查询词典 AM

The non-desorbing fractions dominated the total residues of acenaphthene, and AM promoted the transformation between acenaphthene forms. The desorbing fractions and non-desorbing fractions of acenaphthene were 17.0%-37.8% and 5.4%-26.6% lower than the control, while the bound residual was 12.2%-89.5% higher than the control.

有机溶剂提取态是土壤中危残留的主要部分，AM作用促进了苊各形态之间的转化；接种AM后土壤1、2中范可脱附态和有机溶剂提取态残留量分别比对照降低了17.0%~37.8％和5.4%~26.6%，而结合态残留量比对照增加了

With sod culture in orchards as background and the native arbuscular mycorrhizal fungi in orchard soil as target, the influences of Stylosanthes gracilis, Ageratum conyzoides and Paspalum notatum on the growth and community structure of AM fungi were investigated.

以果园生草栽培为背景，果园土壤中土著AM真菌为研究对象，考察了柱花草、百喜草和藿香蓟对与之根系共生的AM真菌的生长与群落结构的影响。

The results indicated that both weight and mechanical property of resins decreased by environmental complex fungouds,the weight losses of sheets of gels in 60d were 9.41%、20.65% and 18.60%,the deformation ratios of sheets of gels were 23.5%,25.1% and 26.4% respectively. Mono-germ and mono-fungus tests showed obvious growth of fungoids on the surface of SA/NaAA/AM and SA/NaAA/PVA gels,and slight growth on the surface of SA/NaAA gel.

研究结果发现，环境混合霉菌降低了海藻酸钠复合吸水树脂的质量和力学性能，60d试片失重率依次为9.41%、20.65%和18.60%，试片的破坏形变百分率下降依次是23.5%、25.1%和26.4%；单一细菌和真菌降解实验显示，菌群在含有AM和PVA的SA/AA/AM和SA/AA/PVA凝胶中呈现中度或深度生长状态，在SA/AA凝胶表面呈现轻度生长。

In this article,chiral topological index was obtained by extending Am index devised by our laboratory.

我们对 Am指数进行了扩展，得到 e Am指数，并将其应用于手性分子的结构-活性相关研究。

Results showed that the root colonization rate of S. gracilis (62.2%) was higher than that of A. conyzoides (36.5%) and P.notatum (37.3%).The arbuscule percentage showed a similar pattern. Although the biomass and P content in the shoots of the three grass species were comparable, P content in S. gracilis roots was higher than that in A. conyzoides and P. notatum roots. The species richness and hyphal density in the rhizosphere soil of S. gracilis plants were less than those of A. conyzoides and P. notatum plants, while the spore density was highest for A. conyzoides and lowest for P. notatum. Diversity index of the native AM fungi in the rhizosphere soil of P. notatum plants was slightly higher than those of S. gracilis and A. conyzoides plants. PCRDGGE analysis was consistent with the morphological results.

结果表明，柱花草根系的侵染率(62.2%)显著高于百喜草(36.5%)和藿香蓟(37.3%)，丛枝率有相似的趋势；3种草地上部的生物量和含磷量没有差异，但是柱花草根系含磷量显著高于百喜草和藿香蓟；柱花草根际土壤中AM真菌的菌种丰度和菌丝密度均小于百喜草和藿香蓟，但是孢子密度大于藿香蓟而小于百喜草；藿香蓟根际土著AM真菌群落的多样性指数略高于柱花草和百喜草；PCR-DGGE分析结果与之吻合。

The extraction equilibrium constants of Nd , Eu , Am in the system of seven monoacidic organophosphorus compounds dodecane 1. 0mol/l NO〓are reported. The dependency of the extractability on the PO〓function group、bonding charactor、metallic ion species and the structure of substitute has been examined.

给出了七个烷基磷酸的正十二烷熔液从1.0mol／lNO〓水溶液中萃取Nd、Eu、Am的平衡分配常数Kex，考察了萃取剂PO〓官能团、萃合物成键特性、金属离子及取代基结构与萃取性能间的关系，发现了：（1）可运用取代基自由能加和模型预测辛基膦酸辛基酯对La、Eu、Nd、Am等三价离子的平衡分配数据。

By the inverse microemulsion polymerization,(NH4)2S2O8-Na2SO3 as initiators,with the polymerization systems of the liquid paraffine/Span80-Tween60/AM-H2O-NaAc or the liquid paraffine/Span80-Tween60/AM- DMDAAC-H2O-NaAc, non-ionic PAM and the cationic copolymer P have been synthesized respectively.

采用反相微乳液聚合法，(NH4)2S2O8-Na2SO3为引发剂，液体石蜡/Span80-Tween60/AM-H2O-NaAc和液体石蜡/ Span80-Tween60/AM-DMDAAC-H2O-NaAc为聚合体系，分别制备了PAM和P。

The photophysical properties of Py-Am under high pressure In PMMA film, Py-Am showed two emission states.

三。Py-Am的高压光物理性质：在PMMA固溶体膜中，Py-Am显示两种形态的发光。

I am GOD'S CHILD 悲伤的声音在背後留下爪痕 I can't hang out this world 这样的回忆到哪儿都无栖身之处=== Gekkou I am GOD'S CHILD kono fuhai shita sekai ni otosareta How do I live on such a field konna mono no tame ni umaretanjanai toppuu ni umoreru ashidori taoresou ni naru no wo kono kusari ga yurusanai kokoro wo akewatashita mama de anata no kankaku dake ga chirabatte watashi wa mada jouzu ni katazukerarezu ni I am GOD'S CHILD kono fuhai shita sekai ni otosareta How do I live on such a field konna mono no tame ni umaretanjanai "riyuu" wo motto shaberitsuzukete watashi ga nemureru made kikanai kusuri bakari korogatteru kedo koko ni koe mo nai noni ittai nani wo shinjireba?

不是为了如此而诞生在这个世上的埋没在强风中的步伐尽管就快不支倒下但这个枷锁却不允许将心敞开交付於你唯独你的感觉却还散乱着我却还无法将它好好整理 I am GOD'S CHILD 堕落在这个已腐败的世界里 How do I live on such a field？不是为了如此而诞生在这个世上的继续诉说你更多的「理由」直到我入睡为止虽然遍地都是无效的药这里却连声音也没有那到底要相信什麽呢？

I am GOD'S CHILD 悲伤的声音在背後留下爪痕 I can't hang out this world 这样的回忆到哪儿都无栖身之处=== Gekkou I am GOD'S CHILD kono fuhai shita sekai ni otosareta How do I live on such a field konna mono no tame ni umaretanjanai toppuu ni umoreru ashidori taoresou ni naru no wo kono kusari ga yurusanai kokoro wo akewatashita mama de anata no kankaku dake ga chirabatte watashi wa mada jouzu ni katazukerarezu ni I am GOD'S CHILD kono fuhai shita sekai ni otosareta How do I live on such a field konna mono no tame ni umaretanjanai "riyuu" wo motto shaberitsuzukete watashi ga nemureru made kikanai kusuri bakari korogatteru kedo koko ni koe mo nai noni ittai nani wo shinjireba?

不是为了如此而诞生在这个世上的埋没在强风中的步伐虽然就快不支倒下但这个枷锁却不允许将心敞开交付於你唯独你的感觉却还散乱着我却还无法将它好好整理 I am GOD'S CHILD 堕落在这个已腐败的世界里 How do I live on such a field？不是为了如此而诞生在这个世上的继续诉说你更多的「理由」直到我入睡为止虽然遍地都是无效的药这里却连声音也没有那到底要相信什麽呢？

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。