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湛江
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  zhanjiang
     PRELIMINARY S-UDY ON THE POPULATION DYNAMICS AND PRODUCTION OF MOINA AFFINIS BIRGE (CLADOCERA) IN XIAHU LAKE, ZHANJIANG
     湛江霞湖近亲裸腹溞(Moina affinis Birge)种群动态和生产量的初步研究
短句来源
     CLINICAL AND PATHOLOGICAL ANALYSIS ON FIVE HUNDRED AND FIFTY-TWO CASES OF SALIVARY TUMOR FROM ZHANJIANG CITY
     湛江市552例涎腺肿瘤临床病理分析
短句来源
     Ecological Environment Analysis and Assessment of the Present State of Pollution in Zhanjiang Harbor and Leizhou Bay
     湛江港和雷州湾的生态环境分析与污染现状评价
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     Seasonal Fluctuation of Chigger mite in ZhanJiang
     湛江市恙螨季节消长调查研究
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     Thermal resource distribution law of Zhanjiang thermal field
     湛江地热田热储分布规律
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  zhanjiang city
     Investigation and Analysis of Zn,Fe,Ca in Infants Hair in Zhanjiang City from 1990 to 1999
     1990~1999年湛江市婴幼儿发中Zn、Fe、Ca含量的调查分析
短句来源
     The paper gives the conception of regional coordinating development, takes Zhanjiang city for example, analyses condition、problems and action in regional coordinating development, discusses the coordination content of Zhanjiang and relative regions, brings forward regional coordination mechanism from fashion, organizational and work program.
     文章对区域协调发展的概念进行了界定,并以湛江市为例,分析了其区域协调发展的宏观环境、存在的问题以及在区域发展中发挥的作用,探讨了湛江市与周边及相关地区的协调内容,从区域协调方式、协调组织的程序以及协调工作的基本程序方面提出了区域协调机制。
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     Survey of disinfection results in medical institutions of Zhanjiang City in 2003~2005
     湛江市2003~2005年医疗机构消毒效果调查
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     Survey of serum Pb of 1177 children aged 1~7 years old in Zhanjiang city
     湛江市区1177名1~7岁儿童血铅水平调查
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     Results in monitring of iodine containing salt in Zhanjiang City in 2002~2005
     湛江市2002~2005年碘盐监测结果分析
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  zhanjiang region
     Determination of Hair Zn,Ca,Cu and Fe of 612 Healthy Children in Zhanjiang Region
     湛江地区612例健康儿童头发锌、钙、铜、铁元素测定
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     An Investigation and Analysis of Effect of 9615-Typhoon on Sugarcane in Zhanjiang Region
     9615号台风后湛江市甘蔗受灾受害调查分析
短句来源
     Results from whistler observation over Zhanjiang Region (Mag. Lat. 9.8#N), Kwang-tung, China, in winter, 1980 and in winter, 1981 are described.
     本文介绍了1980年冬和1981年冬在广东省湛江地区(磁纬9.8°N)观测哨声的结果。
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     The important issue of economic development in Zhanjiang region is industrialization.
     工业化一直是湛江经济发展的重要问题。
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     Industrialization and Selectivity Scheme of Mainstay Industry in Zhanjiang Region
     湛江工业化与工业支柱产业的选择
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  “湛江”译为未确定词的双语例句
     Light and electron microscopic observations on Microsporidium zhanjiangensis sp. nov. and pleistophora priacanthusis (Hua 1981), Hua & Dong, 1983. (Microsporida)
     湛江微孢虫(新种)Microsporidium zhanjiangensis sp. nov和大眼鲷匹里虫Pleistophora priacanthusis(Hua,1981)Hua & Dong 1983的光镜与电镜观察
短句来源
     ZJ92/126, C25, ZJ93/159, GT93/103, FN93/3608, YT92/373 and CN85/78 were inferior varieties in the trial. 
     表现一般的品种有湛江92/126、C25、湛江93/159、桂糖93/103、福农93/3608、粤糖92/373和川宁85/78。
短句来源
     the E7, E11, E21, E29, E47, and E48, in Zhan Jiang Region of Guangdong Province;
     厂东省湛江地区有E_7、E_(11)、E_(21)、E_(29)、E_(47)、E_(48)等种源;
短句来源
     The mean phytoplankton density was relatively high, 1.3 × 104cell/L and 7.3 ×105cell/L in the innerand outer harbour waters respectively.
     湛江港浮游植物密度较高,港内外平均达1.3×104cell/L和7.3×105cell/L。
短句来源
     Numerical Simulation of M_2 Tidal Constituent in the Sea Region Near
     湛江近海M_2分潮的数值模拟
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  zhanjiang
Evolution of the groundwater environment under a long-term exploitation in the coastal area near Zhanjiang, China
      
Aquifers consisting of unconsolidated sediments in the coastal area near Zhanjiang in southern China are grouped into the shallow, middle-deep and deep aquifer systems.
      
This phenomenon is quite unique in the coastal area near Zhanjiang.
      
At the same time, UPM-Kymmene's integrated pulp and paper project is going on in Zhanjiang, Guangdong Province.
      
In the first phase UPM-Kymmene will concentrate on forestry operations in Zhanjiang region.
      
  zhanjiang region
In the first phase UPM-Kymmene will concentrate on forestry operations in Zhanjiang region.
      


1. The deuterium contents of two,bittern samples obtained from Chiaochou Bay in Tsingtao Locality and Kwangchou Bay in Chenkiang Locality were determined by float method. Sp. gr. of Shantung sample is 1.240 (28.0?Be') and that of Kwangtung sample is 1.260 (29.7° Be′). A sample:from Yellow Sea was chosen .as a standard for comparison.All determinations were carried out after normalization of O18 in the sample, by means of CO2-NaHCO3 equilibrium method. In. experiments employing a stream-lined spindle-shaped float...

1. The deuterium contents of two,bittern samples obtained from Chiaochou Bay in Tsingtao Locality and Kwangchou Bay in Chenkiang Locality were determined by float method. Sp. gr. of Shantung sample is 1.240 (28.0?Be') and that of Kwangtung sample is 1.260 (29.7° Be′). A sample:from Yellow Sea was chosen .as a standard for comparison.All determinations were carried out after normalization of O18 in the sample, by means of CO2-NaHCO3 equilibrium method. In. experiments employing a stream-lined spindle-shaped float and setting the observation region of floating in the middle portion of liquid. column, therefore, a larger range of linear relation between temperature and velocity (rising or falling) of float is obtained, that is, temperature range is±0.33℃ and the velocity range is ±0.26 mm/sec.2.Determined results show that the density of Shantung bittern sample (28°Be′) is 4.208 r higher than that of standard sea water sample, that is, the D content of Shantung bittern is 0.0037 mole % D2O higher than that of the standard (Corresponding to 24.03% of D content of standard sea water sample), the density of K,wangtung bittern sample (29.7°Be′) is 6.250 r higher than that of the standard, that is, the D content of Kwangtung bittern is 0.0058 mole % D2O higher than that of the standard (Corresponding to 37.66% of D content of standard sea water sample). The max. experimental error is ±0.6 7.3.Comparing the determined results of these two samples from Shantung and Kwangtung we can see that the Kwangtung sample is more abundant in heavy water content (through °Be′ of two samples are not entirely the same, the density difference is still apparent). This agrees with the expected results caused by the evaporation difference which is due to the latitudinal difference between the two localities (Chenkiang situated at 21° north latitude and Tsingtao at 36° north latitude).4.The density difference between sample water and standard water shows that after solar evaporation of sea water and salting out of sodium chloride the D content in bittern is concentrated as expected. Thus, highly concentrated bittern may be used as raw material for production of heavy water--a valuable information for the comprehensive utilization of sea water and bittern.

1.我们用浮沉子法测定了胶州湾青岛地区及广州湾湛江地区盐田析盐后苦卤中重水的含量,山东苦卤此重为1.240相当于28.0°Bé,广东苦卤比重为1.260相当于29.7°Bé,并用黄海某区海水作为标准进行此较。所有测定都在用CO_2-NaHCO_3平衡法使氧同位素正常化以后进行的。实验中采用了流 线型梭把式浮沉子,并使浮沉子升降区观察范围设在液柱中部,获得了较大的浮沉子升降速度与温度间直线性关系的范围。温度范围±0.33°C。速度范围±0.26毫米/秒。 2.测定结果表明:山东苦卤(28°Bé)密度较标准海水高出4.208γ相当于0.0037克分子%D_2O,重水含量较标准海水高24.03%。广东苦卤(29.7°Bé)密度较标准海水高出6.250γ,相当于0.0058克分子%D_2O,重水含量较标准海水高37.66%。 3.比较广东与山东二份样品测定结果,可以看出广东苦卤中重水含量有更多富集(虽然二者°Bé不尽相同,但密度差仍旧是显著的)。这与湛江、青岛两地的纬度差异(湛江——北纬21°,青岛——北纬36°)而引起的蒸发差异所应导致的预期结果是一致的。 4.样品水与标准水的密...

1.我们用浮沉子法测定了胶州湾青岛地区及广州湾湛江地区盐田析盐后苦卤中重水的含量,山东苦卤此重为1.240相当于28.0°Bé,广东苦卤比重为1.260相当于29.7°Bé,并用黄海某区海水作为标准进行此较。所有测定都在用CO_2-NaHCO_3平衡法使氧同位素正常化以后进行的。实验中采用了流 线型梭把式浮沉子,并使浮沉子升降区观察范围设在液柱中部,获得了较大的浮沉子升降速度与温度间直线性关系的范围。温度范围±0.33°C。速度范围±0.26毫米/秒。 2.测定结果表明:山东苦卤(28°Bé)密度较标准海水高出4.208γ相当于0.0037克分子%D_2O,重水含量较标准海水高24.03%。广东苦卤(29.7°Bé)密度较标准海水高出6.250γ,相当于0.0058克分子%D_2O,重水含量较标准海水高37.66%。 3.比较广东与山东二份样品测定结果,可以看出广东苦卤中重水含量有更多富集(虽然二者°Bé不尽相同,但密度差仍旧是显著的)。这与湛江、青岛两地的纬度差异(湛江——北纬21°,青岛——北纬36°)而引起的蒸发差异所应导致的预期结果是一致的。 4.样品水与标准水的密度差证明海水经自然蒸发析出氯化钠以后,重水含量获得了预期的富集效果。高浓度的苦卤可以作为提取浓重水的原料,为海水卤水综合利用提供了有价值的资料。 本文在实验过程中曾?

Stomopteryx subsecivella Zell. is the most destructive pest of soya bean and peanutin Jankiang district, Kwangtung. The damage caused by this pest occurs every year invarious degrees. In years when the infection is serious, the leaves of the crops in thewhole field would roll up, shrivel up or even fall off. As a result, the production woulddecrease by 20--30%. Stomopteryx subsecivella is principally parasitic on soya bean (Glycine soja) andpeanut (Arachis hypogaea). Moreover, there are five other wild plants...

Stomopteryx subsecivella Zell. is the most destructive pest of soya bean and peanutin Jankiang district, Kwangtung. The damage caused by this pest occurs every year invarious degrees. In years when the infection is serious, the leaves of the crops in thewhole field would roll up, shrivel up or even fall off. As a result, the production woulddecrease by 20--30%. Stomopteryx subsecivella is principally parasitic on soya bean (Glycine soja) andpeanut (Arachis hypogaea). Moreover, there are five other wild plants which are itshosts. Stomopteryx subsecivella has ten generations a year. Its pupae, in overwintering,conceal themselves in the tendrils of the deposited autumn peanut and under the surfacesoil. The population of each generation increases or decreases according to the growthperiods of the crops, the sort of soil and the condition of irrigation. In addition to this,the population density of the preceding generation, atmospheric humidity, rainfall and theactivities of natural enemies (hymenpterous and dipterous parasites) would certainly haveeffects on its abundance. The time required for each generation varies in accordance with the temperature inits growth period. The higher the temperature, the shorter the time required. Thelongest time for a generation is fifty-six days (the first generation); the shortest istwenty-four days (the seventh generation). The parasitic natural enemies so far discovered represent four families and eightspecies.

花生须峭麦蛾Stomopteryx subsecivella Zell.是广东省湛江专区黄豆、花生的大害虫,猖獗年份常造成20-30%的减产损失。寄主植物除花生、黄豆、白豆、绿豆、黑豆、紫云英外,尚有决明、青葙、天泡果、刺苋及龙葵等。此虫在电白县每年发生10代,以蛹在冬收的秋花生藤蔓中及田间落叶遗藤中越冬。各世代历期,最长需时56天(第一代),最短24天(第七代),其余各代约30天左右。成虫对弱光的趋性强,平均每雌产卵32.8-59.0粒,未经交配者不能产卵。幼虫为害时将叶片缀成三种虫苞,其分布比例随作物的生长发育而异。 田间各世代虫害发生消长的因素,与秋花生藤蔓贮藏、作物早播迟播、土水肥管理、幼虫营养、降雨量和天敌等条件有密切关系,在文内进行了分析与讨论。

Carpospore-germlings of the marine alga Gracilariopsis sjstedtii (Kylin) Daw- son cultured at different temperatures in enriched sea water showed a maximum rate of growth at 25℃ (Tables 1--5, Fig.2). In addition, the germlings demonst- rated a marked ability to withstand temperature as high as 35℃. This distinct behaviour indicates that the sporelings of this species play an important role in with standing the high-temperature months in the biennial cycle of vegetative growth. Ecological observations confirm...

Carpospore-germlings of the marine alga Gracilariopsis sjstedtii (Kylin) Daw- son cultured at different temperatures in enriched sea water showed a maximum rate of growth at 25℃ (Tables 1--5, Fig.2). In addition, the germlings demonst- rated a marked ability to withstand temperature as high as 35℃. This distinct behaviour indicates that the sporelings of this species play an important role in with standing the high-temperature months in the biennial cycle of vegetative growth. Ecological observations confirm our assumption. According to our survey data, plant- lets about 1 cm in height do exist in the natural habitat at Zhan-jiang from July to September when the larger thalli are completely damaged. The most luxurious population of the sporelings appeared in April, May and June with an apparent diminution in the hottest months (from July through Septem- ber). At that time of the year, the vegetative growth almost entirely stopped. These dormancy-like plantets, however, grew anew and formed the plantlets of October and early November as the water temperature declines. They grew vigorously throughout the winter and attained the tallest growth in the following spring. Cutting experiments for the wild plant have been carried out in the field. The average growth rate obtained for the generative thalli (Table 6) was found to be 0.6 cm per day.

我们研究了不同温度对龙须菜果孢子萌发体生长的影响,发现25℃为萌发体的生长最适温度。此外,果孢子在35℃下仍能萌发及生长成盘状体,这表明在龙须菜的二年生的生长周期中,其幼株是起了抗高温的作用。自然生态方面的研究证明了这个推论。在湛江地区,水温最高的季节为7—9月份,该时,龙须菜的成长藻体已完全消失,但在自然海区仍可发现有长约1厘米左右的幼株存在。在湛江及其附近,自然海区中所出现的龙须菜的幼苗群落以4—6月份为最多。7—9月份则显著地减少,该时,藻体的营养生长几乎完全受到抑制。这些受抑制的幼株以后随着水温的降低而又能重新生长,并形成10月及11月初所见的幼株群落。这些幼株在冬季及翌年春旺盛地生长,长成长大的藻体。根据上述的试验及观察,我们认为人工采苗的季节可在3、4月份龙须菜的收获季节中进行,利用幼苗渡夏,集中管理,争取在水温降低时早日分散放养。在有条件的地区,可以考虑室内适温(20—25℃)育苗。从野外观察及人工割切试验,证明龙须菜藻体具有显著的再生能力。根据我们的初步割切试验(见表6),藻体的再生长速率为每日0.6厘米。因此,生产上可以考虑充分利用这种能力以得到一年较多次的收获。

 
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