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大气降水     
相关语句
  meteoric water
     the late stage fluids, with δD=-70‰, δ13CCO2 =- 1.3‰, δ18O = -2‰, are shallow-sourced meteoric water;
     晚阶段流体温度<203℃,δD=70‰,δ~(13)C_(co_2)=-1.3‰,δ~(18)O=-2‰,属于浅源大气降水热液;
短句来源
     It is shown that δ 18 O=+6.90‰ ̄-9.80‰(SMOW), δ D=-30‰ ̄-85‰(SMOW) for Xiazhuang fossil ore forming hydrothermal solutions are in the range of the isotopic composition of meteoric water with “oxygen drift”.
     其结果表明,下庄铀成矿热液的氢、氧同位素组成δ18O=+6.90‰~-9.80‰(SMOW)、δD=-30‰~-85‰(SMOW)位于已发生氧漂移的大气降水同位素组成范围。
短句来源
     ② In the upper—middle part (150~350 m), δ 18O(SMOW)= 13.3‰~18.0‰, δ 87Sr≈0, δ 13C(PDB)=-11.2‰~-10.5‰, the fillings were formed from multi-source fluids, mainly meteoric water and basin brine in a weak reduction environment.
     2中—上部 (15 0~ 35 0 m) ,δ1 8O(SMOW) =13.3‰~ 18.0‰ ,δ87Sr≈ 0 ,δ1 3C(PDB) =- 11.2‰~- 10 .5‰ ,填隙矿物形成时其流体来源较复杂 ,为大气降水和盆地卤水的混合流体 ,且处于弱还原环境 ;
短句来源
     Theδ 18O_ H_2O and δD of fluid inclusion of uranium sandstone are -3.0‰~-8.75‰ and -55.8‰~-71.3‰ respectively, which shows some characteristics of mixture fluid of meteoric water with magma water.
     流体包裹体的δ18OH2O在-3.0‰~-8.75‰之间,δD在-55.8‰~-71.3‰之间,具有大气降水与岩浆水混合流体的特点。
短句来源
     The isotopic composition(δ DH2O 76‰ to 94‰ ,δ 18O 6.58‰ to 14.11‰ ) suggests that the minerlizing solution is derived from mainly meteoric water.
     成矿热液流体的氢氧同位素组:δDH2O-76‰~-94‰,δ18O-6.58‰~-14.11‰,表明成矿热液来自大气降水.
短句来源
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  atmospheric precipitation
     Shenyang groundwater is accepted mainly atmospheric precipitation penetrate and river seepage supply, the annual average groundwater supply is 23.68×108m3/a, the exploitable capacity of groundwater resource is 19.34×108m3/a.
     沈阳市地下水主要接受大气降水入渗和河流渗漏补给,地下水多年平均补给量23.68×108m3/a,可开采量19.34×108m3/a。
短句来源
     DETERMINATION METHOD OF H2O2 IN ATMOSPHERIC PRECIPITATION
     大气降水中H_2O_2的测定方法
短句来源
     The flush_eluviate of branches and leaves caused by canopy interception brought nutrient input of 143.629 kg·hm~ -2 a~ -1 , which was 74.905 kg·hm~ -2 a~ -1 more than the input of 63.924 kg·hm~ -2 a~ -1 from the atmospheric precipitation and was 117.2% of the latter.
     林内净降水的营养物质为143·329kg·hm-2a-1,比冠上大气降水输入的63·924kg·hm-2a-1多74·905kg·hm-2a-1,增加了117·2%;
短句来源
     Predicting Model of Acid Rain pH Value in :Atmospheric Precipitation with Grey System Theory GM(1, 1)
     用灰色系统理论GM(1,1)建立大气降水中酸雨pH值的预测模型
短句来源
     Chemical characters of atmospheric precipitation in Beijing in years of 2001~2003.
     2001~2003年间北京大气降水的化学特征
短句来源
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  precipitation
     Shenyang groundwater is accepted mainly atmospheric precipitation penetrate and river seepage supply, the annual average groundwater supply is 23.68×108m3/a, the exploitable capacity of groundwater resource is 19.34×108m3/a.
     沈阳市地下水主要接受大气降水入渗和河流渗漏补给,地下水多年平均补给量23.68×108m3/a,可开采量19.34×108m3/a。
短句来源
     DETERMINATION METHOD OF H2O2 IN ATMOSPHERIC PRECIPITATION
     大气降水中H_2O_2的测定方法
短句来源
     the content sequence of the nutrient elements in precipitation were as follows: Ca>SiO_2>Zn>NH~+_4-N>K>NO~-_3-N>Fe>Mg>Mn>P>Cu;
     结果表明:不同月份大气降水养分元素含量不同,各元素各月平均含量按大小排序为Ca>SiO2>Zn>NH4+-N>K>NO3--N>Fe>Mg>Mn>P>Cu;
短句来源
     The flush_eluviate of branches and leaves caused by canopy interception brought nutrient input of 143.629 kg·hm~ -2 a~ -1 , which was 74.905 kg·hm~ -2 a~ -1 more than the input of 63.924 kg·hm~ -2 a~ -1 from the atmospheric precipitation and was 117.2% of the latter.
     林内净降水的营养物质为143·329kg·hm-2a-1,比冠上大气降水输入的63·924kg·hm-2a-1多74·905kg·hm-2a-1,增加了117·2%;
短句来源
     According to the calculating result of digital model, the quantity of groundwater supplies is 6795.82×104m3/a, the quantity of atmosphere precipitation soak declines have 78% of the total replenishment quantity;
     根据数值模型计算的结果,全区地下水多年平均补给资源量为6795.82×104m3/a,大气降水入渗量占总补给量的78%;
短句来源
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  atmospheric water
     (2)fluid inclusions in the core came from magmatic water(δ 18 O H 2O =4.7‰~6.2‰) and these in the rim belong to atmospheric water(δ 18 O H 2O =-6.1‰~-8.4‰);
     核部的流体为岩浆水 (δ1 8OH2 O值 + 4 .7‰~ + 6 .2‰ )→边缘环带为大气降水 (δ1 8OH2 O值 - 6 .1‰~ - 8.4‰ ) ;
短句来源
     The values of δ18O of atmospheric water are obviously lower than those of groundwater.
     大气降水δ~(18)O值明显低于地下水δ~(18)O值;
短句来源
     The water entering Lake Yansai consists of atmospheric water andgroundwater. The data of δ18O indicate that along the Dashi river δ18O varies fron -8. 361‰ To -7. 915‰.
     进入燕塞湖的水,由大气降水和地下水组成,δ~(18)O测定结果表明:沿大石河地下水δ~(18)O变化在-8.361‰至-7.915‰之间;
短句来源
     Ore-bearing solution is Ca~2+Mg~2+/S_4~2-type fluid mixed with large quan-tity of atmospheric water.
     含矿热液是有大量大气降水加入的Ca~(++)+Mg~(++)/SO_4型流体。
短句来源
     The ore—forming fluid is mainly composed of magmatic water and metamorphic water with minor atmospheric water, whose chemical type is of K~-—Na~+—Ca~(++)—Mg~(++)—F~-—Cl~-.
     金矿成矿作用经三个阶级的流体活动。 成矿流体的组成,以岩浆水和变质水为主,其次是大气降水,化学类型为K~+~Na~+—Ca~(++)—Mg~(++)—F~-—Cl~-型。
短句来源
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  meteoric water
The chemical and isotopic compositions of the fluid testify to its magmatic nature and the participation of meteoric water at late stages in the ore-forming process.
      
Shallow intrusion, and circulation of meteoric water throughout the pluton cool it effectively.
      
The simulated results show that the slope parameter b and the intercept d of the meteoric water line (MWL), δD = bδ18O+d, in wet adiabatic cooling are both greater than those in isobaric cooling.
      
Trace elements in dolomite and ankerite indicate precipitation from Sr-enriched meteoric water.
      
The only likely fluid is ancient meteoric water that exchanged oxygen isotopes with the eclogite precursor (a kind of basaltic rocks) formerly resident on the continental crust.
      
更多          
  atmospheric precipitation
The flush-eluviation of branches and leaves caused by canopy interception brought nutrient input of 143.629 kg/(hm2 · year), which was 117.2% of the input 63.924 kg/(hm2 · year) from the atmospheric precipitation.
      
Test method for the determination of hydrogen peroxide in atmospheric precipitation and water using indicator papers
      
Rapid test procedures for the determination of hydrogen peroxide in atmospheric precipitation and in waste and natural waters are developed and tested (RSD ≤ 30%).
      
Compounds for the impregnation of indicator papers were proposed for the determination of ammonia, aniline, phenol, active chlorine, chromium(VI), nickel, nitrites, and pH of natural waters, soils, and atmospheric precipitation by test methods.
      
The accuracy of the determination of element species was verified by different methods in the analysis of sea and river water, atmospheric precipitation, and suspensions.
      
更多          
  precipitation
The water-soluble glucan was obtained from Pleurotus florida fruit bodies by hot water extraction, ethanol precipitation, DEAE cellulose dialysis and Sephadex G-75 gel filtration.
      
Preparation and characterization of nanocrystalline ZnO by direct precipitation method
      
Nanocrystalline ZnO was prepared with ZnCl2·2H2O and (NH4)2CO3 as raw materials by direct precipitation method.
      
The ion-exchanger LiAlTiO4 of spinel type was prepared by the common precipitation/hydrothermal crystallization method, and was acid-modified.
      
The precursors of Fe2O3-SiO2 mixed oxides prepared through co-precipitation method were modified by microwave hydrothermal treatment for the first time.
      
更多          
  atmospheric water
Since infiltration arises as a result of irrigation or input from atmospheric water, it actually acts in certain seasons of the year and not all year long.
      
Periodic structures, which could possibly be associated with the influence of the stationary planetary waves, are reliably revealed in the zonal distribution of the atmospheric water vapor.
      
Periodic structures, which could possibly be associated with the influence of the stationary planetary waves, are reliably revealed in the zonal distribution of the atmospheric water vapor.
      
The point is that the water vapor becomes saturated at lower heights during aphelion, and the bulk of the atmospheric water mass is captured in the near-equatorial cloudy belt and, thus, is only weakly transferred to the southern hemisphere.
      
The vibrational-rotational bands in the absorption spectra of atmospheric water vapor are interpreted using multifractal analysis.
      
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