1) thin film method
薄膜法
1.
The concentration and percentage, diameter, pH value, and general variational characteristics of methane sulfonic acid (MSA) particles collected from the marine atmosphere of Macao Island of China were studied using the thin film method for single particle detection.
采用检测单个粒子的薄膜法,探讨了澳门岛海洋大气中甲磺酸(MSA)粒子的浓度、粒子百分数、粒径和pH值及其一般变化特征。
2.
The preparation of PST liposome by the thin film method and its separation as well as its determintion of eucapsalation by the Gel Filtration method were made.
通过薄膜法制备生长因子 (PorcineSomatotropin ,PST)脂质体 ,用过滤凝胶柱法分离脂质体并测定其包封率 。
3.
The azithromycin liposome was prepared with the granule soybean lecithin by thin film method.
利用大豆粉状磷脂,用薄膜法制备阿奇霉素脂质体,以高效液相色谱法为分析手段,采用反透析法测定阿奇霉素脂质体的包封率。
2) multiple thin film method
复合薄膜法
1.
Presence of Methane Sulfonic Acid(MSA) in individual particles was determined with an electron microscope using multiple thin film method.
2μm),利用复合薄膜法和电子显微镜检测甲磺酸粒子。
2.
The optimal reaction conditions of multiple thin film method were determined.
通过实验确定了复合薄膜法的最佳反应条件为 :硝酸灵膜厚度为 1 2nm ,BaCl2 膜厚度为 2nm ;采用辛醇蒸汽来促进粒子与复合薄膜的反应 ;样品在蒸汽中的处理时间为1 8h。
3.
The aerosol particles were measured with bulk analyses by ion chromatography and analyses of individual particles by multiple thin film method and X_ray analysis technique.
用离子色谱对粒子总量进行了总体分析 ,用复合薄膜法和X_射线分析法对单个粒子进行了分析 。
3) Film evaporation method
薄膜蒸发法
4) Film-ultrasonic wave dissolving technique
薄膜-超声法
1.
Study on technique of preparing baicalin solid lipid nanoparticles by Film-ultrasonic wave dissolving techniques;
薄膜-超声法制备黄芩苷固体脂质纳米粒的工艺研究
5) The method of thin-film oxidation
薄膜氧化法
6) Membrane deflection
薄膜弯曲法
补充资料：吹塑薄膜法
分子式：
CAS号：
性质：一种热塑性塑料薄膜的连续成型方法。树脂在挤塑机内熔融塑化后，经过环形口模挤出为薄壁塑料管坯，借助于通入管坯内的压缩空气吹胀成圆筒状，经过风环进行冷却，再由一对夹辊将其牵引通过人字夹板后压瘪以便卷绕在后面的卷取辊上，同时把定量的吹胀空气封存于口模至夹辊间的膜泡中。根据吹塑薄膜生产工艺不同，可分为上吹法、平吹法和下吹法三种。在一定范围内，薄膜厚度可用改变空气压力与挤出速度的办法加以调节。
CAS号：
性质：一种热塑性塑料薄膜的连续成型方法。树脂在挤塑机内熔融塑化后，经过环形口模挤出为薄壁塑料管坯，借助于通入管坯内的压缩空气吹胀成圆筒状，经过风环进行冷却，再由一对夹辊将其牵引通过人字夹板后压瘪以便卷绕在后面的卷取辊上，同时把定量的吹胀空气封存于口模至夹辊间的膜泡中。根据吹塑薄膜生产工艺不同，可分为上吹法、平吹法和下吹法三种。在一定范围内，薄膜厚度可用改变空气压力与挤出速度的办法加以调节。
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