high-pressure metamorphism是什么意思

网络释义

用法例句

The p-T estimations show that they experienced high pressure metamorphism at ～2.

6GPa、温度约为650℃的高压变质作用。

The fluid-rock interaction of UHP metamorphism:Oxygen isotopic study of the core rocks from the main hole (0～2050 m) of the Chinese Continental Scientific Drilling Project;

超高压变质作用过程中的流体岩石相互作用——中国大陆科学钻探工程主孔(0～2050m)岩心的氧同位素证据

Coesite is an important mineral often used to judge the ultrahigh-pressure metamorphism.

柯石英是石英的高压同质多相变体,是超高压变质作用的产物,它是识别超高压变质作用的重要标志矿物。

Generally, the end members of ompacites are Jd = 20 mol%- 52 mol% The garnet composition, mineral assemblage of eclogite facies and oriented quartz exsoluiton in Na-clinopyroxene indicate the eclogites here underwent a Triassic ultrahigh-pressure metamorphism.

石榴子石成分特征及钠质单斜辉石中石英针状出溶体的出现表明,本区榴辉岩早期可能经历过超高压变质作用,且至少经历了3个变质阶段,即:①榴辉岩相峰期变质阶段,主要矿物共生组合为石榴子石+绿辉石+金红石±蓝晶石+石英(或柯石英假象?),p≥2。

Many references show that the water is indispensable to the ultrahigh-pressure metamorphism.

大量资料表明水参与了超高压变质作用过程 。

This paper reviews progress and problems of ultra-high pressure metamor-phism on the basis of the mineralogy,P-T-t path and mechanisms of uplift of ultra- highpressure metamorphic terrain,Mineralogical study of ultra-high pressure metamorphismwill be of interest in the future.

本文从超高压变质作用的矿物学、Ｐ－Ｔ－ｔ轨迹和超高压地体抬升、保存机制三个方面总结了近年来超高压变质作用研究所取得的重要进展和存在的问题。

A 705-m-deep hole (CCSD-PP3) was drilled on the Gangshang garnet peridotite body in the Sulu UHPM belt, of northern Jiangsu Province.

榴辉岩石榴石中发现柯石英假象,表明岩石经历超高压变质作用。

Extraneous ~(40)Ar within UHPM phengite:Interpretation for the ~(40)Ar-~(39)Ar results of phengites by laser stepwise heating from Bixiling eclogite,southern Dabieshan;

Reg-Ⅰ对应的年龄为436～463Ma,与榴辉岩石榴子石原生流体包裹体年龄基本一致,可能代表了榴辉岩超高压变质作用峰期的年龄;Reg-Ⅲ对应的年龄为541～659Ma,最高年龄值小于02BX030MS的年龄,表明超高压变质作用使多硅白云母产生了不同程度的放射成因40Ar部分丢失。

DETERMINATION AND SIGNIFICANCE OF CALEDONIAN HIGH-PRESSURE AND ULTRAHIGH-PRESSURE METAMORPHISM IN DABIE OROGEN

大别造山带加里东期高压超高压变质作用的确定及其意义

Early Mesozoic high-pressure metamorphism within the Lhasa Block,Tibet and its implications for regional tectonics

青藏高原拉萨地块早中生代高压变质作用及大地构造意义

Fluid evolution of different stages during UHP metamorphism: evidence from hydrogen and boron isotope compositions of Bixiling eclogite from Dabieshan

超高压变质作用不同阶段的流体变化:碧溪岭榴辉岩的氢、硼同位素分析

This paper deals with high-and ultrahigh-pressure eclogite, its occurrence, classification, petrology and mineral features and metamorphism.

对区内高压超高压榴辉岩的分布、分类，岩石、矿物特征，变质作用特征进行了系统研究。

Effect of High Pressure and Temperature on the Structure Transformation of Boron-Rich B-C-N Compound;

高温高压对富硼B-C-N化合物结构转变的作用

Role of Diffetent Inhibition of RAAS in Cardiovascular Remodeling and Plasma Adrenomedullin Changing in Hypertensive Rats;

不同部位RAAS阻断对高血压大鼠心血管重塑的作用及血浆肾上腺髓质素的变化

Effect and Induced-mutant of High Hydrostatic-pressure on Plant and Fungi;

高静水压对种子植物及真菌的影响和诱变作用

Role and Change of Stat3 in the Left Ventricular Hypertrophy of Hypertension;

Stat3在高血压左室心肌肥厚过程中的变化及作用

DEFORMATION DYNAMICS MODEL OF WATER DROP IN OIL UNDER HIGH ELECTRIC FIELD

高压电场作用下油中水滴变形动力学模型

Change of Crystal Structure in ZA27 Alloy under Super-high Pressure

超高压力作用下ZA27合金晶体结构的变化

Discussion on the use of technology of lossless compression to make high-quality digital music

浅谈利用无损压缩技术制作高品质的数字音乐

The effect of Chinese Food Therapy on the quality of life in patients with hypertension

中医食疗对高血压患者生存质量作用的研究

GEOLOGIC FEATURES AND METAMORPHISM OFTHE LATE ARCHEOZOIC HIGH-GRADE METAMOPHIC REGIONIN THE LIUHE AREA,JILIN PROVINCE

柳河地区晚太古代高级变质区地质特征及变质作用

Effects of 2% Pilocarpine Membrane with Sodium Hyaluronate on Intraocular Pressure in Rabbits with Ocular Hypertension

2%毛果芸香碱透明质酸钠控释膜对高眼压兔的降眼压作用

Scientists know that the combination of extreme heat and pressure changes carbon into diamonds.

科学家们知道，高热和高压共同作用会使碳变成钻石。

THE HUADIAN ARCHAEAN COMPLEX:MINERAL CHEMISTRY AND P-T CONDITIONS OF METAMORPHISM

吉林桦甸太古代杂岩的矿物化学和变质作用温压条件

NWE FINDINGS OF LOW PRESSURE GRANULITE FACIES METAMORPHIC AGE IN THE YUNKAI UPLIFT

云开隆起低压麻粒岩相变质作用时代的重要发现

The sterilizer takes advantage of high temperature disinfection principle, which destroys cell bioplasm, denatures protein, and concentrates electrolyte to kill microorganisms.

利用高温干热对微生物有氧化、白质变性、介质浓缩引起中毒等作用。