|
north china craton |
11 |
|
central asian orogenic belt |
9 |
|
granitoids |
8 |
|
paleoproterozoic |
8 |
|
trans-north china orogen |
8 |
|
accretionary orogenesis |
7 |
|
caob |
7 |
|
collision |
7 |
|
subduction |
7 |
|
zircon |
7 |
|
amphibolite |
6 |
|
archean |
6 |
|
china |
6 |
|
chinese altai |
6 |
|
deformation |
6 |
|
detrital zircon |
6 |
|
geochemistry |
6 |
|
geochronology |
6 |
|
icp-ms |
6 |
|
cathaysia block |
5 |
|
continental rift |
5 |
|
crustal growth |
5 |
|
hf isotope |
5 |
|
igneous zircons |
5 |
|
khondalite |
5 |
|
mesozoic |
5 |
|
metamorphic zircons |
5 |
|
nw china |
5 |
|
palaeoproterozoic |
5 |
|
proterozoic |
5 |
|
raman microspectrometry |
5 |
|
rare-earth element |
5 |
|
south china |
5 |
|
tarim |
5 |
|
tectonic evolution |
5 |
|
tianshan |
5 |
|
tibetan plateau |
5 |
|
yili block |
5 |
|
zircon genesis |
5 |
|
accretionary orogen |
4 |
|
altai |
4 |
|
archaean |
4 |
|
asia |
4 |
|
caledonian tectonothermal event |
4 |
|
columbia supercontinent |
4 |
|
granite |
4 |
|
greenschist |
4 |
|
heilongjiang complex |
4 |
|
hengshan-wutai-fuping belt |
4 |
|
hf isotopes |
4 |
|
high-al podiform chromite deposit |
4 |
|
kazakhstan orocline |
4 |
|
laser ablation |
4 |
|
magmatic arc |
4 |
|
mantle plume |
4 |
|
melt/mantle interaction |
4 |
|
metamorphism |
4 |
|
migmatization |
4 |
|
neoproterozoic |
4 |
|
paleozoic |
4 |
|
paleozoic aphiolite |
4 |
|
peridotite |
4 |
|
petrogenesis |
4 |
|
sr-nd isotopes |
4 |
|
tectonic switch |
4 |
|
the heilongjiang complex |
4 |
|
troctolite |
4 |
|
u-pb isotope |
4 |
|
west kunlun |
4 |
|
wutai |
4 |
|
yangtze block |
4 |
|
zircon dating |
4 |
|
zircon hf isotope |
4 |
|
zircon u-pb age |
4 |
|
a-type granite |
3 |
|
accretion |
3 |
|
accretion complex |
3 |
|
adakite |
3 |
|
aeromagnetic data |
3 |
|
age dating |
3 |
|
altaids |
3 |
|
alxa terrane |
3 |
|
amalgamation |
3 |
|
amphibolites |
3 |
|
analytical results |
3 |
|
arc mafic intrusions |
3 |
|
archean vs paleoproterozoic |
3 |
|
back-arc basin |
3 |
|
barrovian metamorphism |
3 |
|
blueschist |
3 |
|
cathodoluminescence |
3 |
|
collision orogeny |
3 |
|
conglomerate |
3 |
|
conglomerates |
3 |
|
crustal accretion |
3 |
|
crustal contamination |
3 |
|
crustal evolution |
3 |
|
crystal age mapping |
3 |
|
dabie uhp terrane |
3 |
|
detrital age |
3 |
|
detrital zircons |
3 |
|
devonian |
3 |
|
dolomite |
3 |
|
doubly-vergent orogenic wedge |
3 |
|
earth sciences |
3 |
|
east junggar |
3 |
|
electron microprobe dating |
3 |
|
excimers |
3 |
|
foreland basin |
3 |
|
fuping |
3 |
|
fuping complex |
3 |
|
gantaohe group |
3 |
|
geology |
3 |
|
geology, stratigraphic - proterozoic |
3 |
|
gneiss |
3 |
|
gneiss dome |
3 |
|
gondwana |
3 |
|
granitoid |
3 |
|
granulite |
3 |
|
granulite-facies metamorphism |
3 |
|
guadalupian |
3 |
|
hafnium |
3 |
|
hengshan complex |
3 |
|
high-al chromitites |
3 |
|
high-crchromites |
3 |
|
high-pressure granulite |
3 |
|
high-t metamorphism |
3 |
|
ht/lp metamorphism |
3 |
|
hutuo group |
3 |
|
inductively coupled plasma method |
3 |
|
inner mongolia |
3 |
|
intrusions (geology) |
3 |
|
junggar ocean |
3 |
|
khondalite belt |
3 |
|
khondalites |
3 |
|
komatiitic basalt |
3 |
|
la-icp-ms |
3 |
|
la-icp-ms ages |
3 |
|
la-icpms |
3 |
|
liaohe assemblage |
3 |
|
liaohe group |
3 |
|
lüliang complex |
3 |
|
magma mingling |
3 |
|
magmatism |
3 |
|
mass extinctions |
3 |
|
melt/rock interaction |
3 |
|
mesozoic volcanism |
3 |
|
meta-sedimentary rocks |
3 |
|
metasedimentary rocks |
3 |
|
mica schists |
3 |
|
mongolia |
3 |
|
nd isotope |
3 |
|
nodular texture |
3 |
|
north china block |
3 |
|
north china mantle wedge |
3 |
|
ophiolitic mantle sequence |
3 |
|
oroclinal bending |
3 |
|
orocline |
3 |
|
orogenic crust profile |
3 |
|
p-t path |
3 |
|
p-t paths |
3 |
|
paleo-mesoproterozoic |
3 |
|
paleoproterozoic tectonics |
3 |
|
paleo‐asian ocean |
3 |
|
peridotite pge |
3 |
|
plate tectonics |
3 |
|
platinum-group element analyses |
3 |
|
podiform chromitite |
3 |
|
preconcentration |
3 |
|
provenance |
3 |
|
qinghai-xizhang plateau |
3 |
|
quasi-simultaneous |
3 |
|
rapid switching |
3 |
|
rare earth elements |
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 |
|
separation |
3 |
|
shrimp |
3 |
|
shrimp and laser ablation icp-ms zircon dating |
3 |
|
shrimp data |
3 |
|
shrimp u-pb zircon age |
3 |
|
slab break-off |
3 |
|
solonker suture zone |
3 |
|
southeastern china |
3 |
|
southern china |
3 |
|
sr-nd |
3 |
|
structural evolution |
3 |
|
subduction orogeny |
3 |
|
tarim craton |
3 |
|
tectonics |
3 |
|
terrane accretion |
3 |
|
th-u-pb monazite ages |
3 |
|
tuva-mongolian block |
3 |
|
u-pb age |
3 |
|
u-pb age and hf isotope |
3 |
|
u-pb age, hf isotope |
3 |
|
ultramafic rock |
3 |
|
underplating |
3 |
|
uranium-lead dating |
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 |
|
zambales |
3 |
|
zanhuang complex |
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 |
|
absolute age |
2 |
|
accretionary complex |
2 |
|
accretionary geodynamics |
2 |
|
accretionary orogenic belt |
2 |
|
accretionary orogeny |
2 |
|
accretionary prism |
2 |
|
active continental margin |
2 |
|
active margins |
2 |
|
adakitic rocks |
2 |
|
alkaline earth metals |
2 |
|
altai (阿爾泰) |
2 |
|
altai-mongolian terrane |
2 |
|
andes-type |
2 |
|
andesite |
2 |
|
arc-accretionary prism |
2 |
|
arc-type magmatism |
2 |
|
assembly |
2 |
|
back-arc extension |
2 |
|
background of geodynamics |
2 |
|
basalt |
2 |
|
batholith |
2 |
|
beishan orogenic belt |
2 |
|
breakup |
2 |
|
cambrian |
2 |
|
carboniferous |
2 |
|
carius tube |
2 |
|
central asia orogenic belt |
2 |
|
central tianshan block |
2 |
|
changjiang river |
2 |
|
chemistry |
2 |
|
clastic rock (碎屑沉積巖) |
2 |
|
clinopyroxenites |
2 |
|
co/ni ratio in sulfides |
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 collision |
2 |
|
continental crust |
2 |
|
continental crusts |
2 |
|
continental flood basalt |
2 |
|
continental growth |
2 |
|
continental lithosphere |
2 |
|
continental margin arc |
2 |
|
convective thinning |
2 |
|
converge of the gondwanaland |
2 |
|
cosmic body |
2 |
|
craton reworking |
2 |
|
cratons |
2 |
|
crustal melting |
2 |
|
crustal structure |
2 |
|
cu-au mineralization |
2 |
|
da hinggan area |
2 |
|
dabie mountains |
2 |
|
dacite |
2 |
|
dandong granite |
2 |
|
deep processes |
2 |
|
dehydration-melting |
2 |
|
delamination |
2 |
|
depleted mantle |
2 |
|
deposition time (沉積時代) |
2 |
|
devonian arc-related granitoids |
2 |
|
differentiation |
2 |
|
dike |
2 |
|
diorite |
2 |
|
distribution and fractionation of pge |
2 |
|
dongchuan group |
2 |
|
donggebi |
2 |
|
dongwanzi |
2 |
|
dunhuang block |
2 |
|
early paleozoic |
2 |
|
eastern kunlun orogen |
2 |
|
eastern tianshan |
2 |
|
eastern tianshan orogenic belt |
2 |
|
effective mechanisms |
2 |
|
electron microprobe th-u-pbtotal age |
2 |
|
element anomalies |
2 |
|
emplacement |
2 |
|
eurasian plate |
2 |
|
far east |
2 |
|
fe-v-ti deposit |
2 |
|
garnet |
2 |
|
garnet growth zoning |
2 |
|
garnet-mica schist |
2 |
|
geology mines and mining industry |
2 |
|
gneissic granites |
2 |
|
gneissic granitoids |
2 |
|
gorny altai |
2 |
|
gorny altai terrane |
2 |
|
gorny altai-altai-mongolia amalgamation |
2 |
|
granitic gneiss |
2 |
|
granitoid rocks |
2 |
|
habahe group (哈巴河群) |
2 |
|
hangay range |
2 |
|
hengshan |
2 |
|
heterogeneity |
2 |
|
heterogeneous basement |
2 |
|
hf同位素 |
2 |
|
high field strength elements |
2 |
|
high mg igneous association |
2 |
|
high pressure autoclave |
2 |
|
high-pressure mafic granulites |
2 |
|
high-pressure pelitic granulite |
2 |
|
high-pressure pelitic granulites |
2 |
|
high-t granulite |
2 |
|
hongge layered intrusion |
2 |
|
hypomagma |
2 |
|
i-type granitoids |
2 |
|
igneous geochemistry |
2 |
|
in situ |
2 |
|
in-buildings |
2 |
|
indentation |
2 |
|
indian shield |
2 |
|
isotopes |
2 |
|
isotopic composition |
2 |
|
jianglang dome |
2 |
|
jiao-liao-ji belt |
2 |
|
jiaodong terrane |
2 |
|
junggar |
2 |
|
junggar basin |
2 |
|
kimberlite |
2 |
|
kunlun |
2 |
|
kuznetsk-altai island arc |
2 |
|
lanjiagou |
2 |
|
laser ablation microprobe-inductively plasma-mass spectrometry (lam-icp-ms) |
2 |
|
late |
2 |
|
late archaean-early proterozoic |
2 |
|
late archean |
2 |
|
late neoarchean-early paleoproterozoic |
2 |
|
late paleozoic |
2 |
|
late paleozoic volcanic rocks |
2 |
|
lava geochemistry |
2 |
|
li isotopes |
2 |
|
liaodong peninsula |
2 |
|
liaoji granite |
2 |
|
lithospheric flexure |
2 |
|
lithospheric mantle |
2 |
|
liwu cu-rich deposit |
2 |
|
low-degree partial melting |
2 |
|
lower detachment fault |
2 |
|
mafic dyke |
2 |
|
mafic dykes |
2 |
|
mafic enclaves |
2 |
|
mafic granulite |
2 |
|
mafic-ultramafic complex |
2 |
|
mafic-ultramafic intrusions |
2 |
|
mafic-ultramafic sill |
2 |
|
magma mixing |
2 |
|
mantle |
2 |
|
mantle metasomatism |
2 |
|
mantle plumes |
2 |
|
mantle source enrichment |
2 |
|
mash zone |
2 |
|
mc-icpms |
2 |
|
medium-pressure pelitic granulites |
2 |
|
melange |
2 |
|
mesoproterozoic |
2 |
|
meta-basalts |
2 |
|
metamorphic evolution |
2 |
|
metamorphic rock |
2 |
|
microcontinent |
2 |
|
migmatite |
2 |
|
mineral resources |
2 |
|
mo deposit |
2 |
|
monazite |
2 |
|
mongol-okhotsk orogen |
2 |
|
nanyuan formation |
2 |
|
nb-enriched |
2 |
|
nb-enriched and magnesian dikes |
2 |
|
nd-sr-o isotopes |
2 |
|
nd–hf decoupling |
2 |
|
neoarchean |
2 |
|
neoproterozoic magmatism |
2 |
|
ni-cu-(pge) mineralization |
2 |
|
ni-cu-pge sulfide deposit |
2 |
|
north china |
2 |
|
north korea |
2 |
|
north qaidam |
2 |
|
north qaidam margin |
2 |
|
northeastern tibetan plateau |
2 |
|
northern liaoning complex |
2 |
|
northern qinghai-tibet plateau |
2 |
|
northwest china |
2 |
|
oceanic crust |
2 |
|
ophiolite |
2 |
|
ophiolitic complex |
2 |
|
orthogneiss |
2 |
|
orthogneiss geochemistry |
2 |
|
oulongbuluke micro-continent |
2 |
|
p-t pseudosection |
2 |
|
pacific ocean (east) |
2 |
|
pacific plate |
2 |
|
palaeoproterozoic tectono-thermal event |
2 |
|
paleo-asian ocean |
2 |
|
paleo-mesoproterozoic subduction zone |
2 |
|
paleo-mesoproterozoic supercontinent |
2 |
|
paleo-tethys ocean |
2 |
|
paleoproterozoic metamorphism |
2 |
|
paleozoic magmatism |
2 |
|
paleozoic tectonic evolution |
2 |
|
pan-xi area |
2 |
|
partial melting |
2 |
|
peat layer |
2 |
|
pegmatite |
2 |
|
permian |
2 |
|
petrology |
2 |
|
pge |
2 |
|
pge pattern |
2 |
|
pges |
2 |
|
phanerozoic |
2 |
|
platinum group elements (pges) |
2 |
|
platinum-group elements |
2 |
|
plume |
2 |
|
polymetallic deposit |
2 |
|
precambrian |
2 |
|
precambrian crustal evolution |
2 |
|
precambrian geology |
2 |
|
probability plot |
2 |
|
protolith |
2 |
|
pseudosection modeling |
2 |
|
quanji block |
2 |
|
quanji massif |
2 |
|
rapakivi granite |
2 |
|
re-os isotope |
2 |
|
re-os study |
2 |
|
reconstruction |
2 |
|
ree |
2 |
|
rhenium |
2 |
|
rodinia |
2 |
|
rutile |
2 |
|
sanukitoid |
2 |
|
seamount |
2 |
|
sediment |
2 |
|
sedimentary provenance |
2 |
|
shoshonite |
2 |
|
shrimp u-th-pb zircon geochronology |
2 |
|
shrimp zircon age |
2 |
|
shrimp zircon ages |
2 |
|
silicate melts |
2 |
|
slab window |
2 |
|
sm-nd isotopes |
2 |
|
songpan ganzi fold belt |
2 |
|
songpan-ganze |
2 |
|
source rock |
2 |
|
south america |
2 |
|
south tianshan ocean |
2 |
|
southern altaids |
2 |
|
southwestern china |
2 |
|
sr-nd-hf isotopes |
2 |
|
sr-nd-pb isotopes |
2 |
|
subducted oceanic slab-mantle interaction |
2 |
|
subduction initiation |
2 |
|
subduction zone |
2 |
|
subduction-accretion |
2 |
|
sulfur isotope |
2 |
|
sunduction zone retreating |
2 |
|
supercontinent |
2 |
|
supercontinent columbia |
2 |
|
supercontinent columbia (nuna) |
2 |
|
supercontinent rodinia |
2 |
|
supercontinents |
2 |
|
surface uplift |
2 |
|
suture zone |
2 |
|
sw china |
2 |
|
tarim-north china craton |
2 |
|
tectonic mode |
2 |
|
tectonic setting |
2 |
|
tectonic settings (構造背景) |
2 |
|
tectono-strata-bound deposit |
2 |
|
tectono-thermal evolution |
2 |
|
tectonothermal evolution |
2 |
|
terrane assembly |
2 |
|
tethys evolution |
2 |
|
the emeishan large igneous province |
2 |
|
the northwestern chinese tianshan |
2 |
|
the western chinese tianshan |
2 |
|
the yili-central tianshan block |
2 |
|
thermodynamic |
2 |
|
thickened lower crust |
2 |
|
transformation of tectonic domain |
2 |
|
triassic |
2 |
|
triassic reactivation |
2 |
|
ttg |
2 |
|
ttg rocks |
2 |
|
tunguska event |
2 |
|
tunguska explosion |
2 |
|
u-pb |
2 |
|
u-pb and hf isotopes |
2 |
|
u-pb and pb-pb dating |
2 |
|
u-pb dating |
2 |
|
u-pb zircon |
2 |
|
u-ph dating |
2 |
|
volcanic rocks |
2 |
|
west africa |
2 |
|
west junggar |
2 |
|
west south china |
2 |
|
western chinese tianshan |
2 |
|
western yangtze block |
2 |
|
whole-rock geochemistry and nd isotopes |
2 |
|
xinjiang |
2 |
|
xiong'er volcanic belt |
2 |
|
yili-central tianshan block |
2 |
|
yishui terrane |
2 |
|
yudongzi terrane |
2 |
|
zhejiang province |
2 |
|
zircon hf isotope mapping |
2 |
|
zircon lu-hf isotope |
2 |
|
zircon u-pb and lu-hf isotopes |
2 |
|
zircon u-pb dating |
2 |
|
zircon u-pb dating (鋯石定年) |
2 |
|
zircon u-pb geochronology |
2 |
|
zoned garnet |
2 |
|
准确度 (accuracy) |
2 |
|
华北克拉通 |
2 |
|
地质年代学 (geochronology) |
2 |
|
微量元素 (trace elements) |
2 |
|
激光探针 (la-iap-mass) |
2 |
|
激光探针 (laser probe) |
2 |
|
等离子体质谱 (icp-ms) |
2 |
|
精密度 (precision) |
2 |
|
锆石u-pb年龄 |
2 |
|
错石 (zircon) |
2 |
|
阜平杂岩 |
2 |
|
(u-th)/he |
1 |
|
40ar/39ar thermochronology |
1 |
|
a-type rhyolite |
1 |
|
accretionary orogensis |
1 |
|
accretionary process |
1 |
|
accretionary wedge |
1 |
|
active margin sediments |
1 |
|
adakites |
1 |
|
advancing subduction |
1 |
|
age determination |
1 |
|
ages of protolith and granulite-facies metamorphism |
1 |
|
alkaline complex |
1 |
|
alkaline granite |
1 |
|
alkaline intrusive complex |
1 |
|
altai orogen |
1 |
|
altai superterrane |
1 |
|
amphibole |
1 |
|
ancient crustal components |
1 |
|
andalusite |
1 |
|
animals |
1 |
|
anthozoa - chemistry |
1 |
|
apatite |
1 |
|
arc andesites |
1 |
|
arc magmatism |
1 |
|
arc rifting |
1 |
|
arc-arc collision |
1 |
|
arc-continent collision |
1 |
|
arc–arc collision |
1 |
|
asian accretion |
1 |
|
assembly event of supercontinent |
1 |
|
asthenosphere-lithosphere interaction |
1 |
|
baishiquan |
1 |
|
baisun block |
1 |
|
baogutu porphyry cu deposit |
1 |
|
basaltic underplating |
1 |
|
basement |
1 |
|
basemental attribute |
1 |
|
bayankhongor |
1 |
|
ba／ca比值 (ba/ca ratios) |
1 |
|
beishan |
1 |
|
beishan mountains |
1 |
|
beishan orogenic collage |
1 |
|
bimodal volcanic rocks |
1 |
|
biocarbonates |
1 |
|
bixiling |
1 |
|
buckling |
1 |
|
b–mo isotopes |
1 |
|
ca content |
1 |
|
calc alkaline rock |
1 |
|
calcium |
1 |
|
caob (central asian orogenic belt) |
1 |
|
carbon recycling |
1 |
|
carbonate dissolution |
1 |
|
carbonates - chemistry |
1 |
|
ce anomaly |
1 |
|
cenozoic |
1 |
|
cenozoic continental basalts |
1 |
|
center tianshan massif |
1 |
|
central asia |
1 |
|
central asian orogenic belt (caob) |
1 |
|
central mongolia |
1 |
|
central western kunlun belt |
1 |
|
charnockite |
1 |
|
chemical analysis |
1 |
|
chinese altaiorth |
1 |
|
chinese tianshan |
1 |
|
close-to peak garnet growth zoning |
1 |
|
coesite |
1 |
|
complementary cumulates |
1 |
|
complex evolutions |
1 |
|
continent crustal growth |
1 |
|
continental arc magmatism |
1 |
|
continental crustal evolution |
1 |
|
cooling history |
1 |
|
coral |
1 |
|
coral ca content |
1 |
|
crust-mantle interaction |
1 |
|
crust-mantle transition zone |
1 |
|
crust/mantle interaction |
1 |
|
crustal reworking |
1 |
|
crystal fractionation |
1 |
|
cu and ni sulfide deposit |
1 |
|
dabie complex |
1 |
|
dabie orogen |
1 |
|
dabie shan |
1 |
|
dabie uhp belt |
1 |
|
dabie-sulu |
1 |
|
dabieshan |
1 |
|
decompression-metamorphism |
1 |
|
deep-seated crust |
1 |
|
depleted lithospheric mantle |
1 |
|
detrital zircon age |
1 |
|
detrital zircon u–pb dating |
1 |
|
diagenesis |
1 |
|
dike swarm |
1 |
|
drosophila |
1 |
|
dry density |
1 |
|
dupal 异常地慢 (dupal anomal) |
1 |
|
early mesozoic exhumation |
1 |
|
early mesozoic lower crust |
1 |
|
early permian island arc |
1 |
|
early-paleoproterozoic |
1 |
|
east junggar oceanic arc |
1 |
|
east kunlun |
1 |
|
east kunlun mountains |
1 |
|
east kunlun orogen |
1 |
|
east kunlun orogenic belt |
1 |
|
eastern china |
1 |
|
eastern china lithosphere |
1 |
|
eastern junggar |
1 |
|
eclogite |
1 |
|
element geochemistry |
1 |
|
end-permian to mid-triassic termination |
1 |
|
erqis shear zone |
1 |
|
est |
1 |
|
excess argon |
1 |
|
exhumation |
1 |
|
extensional tectonics |
1 |
|
fe-pdc coprecipitation |
1 |
|
felsic granulite |
1 |
|
fission track |
1 |
|
five-dimensional characteristics |
1 |
|
flysch |
1 |
|
fore-arc |
1 |
|
gangdese batholithic zone |
1 |
|
garnet pyroxenite |
1 |
|
garnet-lherzolite |
1 |
|
garnet-opx thermobarometry |
1 |
|
genome |
1 |
|
geodynamic evolution |
1 |
|
gneisses |
1 |
|
gondwanaland |
1 |
|
granitic pluton |
1 |
|
granulite facies |
1 |
|
granulite xenolith |
1 |
|
granulite xenoliths |
1 |
|
guangxi |
1 |
|
hafnium isotopes |
1 |
|
hannuoba basalts |
1 |
|
hannuoba lithosphere structure |
1 |
|
heterogeneous mantle |
1 |
|
hf isotope compositions |
1 |
|
high ba-sr granitoids |
1 |
|
high mg-diorite |
1 |
|
high-mg andesite |
1 |
|
high-pressure fractionation |
1 |
|
high-silica granitoids |
1 |
|
high-sr and low-y granitoid |
1 |
|
hong kong |
1 |
|
huai'an gneiss complex |
1 |
|
hydrous magma |
1 |
|
icpms-lp |
1 |
|
id-icp-ms |
1 |
|
indosinian granites |
1 |
|
inductively coupled plasma mass spectrometry |
1 |
|
inductively coupled plasma-mass spectrometry |
1 |
|
intra-oceanic arc |
1 |
|
intra-oceanic arcs |
1 |
|
intra-oceanic subduction |
1 |
|
intraplate |
1 |
|
intraplate magmatism |
1 |
|
irtysh shear zone |
1 |
|
island arc basalt |
1 |
|
isotope |
1 |
|
isotopic data |
1 |
|
jurassic |
1 |
|
juvenile crust |
1 |
|
kaapvaal craton |
1 |
|
kazakhstan |
1 |
|
kyanite |
1 |
|
la-icp-ms u-pb zircon dating |
1 |
|
la-icpms age |
1 |
|
la-icpms u-pb zircon dating |
1 |
|
lam-icp-ms |
1 |
|
laser probe-inductively coupled plasma mass spectrometry |
1 |
|
late ordovician |
1 |
|
late pan-african thermal event |
1 |
|
leptynite |
1 |
|
limpopo belt |
1 |
|
lithosphere |
1 |
|
lithospheric evolution |
1 |
|
lithospheric extension |
1 |
|
lithospheric thinning |
1 |
|
little nickel sulfide fire assay |
1 |
|
liuyuan |
1 |
|
loess plateau |
1 |
|
low abundant |
1 |
|
lower crust |
1 |
|
lower crustal composition |
1 |
|
lower crustal xenolith |
1 |
|
lower-crustal xenoliths |
1 |
|
mafic granulite xenolith |
1 |
|
mafic microgranular enclaves |
1 |
|
magmas underplating in early proterozoic |
1 |
|
magmatic alkaline complex |
1 |
|
magmatic flare-up |
1 |
|
magmatic reworking |
1 |
|
major elements |
1 |
|
mantle chemistry |
1 |
|
mantle evolution |
1 |
|
mantle melting |
1 |
|
mantle trace elements |
1 |
|
mantle wedge |
1 |
|
mantle wedge convection |
1 |
|
mantle x-enoliths |
1 |
|
mantle xenoliths |
1 |
|
mantle-derived rocks |
1 |
|
mass spectrometry - methods |
1 |
|
mdd model |
1 |
|
mdd 模式 (mdd moddel) |
1 |
|
mesozoic xenolith |
1 |
|
metadiorite |
1 |
|
metallogeny |
1 |
|
metals - analysis |
1 |
|
metamorphic and deformation event |
1 |
|
metasomatism |
1 |
|
mg/ca |
1 |
|
mg/ca thermometer |
1 |
|
microanalysis |
1 |
|
mineral zoning |
1 |
|
minor elements |
1 |
|
mobility index |
1 |
|
mongolian altai |
1 |
|
monzonite |
1 |
|
morb |
1 |
|
mountain erosion |
1 |
|
multi-ratio |
1 |
|
multiple diffusion domain model |
1 |
|
multistage metamorphism |
1 |
|
nb-enriched basalt |
1 |
|
nb-enriched basalts |
1 |
|
nckfmashtosystem |
1 |
|
nd-hf isotopes |
1 |
|
nd-sr-pb isotopic geochemistry |
1 |
|
neoproterozoic basement |
1 |
|
neoproterozoic underplating |
1 |
|
neoproterozoic-early paleozoic |
1 |
|
nepheline syenite |
1 |
|
north dabieshan |
1 |
|
north of the south china sea |
1 |
|
north xinjiang |
1 |
|
northern fujian |
1 |
|
northern xinjiang |
1 |
|
ocean drilling program |
1 |
|
oceanic arc maturation |
1 |
|
ogonal compression |
1 |
|
olivine chemistry |
1 |
|
ordos basin of china |
1 |
|
orogenic belt |
1 |
|
orogenic belts |
1 |
|
orthopyroxene |
1 |
|
p-t-x pseudosections |
1 |
|
paleogene underplating |
1 |
|
paleogeographic separation |
1 |
|
paleoproterozoic hp-uht granulite |
1 |
|
palinspastic reconstructions |
1 |
|
peak p-t conditions |
1 |
|
pegmatite dyke |
1 |
|
peraluminous granite (sp) |
1 |
|
peri-pacific accretion |
1 |
|
peridotite xenolith |
1 |
|
peridotitic zircon |
1 |
|
permian collision |
1 |
|
petrochemistry |
1 |
|
petrochronology |
1 |
|
plate subduction |
1 |
|
platinum group elements |
1 |
|
polybaric melting |
1 |
|
porites lutea |
1 |
|
positive correlations |
1 |
|
post-collision |
1 |
|
post-collisional |
1 |
|
potassic rocks |
1 |
|
proto-tethys |
1 |
|
pyroxenite |
1 |
|
qaidam and oulongbuluke micro-blocks |
1 |
|
qilin |
1 |
|
qinling orogen |
1 |
|
qiongkuer domain |
1 |
|
re depletion ages |
1 |
|
recycled oceanic crust |
1 |
|
regional uplift |
1 |
|
retreating subduction |
1 |
|
reøisotopes |
1 |
|
rudny altai |
1 |
|
s-type granite |
1 |
|
sage |
1 |
|
sea-surface temperature |
1 |
|
seawater |
1 |
|
seawater sr concentration |
1 |
|
sediments |
1 |
|
seismic velocity |
1 |
|
sensitivity and specificity |
1 |
|
shales |
1 |
|
shoshonitic rocks |
1 |
|
shrimp u-pb zircon geochronology |
1 |
|
sinian-early paleozoic |
1 |
|
sino-korean craton |
1 |
|
slab roll-back |
1 |
|
slab rollback |
1 |
|
sm-nd |
1 |
|
sm-nd ages |
1 |
|
solonker suture |
1 |
|
source weathering |
1 |
|
south china block |
1 |
|
south china sea |
1 |
|
south margin of the north china craton |
1 |
|
south tien shan (tianshan) |
1 |
|
soutpansberg group |
1 |
|
sr content |
1 |
|
sr 、nd、pb 同位素 (sr, nd and pb isotopes) |
1 |
|
sr 和 nd |
1 |
|
sr-nd isotopic decoupling |
1 |
|
sr-nd-hf isotope |
1 |
|
sr-nd-pb isotope |
1 |
|
sr-nd-pb同位素 |
1 |
|
sr-nd-pb同位素填图 (sr-nd-pb isotopes mapping) |
1 |
|
sr/ca |
1 |
|
sr/ca thermometry |
1 |
|
sr/ca 和mg/ca 比值 (sr/ca and mg/ca ratios) |
1 |
|
sst 记录 (sst record) |
1 |
|
strain partitioning |
1 |
|
strontium |
1 |
|
structural synthesis |
1 |
|
subcontinental lithosphere |
1 |
|
subcontinental lithospheric mantle |
1 |
|
subducted lower continental crust |
1 |
|
subducted sediment |
1 |
|
subduction and collision |
1 |
|
subduction complex |
1 |
|
subduction transition |
1 |
|
subduction-accretion complex |
1 |
|
sulu uhp terrane |
1 |
|
supracrustal recycling |
1 |
|
tarim and north china cratons |
1 |
|
tarim large igneous province |
1 |
|
tarim-north china cratons |
1 |
|
tarim–yangtze–north china cratons |
1 |
|
tectonic affinity |
1 |
|
tectonic-uplift |
1 |
|
tectonically crustal thickening |
1 |
|
tectonism |
1 |
|
the dabie mountains |
1 |
|
the southern qiangtang terrane |
1 |
|
the tibetan plateau |
1 |
|
thermal history |
1 |
|
thermal ionization mass spectrometry |
1 |
|
thermochronology |
1 |
|
thermometer |
1 |
|
tianshan orogenic belt |
1 |
|
tibet |
1 |
|
time factors |
1 |
|
tims |
1 |
|
trace element |
1 |
|
trace elements |
1 |
|
trace elements in zircon |
1 |
|
trace multi-element |
1 |
|
transcript |
1 |
|
transpression |
1 |
|
transpressional deformation |
1 |
|
transpressional tectonics |
1 |
|
trench advance |
1 |
|
triassic morb-like basalt |
1 |
|
tuff |
1 |
|
tuorangekuduke formation |
1 |
|
turbidite basin |
1 |
|
tuwu–yandong porphyry cu deposits |
1 |
|
u-pb geochronology |
1 |
|
u-pb zircon ages |
1 |
|
u-pb和hf同位素 (u-pb and hf isotopes) |
1 |
|
u-th 年龄 (u-th dating) |
1 |
|
u/ca ratios |
1 |
|
u/ca温度计 (u/ca thermometer) |
1 |
|
uhp metamorphism |
1 |
|
uzbekistan |
1 |
|
volcanic |
1 |
|
volume index |
1 |
|
weathering |
1 |
|
weathering indices |
1 |
|
western tianshan |
1 |
|
whole-rock geochemistry and sr-nd-pb isotopes |
1 |
|
xenolith |
1 |
|
xingditage group |
1 |
|
yangtze continent |
1 |
|
zhaheba |
1 |
|
zircon ages |
1 |
|
zircon and apatite (u-th)/he |
1 |
|
zircon geo-chronology |
1 |
|
zircon hf isotopic |
1 |
|
zircon hf–o isotopes |
1 |
|
zircon ree patterns |
1 |
|
zircon u-pb-hf-o isotopes |
1 |
|
~（40）ar-~（39）ar年齡 (40ar- 39ar age) |
1 |
|
主量微量元素成分环带 (major- and trace-elemental zonings) |
1 |
|
依莎克群 (küda ophiolite) |
1 |
|
俯沖消減 (subduction) |
1 |
|
前寒武纪地壳演化 (precambrian crustal evolution) |
1 |
|
化学不均一性 (chemical heterogeneity) |
1 |
|
南海 (south china sea) |
1 |
|
原特提斯 (proto-tethys) |
1 |
|
变质带 (metamorphic belt) |
1 |
|
变质超镁铁岩 (metamorphic ultramafic) |
1 |
|
变质过程 (metamorphic processes) |
1 |
|
古亚洲洋构造域南部 (southern paleoasian domain) |
1 |
|
古亞洲洋 (paleo-asian ocean) |
1 |
|
古消減帶 (paleo-subduction zone) |
1 |
|
同位素 |
1 |
|
同位素年代 (isotopic geochronology) |
1 |
|
地球化学 (geochemistry) |
1 |
|
地质年代测定 (geological age determination) |
1 |
|
埃达克岩 (adakite) |
1 |
|
多维空间特征 |
1 |
|
大别山 (dabie mountains) |
1 |
|
大陆下地壳 (lowercontinental crust) |
1 |
|
大陆拉斑玄武岩 (continental tholeiite) |
1 |
|
大陆风化作用 |
1 |
|
学变质镁铁 - 超镁铁岩 (metamorphic mafic-ultramafic rock) |
1 |
|
宽甸杂岩 (kuandian complex) |
1 |
|
富云母包体 (surmicaceous enclave) |
1 |
|
层离作用 |
1 |
|
层离作用 (delamination) |
1 |
|
岩石地球化学 (lithogeochemistry) |
1 |
|
年代学 (chronology) |
1 |
|
年代學 (chronology) |
1 |
|
年龄 |
1 |
|
捕虏体 |
1 |
|
斜長角閃巖 (amphibolite) |
1 |
|
新疆 (xinjiang) |
1 |
|
新疆北部 (north xinjiang) |
1 |
|
晚中生代 (late mesozoic) |
1 |
|
构造背景 (tectonic background) |
1 |
|
柴北 (north qaidam) |
1 |
|
構造轉換 (tectonic transition) |
1 |
|
欧龙布鲁克微陆块 (oulongbuluke micro-continent) |
1 |
|
汉诺坝 (hannuoba) |
1 |
|
沉积物 |
1 |
|
活动大陆边缘 (active continental margin) |
1 |
|
浅色体 (leucosomes) |
1 |
|
消减极性 (subduction polarity) |
1 |
|
混合作用 (mixing) |
1 |
|
混合岩化 (migmatization) |
1 |
|
湖北省 (hubei province) |
1 |
|
源区 |
1 |
|
火山岩 (volcanic rocks) |
1 |
|
火山弧型花岗岩 (volcanic arc granitoids) |
1 |
|
热历史 (themal history) |
1 |
|
热电离质谱 (thermal ionization masss pectrometry) |
1 |
|
物源示踪 |
1 |
|
玻安岩系 (boninite series rocks) |
1 |
|
珊瑚 (coral) |
1 |
|
石榴石 (garnet) |
1 |
|
石炭纪一二叠世构造一成矿事件 (carboniferous-early permian tectonic-metallogenic framework) |
1 |
|
矿物化学 (mineral chemistry) |
1 |
|
碱性花岗岩 (alkaline granite) |
1 |
|
福建省 (fujian province) |
1 |
|
等离子体质谱 (icpms) |
1 |
|
紫苏花岗岩 (charnockite) |
1 |
|
花岗岩 (granite) |
1 |
|
花岗岩体 |
1 |
|
華北克拉通 (north china craton) |
1 |
|
表层海水生产力 (surface productivity) |
1 |
|
西准噶尔 (western junggar) |
1 |
|
西昆仑 |
1 |
|
西昆仑 (west kunlun) |
1 |
|
西昆仑 (western kunlun) |
1 |
|
西沙群島 (xisha island) |
1 |
|
輝長巖 (gahbro) |
1 |
|
辉石岩捕虏体 (pyroxenite xenolith) |
1 |
|
造礁珊瑚 (porites) |
1 |
|
鍶溫度計 (sr thermometer) |
1 |
|
锆石 (zircon) |
1 |
|
锆石u-pb定年 (zircon u-pb dating) |
1 |
|
长江 |
1 |
|
闽北顺昌 (shunchang) |
1 |
|
阜平杂岩 (fuping complex) |
1 |
|
阿爾泰 (altai) |
1 |
|
降雨 (precipitation) |
1 |
|
风化陆壳 |
1 |
|
麻粒岩捕虏体 (granulite xenolith) |
1 |
