release from

release from的基本解释

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把…从…解脱出来

与release from相关的网络例句 [注：此内容来源于网络，仅供参考]

Apoluo {ap-ol-oo'-o} from 575 and 3089;; v AV - release 17, put away 14, send away 13, let go 13, set at liberty 2, let depart 2, dismiss 2, misc 6; 69 1 to set free 2 to let go, dismiss, 2a a petitioner to whom liberty to depart is given by a decisive answer 2b to bid depart, send away 3 to let go free, release 3a a captive i.e. to loose his bonds and bid him depart, to give him liberty to depart 3b to acquit one accused of a crime and set him at liberty 3c indulgently to grant a prisoner leave to depart 3d to release a debtor, i.e. not to press one's claim against him, to remit his debt 4 used of divorce, to dismiss from the house, to repudiate.

相关经文回前一页 630 apoluo {ap-ol-oo'-o}源於 575 和 3089；；动词 AV - release 17， put away 14， send away 13， let go 13， set at liberty 2， let depart 2， dismiss 2， misc 6； 69 1 使自由 2 让其离去，解散， 2a 申诉人被给予确定的答覆可以自由地离去 2b 令其离开，遣走 3 还其自由，释放 3a 指被俘之人，亦即松绑且准允离开，被给予离去的自由 3b 宣判被告之人无罪且还其自由 3c 任由犯人由牢中离去 3d 豁免一个人的债务，亦即免去其所欠人的，免了他了债 4 用以指离婚，被由家中遣走，离婚。

No entire nitrendipine crystals were observed visually in SEM photos. The results of X-ray diffraction and differential scanning calorimetry analysis indicated that the crystalline form of nitrendipine was highly dispersed in microspheres, so as amorphous state. The drug release rate of microspheres could be controlled with adjusting the ratio of solid dispersion carriers and retarding agents formulated. The agitation speed and temperature of the preparation process have distinct effect on micromeritic properties of microspheres. The release profiles of the microspheres were mainly affected by the stirring rate of paddle, the concentration of SDS and pH of dissolution medium. Cooling speed and time, however, have no evident influence on the drug release rate of the microspheres. The dissolution data showed that the mechanism of drug release from microsphers was mainly diffusion-controlled. The incorporation efficiencies of 3 batches sample were exceed 96. 8％, which implied that the current method was suitable for design sustained-release dosage form for poorly water-soluble drug.

在扫描电子显微镜下观察，在微球内外未发现尼群地平的完整结晶，X-射线粉末衍射和差示扫描量热试验结果也显示，尼群地平已经被高度分散在微球中；微球的释药速度可通过调整处方中固体分散体载体和阻滞剂的比例控制；制备温度和搅拌速度对微球的质量影响较大；溶出仪的搅拌速度，释放介质的浓度和pH对微球的释放有较大的影响；制备过程中的冷却速度和冷却时间对微球的释放行为影响不很明显；方程拟合的结果表明缓释微球的释药行为符合扩散机制；测定三批微球样品的包封率均在96.8％以上，表明该法适合于制备难溶性药物的缓释微球。

Oxalic acid loading substantially stimulated soil P release from A1 horizon, showing a linear relationship; but its effect on B horizon soil was relatively negligible, especially at low oxalic acid concentrations mmol L^(-1. Oxalate solutions 0.5~20.0 mmol L^(-1 oxalic acid adjusted to pH 5.16 with 10.0 mmol L^(-1) NaOH had a much higher (1.51~2.98 times) soil-P-release effect than oxalic acid solution the same in oxalate concentration. Therefore, the mechanism of oxalic acid/oxalate triggering release of soil phosphorus is assumed to be dominated by ligand-exchange or complexing reactions of oxalate anionC2O(superscript 2- subscript 4 but not simply acid-dissolving effect. The effect of oxalate anion on soil phosphorus release was found to be somewhat cumulative, i.e. the amount of P released was primarily controlled by the cumulative oxalate loading rate, relatively independent of the manner of oxalate addition (one-time or sequential).

结果表明，草酸能显著促进暗棕壤A层磷的释放，土壤磷溶出量随草酸溶液浓度升高而线性增加；但对B层土壤磷的释放效应相对较弱，草酸浓度低於5mmolL^(-1)时B层磷的释放不明显。pH5.16草酸钠溶液比相同浓度的草酸溶液具有更高的解磷效率，在设置二者浓度为0.5~20.0mmolL^(-1)时，前者的解磷量是后者的1.51~2.98倍，推断草酸盐溶液或凋落物淋洗液中草酸类物质促进暗棕壤磷释放的主要机理在於草酸阴离子C2O(上标 2-下标 4配位反应。

与release from相关的网络解释 [注：此内容来源于网络，仅供参考]

release from loss to be brave from die-hard：倔强变勇敢茫然变释然

我要你别的都不管 leave me alone please from afar | 倔强变勇敢茫然变释然 release from loss to be brave from die-hard | 是甘愿所以能美满 beautiful is the willing from my heart

Poor Paste Release From Squeegee：(锡膏脱离刮刀问题)

Poor Print Thickness(印刷厚度不理想) | Poor Paste Release From Squeegee(锡膏脱离刮刀问题) | Smear(印锡模糊)

Emdpmiclease release from lysosomes：溶酶体释放核酸内切酶

Endonuclease 核酸内切酶 | Emdpmiclease release from lysosomes 溶酶体释放核酸内切酶 | End-point 终点