1) Sink the strength
塌陷强度
2) collapsibility
塌陷度
1.
Results OSAHS patients showed much larger collapsibility than controls.
结果OSAHS患者的上气道塌陷度较正常人明显增加,但与病情严重度则不完全相关;OSAHS患者上气道各平面矢状与冠状径的塌陷度无统计学差异(P>0。
2.
Methods fifty-six patients with obstructive sleep apnea hypopnea syndrome(OSHAS)and fifteen patients without it both underwent the examination of CFPMM and PSG,compare the outcomes of each group,meanwhile studied the correlation between the pharyngeal collapsibility of fifty-six patients with OSAHS and PSG.
方法对52例OSAHS患者及15名正常人分别进行多导睡眠监测(PSG)及计算机纤维喉镜下mller's检查;将52例OSAHS患者与正常人mller's检查结果进行比较,同时将52例OSAHS患者mller's检查的咽腔塌陷度与其PSG检查指标AHI、LSaO2进行相关分析。
3) slump strength
坍塌强度
4) collapsed porosity
陷塌孔隙度
5) subsidence area length
塌陷区长度
1.
According to the relevant rules and the least square method,we obtain the statistical relations between the subsidence area length and the corresponding utmost pipeline settlement volume when considering not the strength reduction factor but the pipeline internal pressure and when considering both two factors respectively.
为此,在分析采空塌陷区管道变形基本特征和简化采空塌陷区管道半空间受力分析模型的基础上,对非沉陷区和沉陷区分别构建了计算模型,计算了不同工况条件下不同塌陷区长度、不同沉降量所对应的管道内部最大轴向应力,根据相关规范并采用最小二乘法,分别得出了只考虑管道内压不考虑强度折减系数和既考虑管道内压也考虑强度折减系数的沉陷区长度与对应的管道极限下沉量的统计关系,并得出以下结论:①在开采沉陷区,当没有发生塌陷时,埋地管道所承受的应力主要是其内压产生的轴向拉应力;②而当发生塌陷时,埋地管道所承受的应力主要是其内压和因塌陷产生的管道轴向拉应力之和;③在沉降区边缘的管道上部承受的应力值最大,其次是沉陷中心的管道下部,并承受着拉伸应力;④沉降盆地边缘的管道下部和沉陷中心的管道上部承受着压缩应力。
6) velocity of collapsing bubble
塌陷速度方程
1.
Results show that the velocity of collapsing bubble increases with the decrease of the radius of collapsing bubble first in an approximately linear manner,then the maximal velocity of collapsing bubble is reached,subsequently,the velocity of collapsing bubble quickly decreases.
在绝热压缩模型的基础上,详细讨论了圆锥泡声致发光中气泡运动的动力学过程,得到了气泡塌陷速度方程、气泡内压强方程以及温度方程。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条