1) phaseⅡdisturbation
分布Ⅱ相
2) phase distribution
相分布
1.
Simulation of transport processes and phase distributions during freeze-drying by pore-scale network modeling;
冷冻干燥过程相迁移和相分布的孔尺度网络模型与模拟
2.
Three-dimensional photography method for phase distribution measurements in bubbly flows;
用于测量泡状流相分布的三维照相法
3.
Investigation of phase distribution of clarithromycin submicron emulsion by microdialysis technique;
微渗析技术研究克拉霉素亚微乳剂相分布
3) Phase distribution
相位分布
1.
The simulated results indicated that using different reconstruction beam to reconstruct digital holographic image,the phase distribution will produce linear or secondary distortion.
非原参考光的再现光重建数字全息将引入相位畸变问题,本文对此进行了详细的理论分析,指出此时重建像的相位分布将产生二次或线性畸变,并给出了相应的相位畸变表达式。
2.
The ideal phase distribution of the reference plane can be achieved according to the parameters which are computed by the least square interactive fitting of the corresponding phase of captured specimen grating.
通过对形貌检测中理论参考面相位分布规律的分析 ,对三维形貌轮廓术中参考面相位自动生成技术进行了研究。
3.
These distribution characters are studied and it is found that the phase distributions can be used as an important criterion for testing cells, distribution because of their relationship.
借助于数字相位显微(DPM)技术的基本方法和实验条件参数,应用VirtualLab~(TM)光学虚拟仿真实验系统,获得了血液细胞在光散射下的虚拟仿真相位分布和光强分布。
4) phase distribution
相态分布
1.
Research on effect factors of thallium release in the process of roasting pyrite and phase distribution of heavy metals in its cinder;
黄铁矿焙烧过程中铊析出影响因素及其烧渣中重金属的相态分布研究
2.
In this paper,the character of phase distribution and the effect of condensate buildup in transitional region are taken into accou.
根据相态分布特征,将凝析气井中从地层到井筒的径向渗流划分为三个区域:无凝析油析出的单相气区,凝析油析出但不流动的过渡区,近井地带凝析油气两相区。
3.
Phase distributions of heavy metals in pyrite were analyzed by ICP-MS with sequential extraction procedure.
进一步的分级提取实验考察了黄铁矿中重金属的相态分布。
5) distribution of each phase
各相分布
补充资料:分布Ⅱ相
分子式:
CAS号:
性质:又称快速再分布相。往往在药物吸收后数分钟至数小时出现分布Ⅱ相,在此相中药物被输送到肌肉、皮肤、脂肪及大多数脏器。分布Ⅱ相的决定因素包括血液灌注量的高低,药物的脂溶性和血浆蛋白结合类的高低。
CAS号:
性质:又称快速再分布相。往往在药物吸收后数分钟至数小时出现分布Ⅱ相,在此相中药物被输送到肌肉、皮肤、脂肪及大多数脏器。分布Ⅱ相的决定因素包括血液灌注量的高低,药物的脂溶性和血浆蛋白结合类的高低。
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