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大增长
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  distinct increase
     NO_X has a distinct increase and HO_X reduces considerably from 0 ̄20 km. The latter distinctly reduces the decomposition of HCFC-22 in the region.
     在0~20km大气范围内,NO_X增加幅度最大,引起这一区域的O_3有较大增长,HO_X浓度有所降低使HCFC_S在该区域的分解速率大为降低;
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  “大增长”译为未确定词的双语例句
     The optimum concentration of CrCl_3 was 10μg/L, and the average length and height increase of larva shell was 50.8μ and 50.5μm.
     CrCl_3促进幼虫生长的最适浓度为10μg/L,幼虫平均壳长和壳高的最大增长分别为50.8μm和50.5μm;
短句来源
     The optimum concentration of FeCl_3 was 10μg/L, and the average length and height increase of larva shell was 43.6μm and 41.8μm.
     FeCl_3促进幼虫生长的最适浓度为10μg/L,幼虫平均壳长和壳高的最大增长分别为43.6μm和41.8μm;
短句来源
     The ranges of the biggest increasing rate of the vigor index among the seeds of different vigor levels were 21.9%~122.9% for weight of fresh bud, 55.7%~102.5% for weight of fresh root, 29.7%~65.7% for weight of dry bud, 51.4%~93.0% for weight of dry root, and -10.87%~21% for seed conductance rate?
     不同活力水平种子活力指数的最大增长幅度,芽鲜重为21.9% ̄122.9%、根鲜重55.7% ̄102.5%、芽干重29.7% ̄65.7%、根干重51.4% ̄93.0%。
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     The optimum concentration of MnCl_2 was 10μg/L, and the average length and height increase of larva shell was 41.5μ and 39.9μm.
     MnCl_2促进幼虫生长的最适浓度为80μg/L,幼虫平均壳长和壳高的最大增长分别为41.5μm和39.9μm。
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     The optimum concentration of ZnCl_2 was 10μg/L, and the average length and height increase of larva shell was 43.6μm and 44.1μm.
     ZnCl_2促进幼虫生长的最适浓度为20μg/L,幼虫平均壳长和壳高的最大增长分别为43.6μm和44.1μm;
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  相似匹配句对
     Disproportionate Increase & the Development of Western China
     非平衡增长与西部开发
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     THE EFFECT OF TEMPERATURE ON THE POPULATION GROWTH OF PINK RICE BORER SESAMIA INFERENS WALKER
     温度对螟种群增长的影响
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     A Big Cheater
     骗子
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     Big and Good Matter
     好事
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     Puzzling about Increasing
     增长的困惑
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  distinct increase
Studies of spectral distributions of photoconductivity and optical absorption showed that there is a distinct increase in photoconductivity if the level of doping with elements of the first group is as high as 0.015%.
      
Both compounds, however, produced a small, but distinct increase in the number of β1-adrenoceptors by approximately 26%.
      
Whereas metallic overlay films did not appreciably effect the angular resolution, a distinct increase in resolution due to high-frequency beam modulation has been observed which can be understood in terms of the thermal skin effect.
      
However, there was a distinct increase in host mortality with egg number, although most parasitoids emerged from hosts containing a single egg.
      
There is a distinct increase in CG flash rate during the rapid development stage of hailstorms.
      
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We have made a series of investigations on metamorphic Process of Spheroidal graphite (SG) during the heating of ductile Cast iron in vacuum with a high temperature microscope. We found that the better formed and compacted SG has a few line-type growth along the lines of grain boundaries or micro-defects before the matrix around SG is melted, along the side of SG the apparent black cell is formed, but its contour remains unchanged. The worse formed and scattered SG has a group of line-type growth. At the same...

We have made a series of investigations on metamorphic Process of Spheroidal graphite (SG) during the heating of ductile Cast iron in vacuum with a high temperature microscope. We found that the better formed and compacted SG has a few line-type growth along the lines of grain boundaries or micro-defects before the matrix around SG is melted, along the side of SG the apparent black cell is formed, but its contour remains unchanged. The worse formed and scattered SG has a group of line-type growth. At the same time, its volume also has a larger expansion at about 1000℃.

对球墨铸铁在真空下加热时球状石墨的变化过程进行了高温金相观察,发现在球状石墨周围基体熔化之前,圆整度较好的致密石墨球沿晶界或其周围的显微缺陷有少量线型生长,周围形成明显的黑环,而其外形基本保持不变。圆整度较差的松散石墨球则具有较大的线型生长,而且在1000℃左右开始体积也有较大的增长。 当石墨球周边的基体出现液相后,碳原子向熔体的扩散速度激增,石墨立即在熔体中开花,解体。过程进行甚快,在我们的观察条件下仅约三十秒钟。 对试样随炉冷却时石墨的再结晶过程也进行了观察,并进行了常温金相分析。但由于试样表面熔化而使金相磨面产生折皱,从而使对于再结晶过程观察的清晰度产生影响。因此我们用重熔一水淬试验补充了上述观察之不足。 试验结果表明解体的石墨具有多种形态,且大多起因于其周围基体的熔化,由于直接观察到了奥氏体熔化后石墨的解体过程,从而可以推断:大断面球铁中心部分出现畸变石墨的主要原因是由于奥氏体外壳在共晶主平台温度回升时发生重熔而引起的。

Based on the results of field experiments from 1977 to 1981, ten physiological parameters and cultural measures for soybean plants producing a yield of 450 jin per mu were discussed in the paper. These parameters are as follows: the maximum leaf area index (LAI) at the period of pod setting ranges from 4.23 to 6.70, with the optimum level being at 5-6. The duration when LAI is greater than 4 lasts for 40 days or so. The average net photo-synthetic rate of soybean plants is about 4 grams C02/m2 leaf area.day,...

Based on the results of field experiments from 1977 to 1981, ten physiological parameters and cultural measures for soybean plants producing a yield of 450 jin per mu were discussed in the paper. These parameters are as follows: the maximum leaf area index (LAI) at the period of pod setting ranges from 4.23 to 6.70, with the optimum level being at 5-6. The duration when LAI is greater than 4 lasts for 40 days or so. The average net photo-synthetic rate of soybean plants is about 4 grams C02/m2 leaf area.day, which is not significantly correlated with the seed yield. The total photosyn-thetic potential covers a wide range of about 140000 to 220000m2.day. The yield of biological yield should be above 1500 jin per mu, while the harvest index no less than 30%. The average increase in biological yield per day is 11.54 jin, the maximum of which should reach 23.08 jin. The population of soybean plants per mu needs 3750 jin of CO2 in assimilation, absorbs 506 tons of water, 37.31 jin of N, 7.38 jin of P2O3 and 16.74 jin of K2O. The utilization efficiency of light energy should not be less than 0.8% (The utilization coefficient of physiological radiation should not be less than 1.63%). In Heilongjiang, Jilin and Liaoning provinces, a yield of 450 jin per mu can be regarded as a high-yielding level which is universally attainable. The cultural measures which should be taken note of are: determination of proper planting density, establishment of rational population structure, application of organic manure, calcium superphosphate and a small quantity of nitrogen fertilizer as well as irrigation when the soil is dry.

本文根据1977—1981年田间试验结果提出了大豆亩产450斤的10项生理参数并简要涉及了几项基本栽培措施。讨论了亩产450斤的大豆群体的叶面积指数动态和最大叶面积指数,平均净光合率、总光合势,生物产量、器官平衡和经济系数、生物产量的日增长量和最大增长量、CO_2同化量、需水量、土壤NPK带出量、光能利用率。大豆亩产450斤是目前黑、吉、辽大豆主产区可以普及的高产指标。要实现这一指标,必须注意种植密度,建立合理的群体结构,施用有机肥、过磷酸钙,还要适量地施用氮肥,在干旱时则要灌水。

Imports of textiles by the developed countries in the past few years have grown faster than their exports, and textiles exports by Third World countries and regions have developed rapidly. The tendency is for the pace and proportion of synthetic fiber exports to exceed those of natural fibers, and exports of finished products such as garments, knitwear and cotton knitted goods to develop faster than those of raw materials and semi-finished products such as yarn, thread and piece goods.If China's textile exports...

Imports of textiles by the developed countries in the past few years have grown faster than their exports, and textiles exports by Third World countries and regions have developed rapidly. The tendency is for the pace and proportion of synthetic fiber exports to exceed those of natural fibers, and exports of finished products such as garments, knitwear and cotton knitted goods to develop faster than those of raw materials and semi-finished products such as yarn, thread and piece goods.If China's textile exports are to register a fairly rapid growth, it is necessary to change the structure of textile manufactuirng and exports and to increase the variety and improve the quality of the products. While consolidating the export of cotton textiles, exports of silk textiles, knitwear, woolen goods and cotton knitted goods should be developed.

当前世界纺织品贸易的特点是第一、二世界在世界纺织品进出口贸易中所占比重最大,约占80%左右。但值得注意的是,近年来发达国家纺织品进口发展速度快于出口发展速度,而且有些国家的纺织品进出口逆差越来越大。第三世界国家和地区的纺织品出口发展很快。亚洲一些国家和地区的纺织品出口额逐年增加。今后的趋势是化学纤维发展速度和比重将进一步超过天然纤维。服装、针、棉织品等制成品出口快于原料和纱、线、匹头等半成品出口的发展速度。我国的纺织品出口从六十年代中期开始逐年增加,特别是粉碎“四人帮”后,由于纺织工业的发展和资源充足,我纺织品出口增长速度较快。但天然纤维织品多,化学纤维织品少;原料和半成品多,服装等成品较少;大路货、中低档货多,花色货中高档货少。为使我国纺织品出口有较大增长,必须改变纺织品生产和出口结构,增加花色品种,提高质量。在巩固棉纺织品出口的基础上,发展丝绸制品、化纤织物和针棉毛织品出口。

 
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