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液化条件
相关语句
  liquefaction condition
     The optimal liquefaction condition were: the substrate concentration 12.3g/100mL, temperature 90℃, pH6.5, enzyme 10U/g, time 2h;
     对原料进行双酶水解,通过单因子试验及正交试验确定了最佳液化条件为:醇沉物浓度12.3g/100mL,温度90℃,pH6.5,加酶量为10U/g,液化时间2h;
短句来源
     Effective stress analysis for the effects of liquefaction condition on ground motions
     液化条件对地表动力响应影响的有效应力动力分析
短句来源
     ANALYSIS OF REASONS FOR ALLEVIATION ON DIFFICULTY OF COVALENT BOND RUPTURE UNDER LIQUEFACTION CONDITION
     液化条件下煤中共价键断裂难度降低原因分析
短句来源
  liquefying conditions
     Angel super dry yeast was used in high gravity fermentation of alcohol with corn and cassava as raw materials and the optimal technical conditions were as follows: ①liquefying conditions:10~20 u/g high temperature resistant α-amylase, 30 min moistening of raw materials at 60~70 ℃ and 90min liquefaction at 90~95 ℃;
     采用安琪超级酿酒干酵母,以玉米、木薯为原料的酒精浓醪发酵,最佳工艺条件为:①液化条件:耐高温α-淀粉酶10~20u g/,60~70℃润料30m in,90~95℃液化90 min;
短句来源
     Preliminary Study on Liquefying Conditions in Ethanol Production from Early Indica Rice
     早籼米酒精发酵的液化条件初探
短句来源
     The liquefying conditions in starch hydrolysed into sugar for ethanol production from indica rice were studied.
     针对早籼米酒精发酵中原料淀粉水解为还原糖的液化条件进行了初步的研究。
短句来源
     The experimental results showed the liquefying conditions had great effect on transformable efficiency and the optimum liquefying conditions were composed of 1∶3.5 of rice flour to water ratio, 50 U/g rice of α amylase amount, and 100 mesh of mash size.
     结果表明 ,液化条件对早籼米中淀粉转化为还原糖的转化率有较大影响。 最佳的液化条件为 :料水质量比为 1∶ 3.5 ,液化酶加量为 5 0 U/ g米粉 ,粉碎度为10 0目
短句来源
  “液化条件”译为未确定词的双语例句
     The best conditions are α-amylase 4μ/g, 85℃, pH 6.0, 15minutes.
     最佳液化条件是:α-淀粉酶用量4μ/g,温度85℃,pH值6.0,时间15分钟。
短句来源
     The best liquidation condition is 95 ℃ pH 6.0, α amylase 0.1%, enzymolysis time of 1 h.
     液化条件 :液化温度 95℃ ,pH 6.0 ,α 淀粉酶添加量 0 .1 % ,酶解时间 60min ;
短句来源
     If the concentration of corn starch used in the test was 13. 0% (W/V) ,the yield of L-lactic acid averaged 9. 41g/100ml in a 3M ̄3 fermented after 7 batch with 79. 55 g of L-lactic acid obtained from per 100g sugar.
     探讨了不同碳源、氮源、底物浓度、液化条件、通气量、种龄对L-乳酸生成的影响,在3M3发酵罐中,当玉米淀粉投料浓度为13%时,7罐平均产L-乳酸9.41g/100ml,对糖转化率79.55%。
短句来源
     The suitable temperature and the reaction time were among 130-180℃ and 60-90 min, respectively. The optimum ratio of material/solvent and the catalyst/solvent were among 20%-40% and 2.5%-4.5%, respectively.
     在此基础上,进行了各参数的单因素试验,根据各液化条件与液化得率之间的关系,确定了秸秆液化的较适宜工艺参数范围:液化温度130~180℃、物料量20%~40%、催化剂量2.5%~4.5%以及液化时间60~90 min。
短句来源
     Orthogonal experiments show that the optimum technology parameters are the enzyme treatment time of 96 min, the pH value of 6.5, the temperature of 95℃ and the amount of enzyme and starch of 15 u/g.
     正交试验结果表明 ,淀粉液化条件为 :液化温度 95℃ ,p H6.5,淀粉酶用量 1 5u/g淀粉 ,时间 96min。
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In this paper an analysis of the criteria for evaluating soil liquefaction potential i. e., criteria of limit equilibrium and initial liquefaction is given,and it is pointed out that they are two qualitatively different limits and the latter is better with respect to liquefaction criteria.Since there are some main defects in the current stress analysis method for evaluating soil liquefaction potential, the energy analysis procedure is proposed and its simplified method is also given here in order to have a simple...

In this paper an analysis of the criteria for evaluating soil liquefaction potential i. e., criteria of limit equilibrium and initial liquefaction is given,and it is pointed out that they are two qualitatively different limits and the latter is better with respect to liquefaction criteria.Since there are some main defects in the current stress analysis method for evaluating soil liquefaction potential, the energy analysis procedure is proposed and its simplified method is also given here in order to have a simple rapid evaluation.Finally, the delineation of boundary between zones of liquefaction and no liquefaction in the Niigata earthquake of June 16,1964,is determined by the simplified method of energy analysis. It may be seen that the boundary determined in this way is in reasonably good agreement with the boundaries determined by Kishda and Koizumi on the basis of field observation and Seed's simplified procedure.

本文简要地分析了判断土体液化势的标准,即极限平衡条件和液化条件。并指出它们是不同性质的两个界限,就液化而言应以后者为宜。鉴于目前判断土体液化势的应力分析法存在着某些缺点,故提出了能量分析法。同时为简便起见给出了能量分析的简便法。最后,根据能量分析的简便法确定了1964年6月16日日本新泻(Niigata)地震时,产生液化的重灾区与无液化轻灾区的分界线。显然所得的结果与岸田(Kishida) 、贝国(Koizumi)现场调查的分界线以及西特(Seed)简便法分析的结果相当吻合。

A sample of run-of-mine coal from Tong-Jia-Liang field of Datong city in Shanxi Province was used as a feed material of the coal-liquefaction. The experiments were carried out in a 23ml. micro-autoclave designed by ourselves. Coal-liquefied reaction was studied under following conditions. 1. anthracene oil was used as the solvent; 2. without any catalyst; 3. temperature range; 390—450℃; 4. initial hydrogen pressure: 40-100kg/cm~2; 5. reaction lime: 10-120 min. The maximum yield of coal liquefaction was relatively...

A sample of run-of-mine coal from Tong-Jia-Liang field of Datong city in Shanxi Province was used as a feed material of the coal-liquefaction. The experiments were carried out in a 23ml. micro-autoclave designed by ourselves. Coal-liquefied reaction was studied under following conditions. 1. anthracene oil was used as the solvent; 2. without any catalyst; 3. temperature range; 390—450℃; 4. initial hydrogen pressure: 40-100kg/cm~2; 5. reaction lime: 10-120 min. The maximum yield of coal liquefaction was relatively low, about 60% (dmmf).

用山西省大同市同家梁原煤为煤液化原料,本试验是在自己设计的23ml微型高压釜中进行。煤液化条件为:①用葸油为溶剂,②不用催化剂,③反应温度390—450[℃],④氢气初始压力40—100[公斤/厘米~2],反应时间10—120[分]。最高煤的液化率是比较低的,约为60%(无水无灰基)。

At present, there is no unifiel Princille and standard in classification of soils,Therefore it is often happens that the same soil can take different names because of different methods of division, especially for the light-clay-loam or silty-loam. It conteins less clay-grains contsnt and the index of plasticity is not very close and there is also the problems of the measuring method used.it is more difficult to define the names of such soils. In this paper according to problems mentioned above and the discussions...

At present, there is no unifiel Princille and standard in classification of soils,Therefore it is often happens that the same soil can take different names because of different methods of division, especially for the light-clay-loam or silty-loam. It conteins less clay-grains contsnt and the index of plasticity is not very close and there is also the problems of the measuring method used.it is more difficult to define the names of such soils. In this paper according to problems mentioned above and the discussions on liquidation on some project sites of Tienjing city.we compared grain-size analysis tests with the Sampling test of plastic soils so that a correct method of classification can be found and then proposals are offerecl for the boundary value for dividing sand from clay and for the engineering classification and difinition of silt and light-clay-loam.

目前,由于土的分类体系的原则和标准不尽相同,以致会遇到同一种土按不同指标划分得到两种名称,尤其是对粘粒含量较少的轻亚粘土或粉砂土。由于测试方法等原因其粘粒含量和塑性指数相关关系不密切,准确定名较困难。本文针对上述情况,结合天津某区场地发生液化的条件,进行了颗粒分析和塑性试验对比,探求正确的分类方法,从而提出砂与粘土的界限值及粉砂与轻亚粘土工程分类定名的建议。

 
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