缓释液体硬胶囊,Liquid filled capsules
1)Liquid filled capsules缓释液体硬胶囊
英文短句/例句
1.Research on Dissolution of Nifedipine Liquid Hard Capsule;硝苯地平缓释液体硬胶囊溶出度的研究
2.Preparation of nifedipine sustained release liquid filled capsules硝苯地平缓释液体填充硬胶囊的研制
3.Study of the Breviscapine Solid Dispersions Sustained-released Capsule;灯盏花素固体分散体缓释胶囊的研究
4.Preparation of Poly(lactide)/Insulin Sustained-release Microcapsules with Diphase Emulsion Method复相乳液法制备聚乳酸/胰岛素缓释微胶囊
5.In vitro release characteristics of capsules on vitamin C sustained release pellets维生素C微丸缓释胶囊的体外释放特征
6.Study on Glipizide Semisolid-Matrix Sustained-Release Capsules;半固体骨架型格列吡嗪缓释胶囊的研制
7.Pharmacokinetic Study of Huangyangning Sustained-Release Capsules in Dogs黄杨宁缓释胶囊在犬体内的药动学研究
8.Studies of Relative Bioavailability of Clarithromycin Sustained-Release Capsules克拉霉素缓释胶囊人体相对生物利用度研究
9.A Determination on Release in vitro and Bioavailability of Sinomenine Hydrochloride Sustained-released Capsules in Dogs盐酸青藤碱缓释胶囊在家犬体内生物利用度与体外释放度测定
10.Preparation and Controlled-release Study of Ethyl Cellulose-moxa Leaf Powder Solution Microcapsules乙基纤维素-艾叶粉溶液微胶囊的制备及缓释性能研究
11.Experimental Research on the Release Degree in Vitro of Pulse Sustained-Release Capsules of Total Flavonoids of Ginkgo Biloba Leaf银杏叶总黄酮脉冲缓释胶囊体外释放度实验研究
12.Preparation and in Vitro Release Test of Complex Loratadine Sustained Release Capsules复方氯雷他定缓释胶囊的制备与体外释放度实验
13.Preparation and Performance Properties of Microencapsulated Slow Release Gel Breaker MEB-1微胶囊缓释破胶剂MEB-1的制备及性能
14.The Study of Preparation and Assessment in Vitro of the Gastric Floating Sustained-Release Capsule of Tripterygium Wilfordii Hook.F. and Determination of Triptolide;雷公藤胃漂浮缓释胶囊的制备、体外评价和含量测定
15.Determination of Sustained-release Urapidil Capsule and Study of Its in Vivo Process;乌拉地尔缓释胶囊的含量测定及其体内过程研究
16.Research on Alginate Microcapsule as a Controlled Released Carrier of Lipophilic Drugs;海藻酸微胶囊作为脂溶性药物缓(控)释载体的研究
17.Preparation of nifedipine sustained-release pellet capsules and it’s pharmacokinetics in beagle dogs硝苯地平缓释小丸胶囊的制备及在beagle犬体内的药动学
18.Study on Compound Roxithromycin Sustained-Release Pellets;复方罗红霉素缓释微丸胶囊剂的研制
相关短句/例句
liquid hard capsule液体硬胶囊
1.Formulation selection and study of dissolution in vitro onliquid hard capsules of daidzein;黄豆苷元液体硬胶囊的处方筛选及体外溶出度考察
3)sustained release capsules缓释胶囊
1.Pharmacokinetics and bioavailability of propafenone hydrochloridesustained release capsules in dogs;盐酸普罗帕酮缓释胶囊在家犬体内的药物动力学考察
2.Investigation on the dissolution of Nimodipinesustained release capsules;市售尼莫地平缓释胶囊的释放度考察
3.Evaluation of the correlation between in vitro release and in vivo absorption characteristics of nefopamsustained release capsules;奈福泮缓释胶囊体内外试验的相关性研究
4)sustained release capsule缓释胶囊
1.A randomized and double-blind clinical trial of venlafaxine hydrochloridesustained release capsules for treating juvenile depression;盐酸文拉法辛缓释胶囊治疗青少年抑郁症对照研究
2.Determination of Isosorbide 5—mononitratesustained release capsule by HPLC;HPLC法测定5—单硝酸异山梨酯缓释胶囊含量
3.Objective To study the release rate of nifedipine 24 hsustained release capsule.目的建立硝苯地平24h缓释胶囊的释放度研究方法。
5)Sustained-release capsule缓释胶囊
1.Preparation and in vitro release of oxymatrine sustained-release capsules;氧化苦参碱缓释胶囊的制备及体外释放特性研究
2.Preparing nifedipine sustained-release capsule by melting method;熔融法制备硝苯地平缓释胶囊
3.Objective To evaluate in vitro release and in vivo absorption of two strengths of isosorbide-5-mononitrate sustained-release capsules(5-ISMN-SRC).目的评价两种规格5-单硝酸异山梨酯缓释胶囊(5-ISMN-SRC)体外释放度与体内吸收的相关性,为5ISMNSRC的质量控制提供依据。
6)Sustained-release capsules缓释胶囊
1.Preparation of ketoprofen sustained-release capsules and its release property;酮洛芬缓释胶囊剂制备工艺正交设计实验及其体外释放特性研究
2.Preparation and release determination in vitro of Nifedipine sustained-release capsules;硝苯地平缓释胶囊的制备及释放度测定
3.Relative bioavailability and pharmacokinetics of piracetam sustained-release capsules in dogs;吡拉西坦缓释胶囊在家犬体内的药物动力学与相对生物利用度
延伸阅读
超硬刀具及其在硬车削加工中的应用随着现代科学技术的发展,各种高硬度的工程材料越来越多地被采用,而传统的车削技术难以胜任或根本无法实现对某些高硬度材料的加工。涂层硬质合金、陶瓷、PCBN等超硬刀具材料因其具有很高的高温硬度、耐磨性和热化学稳定性,这为高硬度材料的切削加工提供了最基本的前提条件,并在生产中取得了明显效益。 超硬刀具及其选用 超硬刀具采用的材料及其刀具结构和几何参数是实现硬车削的基本要素,因此,如何选择超硬刀具材料,设计出合理的刀具结构和几何参数对稳定实现硬车削是十分重要的。 1,超硬刀具材料及其选用 涂层硬质合金 在韧性较好的硬质合金刀具上涂覆1层或多层耐磨性好的TiN、TiCN、TiAlN和Al3O2等,涂层的厚度为2~18µm,涂层通常具有比刀具基体和工件材料低得多的热传导系数,减弱了刀具基体的热作用;另一方面能有效地改善切削过程的摩擦和粘附作用,降低切削热的生成。 涂层按生成方法可分为物理气相沉积(PVD)与化学气相沉积(CVD)2种。PVD涂层(2~6µm)主要包括TiN、TiCN、TiAlN等,其成分还在不断地增加,如TiZrN。TiN和TiC涂层的最高压力分别可达到3580MPa和3775MPa,TiAlN涂层因缺乏可靠的弹性模量数据而得不到准确的压应力值,高速切削实验结果表明TiAlN性能最好。图1为这3种涂层硬度随温度变化的情况,在室温下硬度最高,当温度超过[Y;\时,TiAlN涂层的硬度高于TiCN和TiN涂层。图2为加工镍基高温合金Inconel178时用2种切削速度v1=193.5m/min和v2=380m/min条件下的刀具寿命,实验表明TiCN和TiAlN涂层的切削性能明显优于TiN涂层。 尽管PVD涂层显示出很多优点,但一些涂层如Al2O3和金刚石则倾向于采用CVD涂层技术。Al2O3是一种耐热和抗氧化很强的涂层,它能够将刀具体和切削产生的热量隔离开。通过CVD涂层技术,还可以综合各种涂层的优点,以达到最佳的切削效果,满足切削加工的需要。例如。TiN具有低摩擦特性,可减少涂层组织的损耗,TiCN可降低后刀面的磨损,TiC涂层硬度较高,Al2O3涂层具有优良的隔热效果等。 涂层硬质合金刀具与硬质合金刀具相比,无论在强度、硬度和耐磨性方面均有了很大提高。车削硬度在HRC45~55的工件,低成本的涂层硬质合金可实现高速车削。近年来,一些厂家应用改进涂层材料等方法,使涂层刀具的性能有了极大的提高。如美、日的一些厂家采用瑞士AlTiN涂层材料和新涂层专利技术生产的涂层刀片,硬度高达HV4500~4900,可在498.56m/min的速度时切削硬度HRC47~58的模具钢。在车削温度高达1500~1600°C时仍然硬度不降低、不氧化,刀片寿命为一般涂层刀片的4倍,而成本只有30%,且附着力好。
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