolution |
4 |
|
crustal growth |
4 |
|
detrital zircons |
4 |
|
devonian |
4 |
|
eastern tianshan |
4 |
|
foreland basin |
4 |
|
gondwana |
4 |
|
granulite |
4 |
|
hengshan-wutai-fuping belt |
4 |
|
hf isotopes |
4 |
|
icp-ms |
4 |
|
jiao-liao-ji belt |
4 |
|
laser ablation |
4 |
|
late paleozoic |
4 |
|
magmatic arc |
4 |
|
metamorphism |
4 |
|
migmatization |
4 |
|
ne china |
4 |
|
north china |
4 |
|
north china block |
4 |
|
paleo-asian ocean |
4 |
|
paleozoic |
4 |
|
petrogenesis |
4 |
|
provenance |
4 |
|
rodinia |
4 |
|
tarim |
4 |
|
tarim craton |
4 |
|
tectonic transition |
4 |
|
tectonics |
4 |
|
the heilongjiang complex |
4 |
|
tianshan |
4 |
|
u-pb dating |
4 |
|
u-pb isotope |
4 |
|
uranium-lead dating |
4 |
|
volcanic rocks |
4 |
|
wutai |
4 |
|
zanhuang complex |
4 |
|
zircon dating |
4 |
|
zircon hf isotope |
4 |
|
accretion |
3 |
|
accretion complex |
3 |
|
accretionary orogeny |
3 |
|
adakitic rocks |
3 |
|
aeromagnetic data |
3 |
|
age dating |
3 |
|
altaids |
3 |
|
alxa terrane |
3 |
|
amalgamation |
3 |
|
amphibolites |
3 |
|
analytical results |
3 |
|
archean vs paleoproterozoic |
3 |
|
asia |
3 |
|
barrovian metamorphism |
3 |
|
beishan orogenic belt |
3 |
|
blueschist |
3 |
|
cathodoluminescence |
3 |
|
central asia orogenic belt |
3 |
|
chang'e-6 |
3 |
|
charnockite |
3 |
|
china |
3 |
|
collision orogeny |
3 |
|
conglomerate |
3 |
|
conglomerates |
3 |
|
continental collision |
3 |
|
continental crust |
3 |
|
crystal age mapping |
3 |
|
dabie uhp terrane |
3 |
|
deep processes |
3 |
|
delamination |
3 |
|
detrital age |
3 |
|
diorite |
3 |
|
dolomite |
3 |
|
doubly-vergent orogenic wedge |
3 |
|
dunhuang block |
3 |
|
early cretaceous |
3 |
|
early paleozoic |
3 |
|
electron microprobe dating |
3 |
|
elemental and isotopic geochemistry |
3 |
|
excimers |
3 |
|
fuping |
3 |
|
fuping complex |
3 |
|
gantaohe group |
3 |
|
gneiss |
3 |
|
gneiss dome |
3 |
|
granitoid |
3 |
|
granulite-facies metamorphism |
3 |
|
greenschist |
3 |
|
hafnium |
3 |
|
hengshan complex |
3 |
|
high-pressure granulite |
3 |
|
high-t metamorphism |
3 |
|
ht/lp metamorphism |
3 |
|
hutuo group |
3 |
|
i-type granitoids |
3 |
|
inductively coupled plasma method |
3 |
|
inner mongolia |
3 |
|
junggar ocean |
3 |
|
khondalites |
3 |
|
la-icp-ms |
3 |
|
la-icp-ms ages |
3 |
|
la-icpms |
3 |
|
lhasa terrane |
3 |
|
liaohe assemblage |
3 |
|
liaohe group |
3 |
|
lüliang complex |
3 |
|
mafic granulite |
3 |
|
mesoproterozoic |
3 |
|
mesozoic volcanism |
3 |
|
meta-sedimentary rocks |
3 |
|
metasedimentary rocks |
3 |
|
mica schists |
3 |
|
nd isotope |
3 |
|
neoarchean |
3 |
|
neoproterozoic |
3 |
|
north china mantle wedge |
3 |
|
oroclinal bending |
3 |
|
orogenic crust profile |
3 |
|
p-t paths |
3 |
|
paleo-mesoproterozoic |
3 |
|
paleoproterozoic tectonics |
3 |
|
paleo‐asian ocean |
3 |
|
partial melting |
3 |
|
peridotite pge |
3 |
|
plate tectonics |
3 |
|
proterozoic |
3 |
|
quasi-simultaneous |
3 |
|
rapid switching |
3 |
|
re-os isotope |
3 |
|
reconstruction |
3 |
|
regional deformation and metamorphism |
3 |
|
retro-arc foreland basin |
3 |
|
retrograded eclogite |
3 |
|
ridge subduction |
3 |
|
ridge-subduction |
3 |
|
rifting |
3 |
|
sedimentary provenance analysis |
3 |
|
seduction |
3 |
|
shrimp u-pb zircon age |
3 |
|
solonker suture zone |
3 |
|
sr-nd |
3 |
|
sr-nd isotopes |
3 |
|
structural evolution |
3 |
|
subduction orogeny |
3 |
|
supercontinent |
3 |
|
supercontinents |
3 |
|
suture zone |
3 |
|
tectonic switch |
3 |
|
terrane accretion |
3 |
|
th-u-pb monazite ages |
3 |
|
thickened lower crust |
3 |
|
tuva-mongolian block |
3 |
|
u-pb age |
3 |
|
u-pb age and hf isotope |
3 |
|
u-pb age, hf isotope |
3 |
|
underplating |
3 |
|
whole-rock geochemistry |
3 |
|
wulashan-jining high-grade terrain |
3 |
|
wutai complex |
3 |
|
wutai-hengshan-fuping complexes |
3 |
|
xiong'er volcanic rocks |
3 |
|
yangtze neoproterozoic intrusion |
3 |
|
yili block |
3 |
|
zhongtiao complex |
3 |
|
zircon age |
3 |
|
zircon geochronology |
3 |
|
zircon u-pb-hf |
3 |
|
zircon u-pb-hf isotopes |
3 |
|
ziron u-pb age |
3 |
|
1.8 ga collision event |
2 |
|
a-type granites |
2 |
|
accretional orogen |
2 |
|
accretionary complex |
2 |
|
accretionary geodynamics |
2 |
|
accretionary orogen |
2 |
|
accretionary orogenic belt |
2 |
|
accretionary prism |
2 |
|
accumulation |
2 |
|
adakites/ttgs |
2 |
|
altai-mongolian terrane |
2 |
|
alxa block |
2 |
|
andes-type |
2 |
|
andesite |
2 |
|
apollo basin |
2 |
|
application |
2 |
|
ar-ar dating |
2 |
|
arc-accretionary prism |
2 |
|
arc-arc amalgamation |
2 |
|
arc-type magmatism |
2 |
|
asrr shear zone |
2 |
|
assembly |
2 |
|
bainaimiao arc |
2 |
|
basalt |
2 |
|
batholith |
2 |
|
breakup |
2 |
|
calibration |
2 |
|
carboniferous |
2 |
|
ce anomaly |
2 |
|
central tianshan block |
2 |
|
chemistry |
2 |
|
chromitite |
2 |
|
clinopyroxenites |
2 |
|
coheret unit |
2 |
|
collapse structure |
2 |
|
collision tectonics |
2 |
|
collision zone |
2 |
|
collisional orogen |
2 |
|
collisional orogenesis |
2 |
|
collisional orogeny |
2 |
|
columbia |
2 |
|
continent-continent collision |
2 |
|
continental arc |
2 |
|
continental crusts |
2 |
|
continental growth |
2 |
|
continental margin arc |
2 |
|
converge of the gondwanaland |
2 |
|
craton |
2 |
|
craton reworking |
2 |
|
cratons |
2 |
|
crustal accretion |
2 |
|
crustal anatexis |
2 |
|
crustal melting |
2 |
|
crustal structure |
2 |
|
cu-au mineralization |
2 |
|
cu-ni deposit |
2 |
|
dabie hp-uhp rocks |
2 |
|
dabie orogen |
2 |
|
dacite |
2 |
|
dandong granite |
2 |
|
dashizhai formation |
2 |
|
detrital zircon dating |
2 |
|
differentiation |
2 |
|
dike |
2 |
|
displacement |
2 |
|
donggebi |
2 |
|
dongwanzi |
2 |
|
ductile deformation |
2 |
|
early mesozoic synorogenic sediments |
2 |
|
earth sciences |
2 |
|
east junggar |
2 |
|
eastern block |
2 |
|
eastern kunlun orogen |
2 |
|
eastern tianshan orogenic belt |
2 |
|
eastern tibetan plateau |
2 |
|
effective mechanisms |
2 |
|
electron microprobe th-u-pbtotal age |
2 |
|
emplacement |
2 |
|
eurasian plate |
2 |
|
far east |
2 |
|
fe-ti oxides |
2 |
|
fluid-fluxed melting |
2 |
|
garnet |
2 |
|
garnet-mica schist |
2 |
|
geobarometer |
2 |
|
geology |
2 |
|
geothermometer |
2 |
|
gneissic granites |
2 |
|
gorny altai |
2 |
|
gorny altai terrane |
2 |
|
gorny altai-altai-mongolia amalgamation |
2 |
|
granitic gneiss |
2 |
|
granitoid rocks |
2 |
|
hengshan |
2 |
|
heterogeneous basement |
2 |
|
hf同位素 |
2 |
|
high field strength elements |
2 |
|
high mg igneous association |
2 |
|
high pressure |
2 |
|
high-pressure mafic granulites |
2 |
|
high-pressure pelitic granulite |
2 |
|
high-pressure pelitic granulites |
2 |
|
igneous geochemistry |
2 |
|
igneous rock |
2 |
|
in-buildings |
2 |
|
indian shield |
2 |
|
intra-continental back-arc basin |
2 |
|
isotopic chronology |
2 |
|
isotopic composition |
2 |
|
jianghan basin |
2 |
|
jiaodong terrane |
2 |
|
junggar |
2 |
|
junggar basin |
2 |
|
kalatongke |
2 |
|
kuznetsk-altai island arc |
2 |
|
la-icp-ms zircon dating |
2 |
|
lamprophyre dikes |
2 |
|
lanjiagou |
2 |
|
late archaean-early proterozoic |
2 |
|
late archean |
2 |
|
late neoarchean-early paleoproterozoic |
2 |
|
late paleozoic volcanic rocks |
2 |
|
lava geochemistry |
2 |
|
li isotopes |
2 |
|
liaodong peninsula |
2 |
|
liaoji granite |
2 |
|
lithospheric extension |
2 |
|
lithospheric mantle |
2 |
|
lithospheric thinning |
2 |
|
low water environment |
2 |
|
lu-hf isotopes |
2 |
|
lunar farside volcanism |
2 |
|
lunar sample return |
2 |
|
lunar soil |
2 |
|
mafic dikes |
2 |
|
mafic dyke |
2 |
|
mafic dykes |
2 |
|
mafic enclave |
2 |
|
mafic enclaves |
2 |
|
mafic granulites |
2 |
|
mafic intrusion |
2 |
|
mafic-ultramafic complex |
2 |
|
magma mixing |
2 |
|
magmatism-metamorphism-deformation |
2 |
|
mantle |
2 |
|
mantle metasomatism |
2 |
|
mantle plumes |
2 |
|
mantle source enrichment |
2 |
|
mantle- and crust-like geochemical signatures |
2 |
|
medium-pressure pelitic granulites |
2 |
|
melange |
2 |
|
melt extraction |
2 |
|
meta-basalts |
2 |
|
metamorphic evolution |
2 |
|
metapelite |
2 |
|
mianhuadi mafic complex |
2 |
|
mo deposit |
2 |
|
modeling |
2 |
|
monazite |
2 |
|
mongolia |
2 |
|
myitkyina tethys ocean |
2 |
|
na-rich granitoids |
2 |
|
nanyuan formation |
2 |
|
nb-enriched |
2 |
|
nb-enriched and magnesian dikes |
2 |
|
nd–hf decoupling |
2 |
|
neoarchean sanukitoids |
2 |
|
normal lower crustal pressures |
2 |
|
north korea |
2 |
|
north lhasa terrane |
2 |
|
northern liaoning complex |
2 |
|
northern qinghai-tibet plateau |
2 |
|
nw china |
2 |
|
oceanic crust |
2 |
|
oceanic subduction |
2 |
|
ophiolite |
2 |
|
ophiolitic complex |
2 |
|
orthogneiss |
2 |
|
orthogneiss geochemistry |
2 |
|
p-t path |
2 |
|
p-t pseudosection |
2 |
|
pacific ocean (east) |
2 |
|
pacific plate |
2 |
|
palaeoproterozoic tectono-thermal event |
2 |
|
paleo-mesoproterozoic subduction zone |
2 |
|
paleo-mesoproterozoic supercontinent |
2 |
|
paleo-tethys ocean |
2 |
|
paleoproterozoic mafic dykes |
2 |
|
paleoproterozoic metamorphism |
2 |
|
paleozoic magmatism |
2 |
|
paleozoic tectonic evolution |
2 |
|
pegmatite |
2 |
|
peritectic reactions |
2 |
|
petrology |
2 |
|
phanerozoic |
2 |
|
plume |
2 |
|
post-collisional extension |
2 |
|
precambrian |
2 |
|
precambrian geology |
2 |
|
provenance composition |
2 |
|
pseudosection modeling |
2 |
|
re-os isotopes |
2 |
|
re-os isotopic dating |
2 |
|
re-os study |
2 |
|
sanukitoid |
2 |
|
sartohay ophiolite |
2 |
|
sedimentary provenance |
2 |
|
shrimp u-pb zircon dating |
2 |
|
shrimp u-th-pb zircon geochronology |
2 |
|
shrimp zircon age |
2 |
|
shrimp zircon ages |
2 |
|
si-in-white mica |
2 |
|
slab break-off |
2 |
|
slab window |
2 |
|
songpan-ganze |
2 |
|
south america |
2 |
|
south pole-aitken basin |
2 |
|
southeastern china |
2 |
|
southern altaids |
2 |
|
sr-nd-hf isotopes |
2 |
|
sr-nd-pb isotopes |
2 |
|
statistical mineralogy |
2 |
|
subduction zone |
2 |
|
subduction-accretion |
2 |
|
supercontinent columbia |
2 |
|
supercontinent columbia (nuna) |
2 |
|
supercontinent rodinia |
2 |
|
surface response |
2 |
|
surface uplift |
2 |
|
system, antecrysts |
2 |
|
taishan |
2 |
|
tectonic mode |
2 |
|
tectono-thermal evolution |
2 |
|
tectonothermal evolution |
2 |
|
tengchong terrane |
2 |
|
tethys evolution |
2 |
|
the paleo-asian ocean |
2 |
|
the paleo-pacific ocean |
2 |
|
the zhangguangcailing orogen |
2 |
|
thermochronology |
2 |
|
thermodynamic |
2 |
|
tibet |
2 |
|
transcrustal magmatic |
2 |
|
transformation of tectonic domain |
2 |
|
triassic |
2 |
|
triassic reactivation |
2 |
|
ttg |
2 |
|
ttg rocks |
2 |
|
u-pb |
2 |
|
u-pb geochronology |
2 |
|
u-pb zircon |
2 |
|
west africa |
2 |
|
west junggar |
2 |
|
west kunlun |
2 |
|
west south china |
2 |
|
western tianshan |
2 |
|
western yangtze block |
2 |
|
whole-rock geochemistry and nd isotopes |
2 |
|
xinghuadukou complex |
2 |
|
xinjiang |
2 |
|
xiong'er volcanic belt |
2 |
|
yangtze basement supply |
2 |
|
yangtze block |
2 |
|
yanshan belt |
2 |
|
yishui terrane |
2 |
|
yudongzi terrane |
2 |
|
zhejiang province |
2 |
|
zircon hf isotope mapping |
2 |
|
zircon lu-hf isotope |
2 |
|
zircon shrimp u-pb dating |
2 |
|
zircon u-pb geochronology |
2 |
|
zircon u–pb dating |
2 |
|
zircon u–pb geochronology |
2 |
|
zircon water content |
2 |
|
zirconology |
2 |
|
zoned garnet |
2 |
|
华北克拉通 |
2 |
|
锆石u-pb年龄 |
2 |
|
阜平杂岩 |
2 |
|
8102 tectonophysics continental contractional orogenic belts and inversion tectonics |
1 |
|
8103 tectonophysics continental cratons |
1 |
|
8125 tectonophysics evolution of the earth |
1 |
|
8157 tectonophysics plate motions: past |
1 |
|
[3660] mineralogy and petrology |
1 |
|
a-type magmatism |
1 |
|
absolute age |
1 |
|
accretion history |
1 |
|
accretionary tectonic transition |
1 |
|
accuracy |
1 |
|
adakite |
1 |
|
adakites |
1 |
|
altai orogenic belt |
1 |
|
altay |
1 |
|
altyn tagh |
1 |
|
amalgamation history |
1 |
|
amphibolite facies |
1 |
|
an intra-oceanic arc |
1 |
|
anataxis |
1 |
|
anatexis |
1 |
|
andean-type orogen (安第斯型造山作用) |
1 |
|
apatite |
1 |
|
apatite fission track |
1 |
|
applicability |
1 |
|
arc magmas |
1 |
|
arc volcanic rocks |
1 |
|
archean (太古宙) |
1 |
|
archean continents |
1 |
|
assimilation fractional crystallization (afc) process |
1 |
|
asthenosphere upwelling |
1 |
|
baiyingaolao formation |
1 |
|
barren pegmatites |
1 |
|
basement |
1 |
|
basement rock |
1 |
|
basement rocks |
1 |
|
basin evolution |
1 |
|
bayan obo group |
1 |
|
bengbu area |
1 |
|
big data analysis |
1 |
|
biodegradation |
1 |
|
blueschist facies |
1 |
|
bomi–chayu fold belt |
1 |
|
buffering |
1 |
|
calc-silicate (鈣硅酸鹽巖) |
1 |
|
cambrian |
1 |
|
cambrian metamorphism |
1 |
|
cap carbonate |
1 |
|
carbonate platform |
1 |
|
cathaysia |
1 |
|
cenozoic |
1 |
|
central asia |
1 |
|
central great xing'an range |
1 |
|
central tectonic zone |
1 |
|
central tibet |
1 |
|
charnockite (紫蘇花崗巖) |
1 |
|
chengde metamorphic complex |
1 |
|
chromium isotope |
1 |
|
closures of multiple secondary oceans |
1 |
|
cold subduction |
1 |
|
comparative planetology |
1 |
|
compression |
1 |
|
continent collision |
1 |
|
continent-continent collision (陸-陸碰撞) |
1 |
|
continental crust accretion |
1 |
|
continental deformation |
1 |
|
continental intra-arc basin |
1 |
|
continental lithosphere |
1 |
|
continental margin |
1 |
|
continental outgrowth |
1 |
|
continental subduction |
1 |
|
convergent continental margin |
1 |
|
copper deposits |
1 |
|
cr isotopes |
1 |
|
cranulite |
1 |
|
cratons -- china |
1 |
|
cretaceous |
1 |
|
crust growth |
1 |
|
crustal and mantle processes |
1 |
|
crystal size distribution |
1 |
|
cu-ni magmatic deposits |
1 |
|
cu-polymetallic mineralization |
1 |
|
cw type p-t path (順時針pt軌跡) |
1 |
|
dabie (大別山) |
1 |
|
daheishan |
1 |
|
daheshen formation |
1 |
|
daqingshan terrane |
1 |
|
dates |
1 |
|
decollement |
1 |
|
decompression reactions |
1 |
|
deformatio |
1 |
|
density |
1 |
|
detrital zircon and rutile |
1 |
|
detrital zircon u-pb geochronology |
1 |
|
detrital zircon u-pb-hf isotopes |
1 |
|
detrital zircon u[sbnd]pb dating |
1 |
|
dextral shear |
1 |
|
dharwar craton |
1 |
|
diancangshan–ailaoshan tectonic zone |
1 |
|
differential exhumation |
1 |
|
differential uplift |
1 |
|
divergent double subduction |
1 |
|
dongdashan batholith |
1 |
|
dulong batholith |
1 |
|
dynamic thermal simulation |
1 |
|
early earth |
1 |
|
early neoproterozoic |
1 |
|
early paleoproterozoic |
1 |
|
early permian |
1 |
|
early permian-late triassic |
1 |
|
early proterozoic |
1 |
|
early–middle jurassic magmatism |
1 |
|
east african orogen |
1 |
|
east antarctica |
1 |
|
east asia |
1 |
|
east china |
1 |
|
east gondwana |
1 |
|
east kunlun orogenic belt |
1 |
|
east paleotethyan ocean |
1 |
|
east tianshan |
1 |
|
eastern china |
1 |
|
eastern cimmerian |
1 |
|
eastern hebei |
1 |
|
eastern north china craton |
1 |
|
eastern qinling |
1 |
|
ediacaran glaciation |
1 |
|
element transfer |
1 |
|
em 1 signature |
1 |
|
emplacement time |
1 |
|
epidote-blueschist facies |
1 |
|
episodic magmatism |
1 |
|
erguna block |
1 |
|
erguna massif |
1 |
|
exhumation |
1 |
|
extensional tectonics |
1 |
|
extreme metamorphism |
1 |
|
extrusion |
1 |
|
extrusion tectonics |
1 |
|
faulting |
1 |
|
final closure |
1 |
|
fluid inclusions |
1 |
|
fold (褶皺) |
1 |
|
fold-and-thrust belt |
1 |
|
folding |
1 |
|
fossils |
1 |
|
foundering |
1 |
|
full plates reconstruction models |
1 |
|
gabbro |
1 |
|
gangdese batholith (岡底斯巖基) |
1 |
|
garnet peridotite |
1 |
|
gas hydrate |
1 |
|
gbmaq |
1 |
|
geochemical variations |
1 |
|
geochemistry and isotope |
1 |
|
geochronologic age |
1 |
|
geochronology (地質年代學) |
1 |
|
geodynamics |
1 |
|
geological events |
1 |
|
glacial deposits |
1 |
|
gneissic rocks |
1 |
|
graben |
1 |
|
granite and mafic-ultramafic rocks |
1 |
|
granitic magmatism |
1 |
|
granitoids and metavolcanic rocks |
1 |
|
granulites |
1 |
|
greenschist facies |
1 |
|
grips |
1 |
|
grove mountains |
1 |
|
growth and reworking |
1 |
|
habahe group |
1 |
|
harlik arc |
1 |
|
hegenshan ophiolite |
1 |
|
helanshan (賀蘭山) |
1 |
|
hf isotope composition |
1 |
|
hf-isotopes |
1 |
|
hf-o isotopes |
1 |
|
high pressure pelitic granulite (高壓泥質麻粒巖) |
1 |
|
high-grade orthogneiss |
1 |
|
high-mg series |
1 |
|
high-pressure low temperature metamorphism |
1 |
|
high-pressure metamorphism |
1 |
|
himalayan orogen |
1 |
|
himalayas |
1 |
|
hongqiling |
1 |
|
hp mafic grunulite (高壓基性麻粒巖) |
1 |
|
hp metamorphism |
1 |
|
hp-uhp rocks |
1 |
|
ht and hp metamorphism |
1 |
|
hulan group |
1 |
|
hulu complex |
1 |
|
hydrocarbon |
1 |
|
hydrothermal alteration |
1 |
|
i-type and a-type granite |
1 |
|
i/(ca+mg) |
1 |
|
indentation tectonics |
1 |
|
indochina-south china collision |
1 |
|
intra-oceanic arc |
1 |
|
intracontinental collision |
1 |
|
ion microprobe |
1 |
|
isotope geochemistry |
1 |
|
isotopes and whole-rock geochemistry |
1 |
|
jiabei terrene (膠北地塊) |
1 |
|
jiamusi massif |
1 |
|
jiamusi-khanka block |
1 |
|
jiamusi-khanka massif |
1 |
|
jiangnan orogen |
1 |
|
jiangnan orogenic belt |
1 |
|
jiaobei terrane (膠北地塊) |
1 |
|
jining complex |
1 |
|
juvenile arc |
1 |
|
k-feldspar megacryst |
1 |
|
kamchatka subduction zone |
1 |
|
karamaili ocean |
1 |
|
ke’eryin |
1 |
|
khanka massif |
1 |
|
khondalite series |
1 |
|
kongling complex |
1 |
|
kuluketage |
1 |
|
laixi (萊西) |
1 |
|
lamprophyre |
1 |
|
langshan group |
1 |
|
lanhe and heichashan groups |
1 |
|
laojunshan pluton |
1 |
|
late carboniferous–early permian |
1 |
|
late eocene |
1 |
|
late mesozoic |
1 |
|
late neoarchean |
1 |
|
late neoproterozoic |
1 |
|
late neoproterozoic/cambrian |
1 |
|
late pan-african |
1 |
|
late pan-african events |
1 |
|
late pan-african magmatism |
1 |
|
late permian to middle triassic |
1 |
|
late triassic |
1 |
|
late triassic intrusive complex |
1 |
|
lhasa terrane (拉薩地體) |
1 |
|
li-mineralized pegmatites |
1 |
|
liaoji granitoids |
1 |
|
lithosphere delamination |
1 |
|
low-grade supracrustal successions |
1 |
|
low-mg adakitic rocks |
1 |
|
low-δ18o |
1 |
|
lu-zong basin |
1 |
|
lüliang complex (呂梁雜巖) |
1 |
|
maar volcanoes |
1 |
|
mafic-felsic intrusion |
1 |
|
magama ocean |
1 |
|
magma mingling/mixing |
1 |
|
magmatic fabric |
1 |
|
magmatic thickening |
1 |
|
magnesian andesite |
1 |
|
mahbubnagar large igneous province |
1 |
|
main suture boundaries |
1 |
|
manketouebo formation |
1 |
|
mantle oxygen fugacity |
1 |
|
mantle plumes (地幔柱) |
1 |
|
mantle refertilisation |
1 |
|
mantle xenolith |
1 |
|
mantle xenoliths |
1 |
|
mariana trough |
1 |
|
mass-balance calculation |
1 |
|
material recycling |
1 |
|
mayuan group |
1 |
|
melt percolation |
1 |
|
meso-neoproterozoic |
1 |
|
meso-tethys ocean |
1 |
|
mesoproterozoic basement |
1 |
|
mesoproterozoic-neoproterozoic |
1 |
|
mesozoic basin |
1 |
|
mesozoic intrusive rocks |
1 |
|
meta-gabbro |
1 |
|
meta-sedimentary rock |
1 |
|
meta-volcanic glass |
1 |
|
meta-volcanic rocks |
1 |
|
metallogenesis |
1 |
|
metallogenic belts |
1 |
|
metamorphic basement (變質基底) |
1 |
|
metamorphic devolatilization |
1 |
|
metamorphic evolution (變質演化) |
1 |
|
metamorphic fluids |
1 |
|
metamorphic mafic rocks |
1 |
|
metamorphic p-t path |
1 |
|
metamorphic petrology |
1 |
|
metamorphic p–t path |
1 |
|
metamorphic reaction temperature |
1 |
|
metamorphic rock |
1 |
|
metamorphism (變質作用) |
1 |
|
mianlue suture |
1 |
|
microbial bioalteration |
1 |
|
microcontinental blocks |
1 |
|
mid-late paleozoic |
1 |
|
middle triassic |
1 |
|
mineralogy (礦物) |
1 |
|
mobile belt |
1 |
|
model age |
1 |
|
molybdenite re-os age |
1 |
|
molybdenum deposits |
1 |
|
mongol domain |
1 |
|
mongol-okhotsk ocean |
1 |
|
mongolia collage system |
1 |
|
mountains |
1 |
|
mylonite |
1 |
|
na-metasomatism, jiling deposit |
1 |
|
nadanhada terrane |
1 |
|
namche barwa complex |
1 |
|
nb-enriched basalt |
1 |
|
nb-enriched basaltic magmas |
1 |
|
ncc |
1 |
|
nd isotopes |
1 |
|
ne china khondalite belt |
1 |
|
negative-δ199hg |
1 |
|
neo-tethyan ridge subduction |
1 |
|
neo-tethys subduction |
1 |
|
neogene |
1 |
|
neoproterozoic active continental margin |
1 |
|
neoproterozoic assembly |
1 |
|
neoproterozoic jiangnan orogen |
1 |
|
neoproterozoic magmatism |
1 |
|
neoproterozoic penglai group |
1 |
|
neoproterozoic wulian group |
1 |
|
north altyn |
1 |
|
north china craton (華北克拉通) |
1 |
|
north qaidam |
1 |
|
northeast asia |
1 |
|
northeast china |
1 |
|
northeastern margin of yangtze |
1 |
|
northern great xing'an range |
1 |
|
nuna |
1 |
|
nyingchi group (林芝巖群) |
1 |
|
ocean island basalts |
1 |
|
ocean oxygenation |
1 |
|
oceanic arc |
1 |
|
oceanic closure and consumption |
1 |
|
oceanic island basalt |
1 |
|
oceanic regions |
1 |
|
oib dykes |
1 |
|
olivine |
1 |
|
onset of craton destruction |
1 |
|
ophiolitic mélange |
1 |
|
ore fluid |
1 |
|
origin of continents |
1 |
|
orogenic belt |
1 |
|
orogenic collapse |
1 |
|
orogenic thinning |
1 |
|
orogeny |
1 |
|
orthopyroxene |
1 |
|
p - t path |
1 |
|
p-t conditions |
1 |
|
p-t paths (p-t軌跡) |
1 |
|
pacific accretion |
1 |
|
pacific ocean |
1 |
|
paired metamorphic belts |
1 |
|
palaeo-asian ocean |
1 |
|
palaeoarchean-palaeoproterozoic |
1 |
|
palaeogeographic reconstruction |
1 |
|
palaeoproterozoic magmatic arc |
1 |
|
palaeozoic |
1 |
|
paleo-ocean |
1 |
|
paleo-oceanic plate |
1 |
|
paleo-pacific ocean |
1 |
|
paleo-pacific subduction |
1 |
|
paleo-pacific subduction-accretion |
1 |
|
paleo-tethys |
1 |
|
paleogeographic affinity |
1 |
|
paleogeographic evolution |
1 |
|
paleogeographic position |
1 |
|
paleoproterozoic (早元古宙) |
1 |
|
paleotopography |
1 |
|
paleozoic cover |
1 |
|
pangea |
1 |
|
paragneiss |
1 |
|
peridotite massifs |
1 |
|
petrogenesis and geodynamic setting |
1 |
|
petrogenesis models |
1 |
|
petroleum |
1 |
|
petrological geochemistry (巖石地球化學) |
1 |
|
petrology (巖石學) |
1 |
|
phase equilibria modeling |
1 |
|
plagioclaseassemblage |
1 |
|
plateau |
1 |
|
polyphase deformation |
1 |
|
porphyry copper deposit |
1 |
|
porphyry molybdenum deposit |
1 |
|
post-collision |
1 |
|
post-collisional collapse |
1 |
|
post-collisional magmatism |
1 |
|
potassic adakitic rocks |
1 |
|
potassic diorites |
1 |
|
pre-cryogenian |
1 |
|
pre-plate tectonics |
1 |
|
precambrian basement rock |
1 |
|
precambrian complex |
1 |
|
precambrian tectonic-magmatic event |
1 |
|
precambrian zircons |
1 |
|
precision |
1 |
|
proterozoic alkaline dikes |
1 |
|
prydz belt |
1 |
|
pulang complex |
1 |
|
qinghe pluton |
1 |
|
qinling |
1 |
|
qixingtai region |
1 |
|
quartz c-axis fabrics |
1 |
|
radiometric age |
1 |
|
rapid cooling |
1 |
|
rare earth elements |
1 |
|
re os isotopic dating |
1 |
|
re-os dating |
1 |
|
re-os isotopic data |
1 |
|
relicts of oceanic slabs |
1 |
|
retro-arc foreland |
1 |
|
reworking |
1 |
|
rift |
1 |
|
rodinia breakup |
1 |
|
rodinia supercontinent |
1 |
|
rodinia supercontinent gondwana |
1 |
|
russian far east |
1 |
|
sediment province (沉積源區) |
1 |
|
sedimentary basin |
1 |
|
sedimentary cover |
1 |
|
sedimentary facies |
1 |
|
sedimentation |
1 |
|
seismic reflection |
1 |
|
shaohuotonggou formation |
1 |
|
shear zone |
1 |
|
shearing strike slip |
1 |
|
shiyaogou |
1 |
|
shrimp u-pb dating |
1 |
|
shrimp u-pb dating of detrital zircon |
1 |
|
shrimp u-pb zircon geochronology |
1 |
|
shuangqiaoshan group |
1 |
|
silicate melt |
1 |
|
sims u-pb zircon |
1 |
|
single metamorphic cycle |
1 |
|
sinoprobe |
1 |
|
slab breakoff |
1 |
|
slab rollback |
1 |
|
slab tear |
1 |
|
slab-derived fluid |
1 |
|
sm-nd |
1 |
|
solonker suture |
1 |
|
source-to-sink relationship |
1 |
|
south altyn belt |
1 |
|
south altyn tagh |
1 |
|
south china block |
1 |
|
south china craton |
1 |
|
southeastern tibetan plateau |
1 |
|
southeastward extrusion |
1 |
|
southern caob |
1 |
|
southern central asian orogenic belt |
1 |
|
southern lancangjiang zone |
1 |
|
southern north china craton |
1 |
|
spatiotemporal analysis |
1 |
|
strongly peraluminous granite |
1 |
|
structural analysis |
1 |
|
structural geology |
1 |
|
sub-seafloor biosphere |
1 |
|
subcontinental lithosphere |
1 |
|
subduction channel |
1 |
|
subduction-related lithospheric mantle |
1 |
|
sulu (蘇魯) |
1 |
|
sulu orogen |
1 |
|
sumdo paleo-tethys ocean |
1 |
|
supercontinent geodynamics |
1 |
|
supercontinent nuna |
1 |
|
symplectile |
1 |
|
syn-convergent extension |
1 |
|
syn-tectonic magma emplacement |
1 |
|
são francisco–congo craton |
1 |
|
taihangshan region |
1 |
|
tan-lu fault system |
1 |
|
tectonic affinity |
1 |
|
tectonic background |
1 |
|
tectonic extrusion |
1 |
|
tectonic framework |
1 |
|
tectonic settings |
1 |
|
tengchong block |
1 |
|
terrane amalgamation |
1 |
|
the alxa block |
1 |
|
the central asian orogenic belt |
1 |
|
the se tibetan plateau |
1 |
|
the south qilian basin |
1 |
|
the trans-north china orogen |
1 |
|
the yangtze craton |
1 |
|
thermal state |
1 |
|
thickened lower continental crust |
1 |
|
thrust (逆沖) |
1 |
|
tianshan-xingmeng orogenic belt |
1 |
|
tibet (青藏高原) |
1 |
|
tibetan plateau (青藏高原) |
1 |
|
titanite |
1 |
|
tnco |
1 |
|
transpression |
1 |
|
triassic assemblage |
1 |
|
tuwu, xinjiang, china |
1 |
|
u-pb ages |
1 |
|
u-pb zircon dating |
1 |
|
ultra-high temperature metamorphism |
1 |
|
ultramafic cumulates |
1 |
|
ultramafic rocks |
1 |
|
ultramafic rocks (超鎂鐵巖) |
1 |
|
upwelling of the asthenosphere |
1 |
|
uranium mineralization |
1 |
|
u–pb geochronology |
1 |
|
vendian to cambrian arc basin |
1 |
|
vertically extensive |
1 |
|
volcanism |
1 |
|
water-in-zircon |
1 |
|
western block (西部陸塊) |
1 |
|
western dabie orogen, tectonics |
1 |
|
western shandong granite-greenstone belt |
1 |
|
whole rock sr–nd–mg isotopes |
1 |
|
whole-rock geochemical provenance analysis |
1 |
|
whole-rock sr–nd–mg isotope |
1 |
|
world |
1 |
|
wulong lode gold deposit |
1 |
|
wuyi-yunkai orogen |
1 |
|
xiangshan |
1 |
|
xiangshan intrusion |
1 |
|
xing'an block |
1 |
|
xing'an complex |
1 |
|
xiong'er group |
1 |
|
xionglai formation |
1 |
|
yangzhuang formation |
1 |
|
yejishan group (界河口群) |
1 |
|
yidun terrane |
1 |
|
yunkai massif |
1 |
|
zanhuang |
1 |
|
zhaertai-bayan obo-huade rift zone |
1 |
|
zhaiwa mo-cu deposit |
1 |
|
zircon hf isotope (鋯石hf同位素) |
1 |
|
zircon la-icp ms dating |
1 |
|
zircon sims u-pb dating |
1 |
|
zircon u-pb ages |
1 |
|
zircon u-pb and lu-hf isotope |
1 |
|
zircon u-pb dating |
1 |
|
zircon u-pb dating (鋯石u-pb定年) |
1 |
|
zircon u-pb dating (鋯石u-pb年齡) |
1 |
|
zircon u-pb geochronology and lu-hf isotopes |
1 |
|
zircon u-pb geochronology geochemistry |
1 |
|
zircon u–pb ages |
1 |
|
zircon u–pb–hf isotopes |
1 |
|
‘ “mafic’ s-type granites’ |
1 |
|
前寒武紀 |
1 |
|
地質學會 |
1 |
|
彭羅斯 |
1 |
|
變質作用 |
1 |
|
麻粒巖相 |
1 |
