1) solid lipid microparticles
固体脂质微颗粒
1.
Stabilizer distribution on surface of solid lipid microparticles and SLM stability: mesoscale simulation and experiments;
固体脂质微颗粒表面稳定剂的分布状况对其稳定性的影响:介观模拟与实验
2.
Solid lipid microparticles (SLM) are micro-size DDS made from lipids with high melting point as matrixes.
固体脂质微颗粒(Solid Lipid Microparticles, SLM)以熔点较高的脂质材料为载体,是生物相容性好、能有效控制药物释放的一种微尺寸药物传输系统。
2) solid lipid microparticle
固体脂微颗粒
1.
The emulsion-congealing method was adopted to prepare ibuprofen-loaded solid lipid microparticles(SLM) with tristearin as the carrier.
以硬脂精为载体材料,采用熔融-冷却法制备包载布洛芬的固体脂微颗粒(SLM),研究了不同稳定剂对SLM载药体系的稳定效果。
3) Solid liposome nanoparticles
固态脂质体纳米颗粒(SLN)
4) solid lipid nano-particles(SLN)
固体纳米脂质微粒
1.
EIP method(emulsion inversion point method) was adopted to produce solid lipid nano-particles(SLN) and its suspension.
采用EIP(相转变体积)转相法,以单甘酯为脂质原料,复配硬脂醇醚-25,制备了固体纳米脂质微粒(SLN)及其悬浮液,通过对乳化温度及固体纳米脂质微粒组成的研究,优化了制备条件,表征了固体纳米脂质微粒的形貌特征、粒径及Zeta电位分布,同时又研究了其离心、储存及稀释稳定性。
5) micro-solids
微型固体颗粒
1.
The testing results indicate that the micro-solids can be separated efficiently from fishing water,the pH value can be influenced,and the dissolved oxide can be increased simultaneously by using this foam fraetionation system.
试验结果证明,溶气气浮分离系统对养鱼水体的微型固体颗粒有较好的去除效果,并能改变水体的pH值,增加溶氧;气体流量、液体流量、液位高、溶气压力、气浮柱内的释气柱高度对气浮效果都有明显影响。
6) solid granule medium
固体颗粒介质
1.
The pressure distribution curve of solid granule medium and the influence of many factors,such as the angle of head and the pressure and the medium volume,are tested and analyzed through experiments.
通过实验,测试分析了固体颗粒介质的压力分布以及压头锥角、压力、装料体积等因素对压力分布的影响规律。
补充资料：微质
1.谦称自己的身躯。
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参考词条