累积量

The concentration of major and heavy metals in the solution was determined.

研究表明，在每个pH值条件下，在滴定最初阶段，累积的消耗酸量迅速增加，随着溶液中离子浓度的增加，酸的消耗速度逐渐下降，在20 h左右，飞灰的中和反应趋于稳定。

Damage checking. To prove the load spectrum testing and research is correct, our load spectrum and AAR wagon load spectrum which 90.7 tons of high-sided wagon linear is transformed to 70 tons, the accumulated fatigue damage amount were compared under the same mileage.

损伤检验。为了证明本次载荷谱测试与研究的正确性，将实测和统计推断后的载荷谱，与AAR标准90.7吨高边敞车线性转化到70吨的载荷谱，在相同里程下疲劳累积损伤量，进行了比较。

The marine pollution will first create the marine life the death, the cause fishery and the aquatic product fish breeding and poultry raising reduction harvest yield, will have the menstruation and the heavy metal in the locking sea area accumulates in the biology, to human health and life threat.

海洋污染首先会造成海洋生物的死亡，致使渔业及水产养殖业减少收获量，在关锁性海域产生红潮及重金属累积於生物，对人类健康及生命威胁。

With the extend of planting areas ,cucumber wilt become a severe disease all over the world to affect badly output and quality of cucumber. The output reduction in cucumber gives amount to 35%～50% every year because of the occurrence of the disease.

随着栽培面积的不断扩大，尤其是保护地温室和塑料大棚等黄瓜的大面积发展，土壤含菌量逐年累积，致使黄瓜枯萎病的发生日趋严重，每年因为枯萎病的发生造成的黄瓜减产率高达35%～50%。

The fundamental feature of this procedure is the modified relationship of stress and strain by residual shear strain potential and residual volumetric strain potential in dynamic time-history analysis. In the meanwhile, the effect of the residual dynamic pore water pressure on the maximum shear modulus is considered.

该方法在动力时程分析中重点考虑了逐渐累积的残余剪应变和残余体应变对应力应变关系的软化效应，同时考虑了各时段残余振动孔压引起的最大动剪切模量的衰减效应。

VA mycorrhizae could enhance plant dry weight and improve plant P concentration, as well as increase the resistance to drought and water utilization efficiency under water stress and normal water supply at the same P application level.

在水分胁迫和正常供水条件下，施磷量相同，接种菌根组的地上和根系生物量干重显著高於不接种组，干物质累积增加，减轻水分胁迫对植株生长的抑制程度，改善了植株体内磷素养分状况，提高了白三叶对土壤磷的有效利用及水分利用率。

Temperature and solar radiation were less favorable during the whole growing period of taro leaf when transplanting in July to September. The corm dry weight at harvest CDW(subscript HV was linear related to maximum value of LAI LAI(subscript x and cumulative LAI reached 4000℃(CLAI4000). One unit change in LAI resulted in a change of 68g in CDW. One unit change in CLAI4000 resulted in a change of 24g in CDW.

最大LAI值LAI(下標 x及温度总和达4000℃时之累积LAI(CLAI4000)对收穫球茎乾物重CDW(下標 HV之影响均呈极显著的直线关係，表示LAI增加速率及最大值愈大，球茎產量则愈高；当LAI提高1单位时，CDW可增加约68公克；当CLAI4000提高1单位时，CDW可增加约24公克。

Action research is adopted as the research method. Based on the difficulty faced while teaching music, this researcher feels that students in general lack the motivation to be creative. Eurhythmics, a favorite activity of students, is thus used as the main strategy to design teaching activities, with the aim to enhance the ability of improvisation. In addition, experimental teaching is adopted and the results presented by the researcher with a behavior observation record sheet and statistics, as well as audiovisual files of improvisation and musical diaries from the students. It is a combination of qualitative and quantitative research, whose results are presented as follows: 1. Designing the principle of a eurhythmics lesson: It starts from "listening" and applies elements of eurhythmics (force→space→time→relationship→locomotor →group formations) in teaching rhythm. It not only accumulates musical ability and experience, but also becomes the source of improvisation.

研究方法采行动研究法，根据研究者在教学现场所面临的困境：学生普遍缺乏创作的动机，因此，以提升即兴创作能力为目标，运用学生最喜爱的肢体律动为教学策略，设计教学活动行动方案，并且采用实验教学，以行为观察纪录表与统计、即兴创作影音档案及音乐日记作为呈现实验结果的依据，是属於质、量并陈的研究，其研究之结果分述如下：一、律动课程之设计原则：由「聆听」开始，运用律动的元素（力量→空间→时间→关系→移动→团体组成等）於节奏教学中，不但累积了音乐能力与经验，成为即兴的创作来源。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。