For the first time , the oriented percolation model is applied to analyzed the critical particle concentration of 0 . 37 and which is characterized an electrorheological fluid and independent to the external electric field 同时得出,分形维数( d _ f )与外加电场性质无关,但随微粒的体积百分数增加而趋近于dla生长模式的特征值1 . 8 。
Chapter four , based on the trend analysis of the percentage of the number of fresh water and the total water with the increases of anion percentage of meq , have analyzed detailed that the influence increased and decrease of three major anion percentage of meq on tds of groundwater , and find out the different influencing section on percentage of meq 第四章中,以阴离子毫克当量百分数在不同区间内时的淡水水样个数与总水样个数之比随阴离子毫克当量百分数增加的变化趋势为基础,详细分析了三大阴离子毫克当量百分数对地下水矿化度增减的影响,并找出了不同影响段的毫克当量百分数区间值。
百分数: percentage; per cent增加: increase; raise; add流量增加百分数: flow increase percentage变数增加法: step-up method粒子数增加: populate人数增加了: the number of people has been increased数增加,所以: impression百分数: percentage; per cent◇百分数成分 percentage composite百分法;百分数: percentage百分数,百分法: percentage百分数,百分率: percentage粒子数增加的: populated心脏指数增加: increased cardiac index分数转百分数: convert decimal no. into percentage百分数,百分之一……: per cent (a r. pct); per cent (abbr. pct); percentabbr.pct百分数,比率: percentage百分数表: percentage table百分数成分: percentage composite百分数的: centesimal百分数法: compensation by percentage method百分数含量: relative content百分数误差: percent error不变百分数: invariable percentage超径百分数: percent coarser出错百分数: percentage error