江西理工大学研究生科技英语课件

1、摘要 担负着吸引读者和提供论文足够信息量的功能,对于增加期刊的摘引率、扩大影响、促进论文研究成果的应用和推广等,都具有重要意义。（摘自东南大学学报(哲学社会科学版)2003年02期，作者:河海大学 高建群 吴玲）论文写作目的（purpose）：指出研究范围、目的、重要性、任务和前提条件，不是主题的简单重复科研方法（way）：简述工作流程、研究内容、方法实验结果（consequence）：研究的新发现、新成果、新价值，包括实验数据、结果学术成果（conclusion）：研究所得重要成果，包括正确观点，预测理论实践相结合重要意义 3- 3- AbstractAbstract： The vacuum

2、 preloading method in hierarchical flashboard is proposed based on the common vacuum preloading method with the shortage of vacuum transfer inadequately， pore water pressure dissipation slowly， deep soil reinforcement badly and so on. Its trait is that insert the drain pipes into the deep soil by co

3、nnect with the no holes tube. The main purpose is that can transfer the vacuum to the deep soil directly to improve the strengthening effect of deep soil and overcome the shortage of excessive vacuum vertical transmission losses. Compared with the physical indicators of common preloading model test

4、and foundthat the upper soils parameters roughly equal， but the parameters deeper soil is better than latter. It conclude that deeper soil can achieve more vacuum， the pore water pressure dissipation is accelerated， the construction period is reduced， and well reinforcement effect under vacuum prelo

5、ading method in hierarchical flashboard.摘要摘要：针对普通真空预压法的真空度传递不足、孔隙水压力消散过慢、工期较长和深层土体加固效果欠佳等缺点，提出了分层插板真空预压法。采用无孔密封管通过密封接头直接与下层排水板连接而插入深层土体，与普通真空预压法模型桶试验的累积沉降量、真空度、孔隙水压力、抗剪强度、含水率和出水量等指标比较表明上层土体的各项参数大致相等，但其下层土体的各项指标具有明显优势。分层插板真空预压法能够较好地将真空度传递到深层土体，加快孔隙水压力消散，缩短工期，并取得良好加固效果。论文目的-The vacuum preloading metho

6、d in hierarchical flashboard is proposed based on the common vacuum preloading method with the shortage of vacuum transfer inadequately， pore water pressure dissipation slowly， deep soil reinforcement badly and so on研究方法-Its trait is that insert the drain pipes into the deep soil by connect with the

7、 no holes tube. The main purpose is that can transfer the vacuum to the deep soil directly to improve the strengthening effect of deep soil and overcome the shortage of excessive vacuum vertical transmission losses.研究结果-Compared with the physical indicators of common preloading model test and foundthat the upper soils parameters roughly equal， but the parameters deeper soil is better than latter.学术成果-It conclude that deeper soil can achieve more vacuum， the pore water pressure dissipation is accelerated， the