release lag

release lag的基本解释

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释放延迟

与release lag相关的网络例句 [注：此内容来源于网络，仅供参考]

Release agents, carbon black; tire release agents, mold release agents brakes, aluminum alloy release agent; friction material release agent; Alloy release agent; polyurethane elastomer release agent; cement product release agent; epoxy release agent; conveyor belt release agent; solar release agent; Rubber release agent; red pomade

脱模剂，碳黑；轮胎脱模剂、刹车片脱模剂、铝合金脱模剂；摩擦材料脱模剂；铝合金脱模剂；聚氨酯弹性体脱模剂；水泥制品脱模剂；环氧树脂脱模剂；输送带脱模剂；太阳能脱模剂；橡塑脱模剂；冲头油

The instructive conclusion was: 1 under the vertical loading, the shear-lag effect was produced badly, more severer under concentrated loading than under uniform loading .2 the longitudinal bending deformation of the beam flange was true of the imitating plane assumption of deformation . 3 the width length ratio was confirmed as the first factor working on the shear-lag effect among all the geometric parameters;4 the shear-lag coefficient of simple-supported box-girder was severer than the continuous box-girder, the shear-lag effect in the inner supported section of continuous beam was much more severer, we need paying more attention for it in designing. 5 the non-liner characteristics of material deformation have littlie influence on shear-lag effect in BGCW. 6 the experiential calculating formulation and calculating diagram for the effective flange width was raised with the only factor of the width-span ratio., but the primary location of axis of bending moments should not be changed while calculating the inertial moment .

研究认为：1室内模型试验和空间有限元分析结果均表明波形钢腹板组合箱梁在竖向荷载作用下，翼板出现了典型的纵向应力剪滞效应。2在竖向荷载作用下，截面高度上各点纵向正应变分布认为可符合"拟平截面假定"，以此作为波形钢腹板组合箱梁抗弯计算的基本假定。3箱梁宽跨比是影响波形钢腹板组合箱梁翼板剪滞效应的主要因素。4连续波形钢腹板组合箱梁的翼板剪滞系数大于简支梁，且连续箱梁内支点截面翼板剪滞效应相当严重，对此需十分重视。5当混凝土翼板受力由弹性阶段进入弹塑性阶段时，材料的非线性特性对翼板的剪滞效应影响甚微。6提出了根据组合箱梁的宽跨比参数来计算翼板有效宽度比的经验公式和计算图表，但箱梁截面抗弯惯性矩的计算不应改变原先的截面中和轴位置。

All enhancers did not significantly change the transcorneal lag time of ENX. The irritancy of poloxamer and Azone was observed.? The results of in vitro release studies showed that the ENX gel based 3% HPMC K4M and 3%HPMC F4M povided sustained release of the drug over an 8-h period in vitro.Diffusion area has significantly effect on drug release, and pH value of medium and rotation rate have effcet on drug release.However, the diffusion shield has no effect on drug release. The P_ value of the preparation based on 3% HPMC F4M was 1.34-fold of conventional eye drops of ENX.

体外溶出度试验结果表明，以3％的HPMC K4M和F4M为基质制备的ENX凝胶剂的体外释放行为符合眼用缓释制剂的要求；体外释放度影响因素试验结果表明，释放面积对释放度有显著性影响，pH值和转速略有影响，而扩散屏障没有影响；离体角膜透过实验结果表明，以F4M为基质制备的凝胶剂中ENX的表观渗透系数P_(app是对照组的1.34倍，说明F4M与眼角膜的相容性较好，是一种理想的眼用制剂增稠剂，可以在眼用制剂中广泛采用。

与release lag相关的网络解释 [注：此内容来源于网络，仅供参考]

lag in phase：相位滞后

lag compensation 滞后补偿 | lag in phase 相位滞后 | lag lead compensation 滞后超前补偿

lag in turn：回转滞后

lag in phase 相位滞后 | lag in turn 回转滞后 | lag in turn 循序滞后回转滞后

lag in turn：循序滞后回转滞后

lag in turn 回转滞后 | lag in turn 循序滞后回转滞后 | lag in turn 转动滞后