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- 与 g 相关的网络例句 [注:此内容来源于网络,仅供参考]
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No interference was found with conventional drugs, except vancomycin and methylprednisolone. The average concentrations of phenacetin and paracetarnol were (5.94 ± 4.79) and (8.81 ± 2.91)μg/mL in serum,(3.25 ± 1.10) and (570.45 ± 187.13)μg/mL in urine in the 13 healthy volunteers.
除万古霉素和甲泼尼龙外,其他临床常用药物对测定无干扰。13名健康受试者血清中非那西丁和总对乙酰氨基酚浓度为(5.94±4.79)和(8.81±2.91)μg/mL;尿液中非那西丁和总对乙酰氨基酚浓度为(3.25±1.10)和(570.45±187.13)μg/mL。
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The result showed that the optimal condition of inorgano-absorbent manufacture as following: concentration of vitriol is 15%, the bentonite carrier must be soaked in the 0.4% La(superscript 3+) solution, the pH is 10, microwave radiation power is 340 W for 5 min. The optimal condition of organo-absorbent manufacture process as following: concentration of CTMA is 5%. The rate of wave must 166 W and the time of radiation is 6 mi In addition, the experimental results showed that with inorgano-absorbent the pH number is 3~6 and the reaction time is 45 min, the removal efficiency of phosphor will be up to 99% and the amount of adsorption will be up to 41 mg/g. And with organo-absorbent the pH number is 3~4 and the reaction time is 45 min, the removal efficiency of phosphor is more 30% than that of inorgano-absorbent. The removal efficiency of phosphor will be up to 99% and the number of adsorption will be up to 60 mg/g.
实验表明:①制备无机稀土吸附剂的适宜条件为:硫酸浓度15%,镧浓度0.4%,浸渍pH值10,微波功率340 W,辐射时间为5 min;②制备有机稀土吸附剂的适宜条件为:表面活性剂浸泡浓度为5%,微波功率为166 W,微波辐射时间为6 min;③无机稀土吸附剂当溶液的pH值为3~6,振荡时间为45 min时,对磷去除率为99%以上,吸附量达到了41 mg/g以上,有机稀土吸附剂当溶液的pH为3~4,振荡时间为45 min时,其效果比原来镧改性的无机吸附剂吸附量提高了30%,磷去除率为99%以上,吸附量达到了60 mg/g以上。
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The results indicated that the area of SOC increase after 20 years was 621.3 km2 and the increase was 0~5 g/kg and 5~10 g/kg, but that of decrease was 38.4 km2 .The areas of SOC changes in soils derived from phyllite, granite, red sandstone, Quaternary red clay and purple shale were 361.7 km2, 144.7 km2, 76.5 km2, 48.7 km2 and 27.8 km2, respectively. The areas of SOC changes in soils with elevations below 300 m, 300~500m, 500~800m and above 800 m were 358.9 km2, 200.2 km2, 62.9 km2 and 28.0 km2, respectively.
结果表明, 20 a来,兴国县农田土壤中土壤有机碳增加的面积为621.3 km2,减少的面积为38.4 km2,增幅主要在0~5 g/kg和5~10 g/kg;千枚岩、花岗岩、红砂岩、第四纪红粘土和紫色砂页岩发育的土壤中有机碳变化量分布的面积分别为361.7 km2、 144.7 km2、 76.5 km2、 48.7 km2和18.0 km2,海拔在300 m以下、 300~500 m、 500~800 m和800 m以上的土壤中有机碳变化量分布的面积分别为358.9 km2、 200.2 km2、 62.9 km2、 28.0 km2。
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Shenyang Research Institute of Chemical Industry, Shenyang 110021, China Abstract: Spectrophotometric analysis showed that the peak absorbance for food dye of Allura Red and biological dye of Ponceau-G occurred at 501 and 510 nm. In sunlight after 2, 4, 6, 8, 10 hours, the decomposition rates of Allura Red and Ponceau G were between 2.4 to 5.8% and 3.4 to 10.8%, so they are stable in sunlight. The recovery rates on cottons and glasses were very high, so they are easily recoveried from targets. Further studies showed that the recovery rates of two dyes on the leaves of wheat, cabbage, cucumber and tomato were different, so it need previously determine the recovery rate of tracer on the target crop to adjust the result. Field experiment showed it was easy to measure the pesticide spray distribution of high volume spay and low volume spray to use Allura Red and Ponceau-G as tracers.
沈阳化工研究院,沈阳 110021 摘要:光谱分析表明,食品染色剂诱惑红和生物染色剂丽春红-G的最大吸收波长分别为501 nm和510 nm ;在连续2、4、6、8、10 h阳光照射下,分解率分别在2.4%~5.8%和3.4%~10.8%之间,见光稳定性良好;两种染色剂在棉花叶片和玻璃片上的洗脱回收率都很高,说明易于从靶标上洗脱下来;进一步测定表明,两种染色剂在小麦、甘蓝、黄瓜、番茄叶片上的洗脱回收率各不相同,所以对准备进行测试的作物应先做一次洗脱回收率试验,用以校正测试结果;田间应用表明,用两种染色剂做示踪剂,可以方便地测定常量喷雾和低容量喷雾过程中农药在麦田的沉积分布情况。
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Addition of 3μg/ml CB to CM containing 0.625μg/ml CHX increased the proportion of oocytes with two pronuclei (38. 9% vs 15. 1%, P<0.05) and developed into morulae/blastocysts (40.7% vs 26. 8%, P<0.05), but did not affect the percentage of oocytes cleaved and total pronucleus rate.
如果在含有0.625μg/ml CHX中添加3μg/ml CB,可明显提高双原核的形成率(38.9%vs 15.1%,P<0.05)和桑椹胚/囊胚发育率(40.7%vs 26.8%,P<0.05),但对其激活分裂率和总原核形成率无明显影响(P>0.05)。
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The results showed that organic blend acids preparation improved average daily gain and decreased feed gain ratio,and the effect in the group added 5 g/kg was better;pH in proventriculus decreased along with the increase of organic blend acids preparation added in the basal diet and was relatively stable...
结果表明,饲料中添加有机复合酸化剂能够提高艾维因肉仔鸡日增重、降低料重比,而且以5 g/kg添加组效果最好;其腺胃内pH随有机复合酸化剂浓度的增加而降低,但到第5 d各组达到了相对稳定;饲料中蛋白质的消化率以15 g/kg添加组效果最好,干物质、总能和植酸磷的消化率以5 g/kg添加组最高。
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To verify the performance of MCBA, we study two cases. The first case is a G/G/1 queuing problem with the optimal parameter setting difficult to determine. The second case has an additional binary decision variable representing two different dispatching rules. Compared with the results of Optimal Computing Budget Allocation, the proposed approach is observed to achieve higher probability of correct selection under the same simulation cost.
为了验证我们方法,我们用了两个例子,第一个例子是在G/G/1系统搜寻一组难以找到最佳参数的例子,第二个例子则是延续第一个例子,额外加进了另一个二元因子,代表不同的派工法则,跟另一个方法OCBA比较后,可以发现我们的方法能够获得较高的正确选择机率,在相同的模拟资源下。
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Results the optimized culture conditions as follows: 10 g/l glucose, 10 g/l yeast extract powder, alcohol=10 %, ph 5.5 , culture 5 d quiescently with 50 ml medium in 500 ml flask.
结果优化培养条件为:葡萄糖10 g/l,酵母膏10 g/l,乙醇10%,ph 5.5,装量50 ml/500 ml,静置培养5 d。
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Every group G has a normal subgroup N such that the quotient group G/N is a simple group.
任何群G都存在正规子群N使得G/N是单群。
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Let G be a finite group, ZG its integral group ring and Δ~n the nth power of the augmentation ideal Δ, denote Q_n=Δ~n/Δ~ n+1 the augmentation quotient group s of G.
对任意有限群G的整群环ZG,设Δn是ZG的n次增广理想,记Qn=Δn/Δn+1为G的增广商群。
- 相关中文对照歌词
- G-A-N-G-S-T-E-R
- G.A.N.G Up (Grind And Never Give Up)
- The Night G.G. Allin Came To Town
- F.C.P.S.I.T.S.G.E.P.G.E.P.G.E.P.
- E.G.G. (Everybody Gone Gangsta)
- G.A.N.G. !@#$%
- G.W.T.G.G.
- N.I.G.G.A.S.
- N.I.G.G.E.R. (The Slave And The Master)
- Keep It G.A.N.G.S.T.A.
- 推荐网络例句
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Do you know, i need you to come back
你知道吗,我需要你回来
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Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.
1〕 杨银书,王祥生,李德昌。安徽省首次发现嗜群血蜱。
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Chapter Three: Type classification of DE structure in Sino-Tibetan languages.
第三章汉藏语&的&字结构的类型划分。