1) viscidity releasing
黏度释放
1.
This paper discusses the particularities of dissolving and viscidity releasing of guar gum,and studies the mixing technological process and equipment of guar gum.
本文介绍了瓜尔胶溶解和黏度释放的特点,提出瓜尔胶混配的工艺流程,介绍了混配设备的研制。
2) dissolution rate
释放度
1.
Determination of dissolution rate of levodropropizine sustained-release tablets;
左羟丙哌嗪缓释片体外释放度测定
2.
The comparison of dissolution rates of diclofenac sodium slow-released capsules;
双氯芬酸钠缓释胶囊体外释放度考察
3.
RESULTS The dissolution rate is decreased as hydroxypropylmethylcellulose(HPMC) increasing;Lactose and dextrin is good for preparing nimodipine sustained-release tablets;CONCLUSION No great difference in dissolution behavior is observed between market nimodipine sustained-release tablets and trial-products.
方法通过比较体外释放度筛选处方。
3) Release
[英][rɪ'li:s] [美][rɪ'lis]
释放度
1.
Comparison of release characteristics between two mizolastine sustained release tablets in vitro;
2种咪唑斯汀缓释片的体外释放度比较
2.
Study on the External Release Characteristics of Tramadol Hydrochloride Sustained-Release Tablets;
盐酸曲马多缓释片的体外释放度研究
3.
Preparation and Release of Compound Captopril Sustained-release Double Layer Tablets;
复方卡托普利缓释双层片的研制及释放度影响因素
4) release depth
释放深度
1.
The beginning and release depth of mudstone overpressure in different evolution stages and its implication;
泥岩超压不同演化阶段开始及释放深度规律及其研究意义
2.
This method was utilized to study the factors that influence the release depth and times of overpressure of mudstone by theoretical calculating;we found overpressure of mudstone is the periodical product in the compacting process which can only form when t.
在泥岩超压形成机制和条件研究的基础上,通过泥岩超压形成与演化规律的研究,建立了一套泥岩超压释放深度和次数的研究方法,利用此方法通过理论计算对泥岩超压释放深度和次数的主要影响因素进行了研究,得到泥岩超压是其压实过程中的阶段产物,只有当压实成岩达到一定程度后方可形成,当超过泥岩破裂极限后便发生破裂超压释放,超压降低以致消失。
5) drug release
释放度
1.
Preparation of ribavrin sustained release tablets and its drug release;
利巴韦林缓释片的制备及其释放度测定
2.
Study on the preparation of trapidil sustained-release tablets and the in vitro drug release;
曲匹地尔缓释片的制备与体外释放度测定
3.
Investigation on the preparation and drug release in vitro of the captopril osmotic pump-controlled release tablets;
卡托普利渗透泵控释片的制备及体外释放度考察
6) dissolution
[英][,dɪsə'lu:ʃn] [美]['dɪsə'luʃən]
释放度
1.
Preparation and Dissolution of Gliclazide Sustained Release Tablets in Vitro;
格列齐特缓释片的研制及体外释放度考察
2.
Investigation on the dissolution of Nimodipine sustained release capsules;
市售尼莫地平缓释胶囊的释放度考察
3.
Studies on dissolution of fluorouracil sustained-release implant in vitro and relation with drug concentration in vivo;
植入用缓释氟尿嘧啶释放度检查及体内外相关性研究
补充资料：黏度
分子式：
CAS号：
性质：(一)动力黏度(dynamic viscosity)的简称。流体内摩擦的定量量度。当流体以层流形式流动时，流体内不同的薄层以不同的速度移动，从而产生内摩擦。内摩擦力的大小与在垂于流动方向上的速度梯度（即切向速度）成正比。为产生单位速度梯度的流动所必须施加的力f=ηA（dv/dx）。式中，dv/dx为速度梯度；A为流体薄层的接触面积；η为黏度。其法定计量单位为Pa·s或mPa·s。（二）过去常认为其为动力黏度、运动黏度（kinematic viscosity）符号为v，定义为v=η/ρ，其中η为动力黏度，ρ为液体密度。即动力黏度除以其密度。法定计量单位为m2/s，化工中常用mm2/s。相对黏度（relative viscosity）为流体的动力黏度与同温度下水的动力黏度之比。为无量纲量。有时也指高分子溶液的动力黏度与同温度下纯溶剂的动力黏度之比。过去常误称为比黏度，甚至误称为黏度。
CAS号：
性质：(一)动力黏度(dynamic viscosity)的简称。流体内摩擦的定量量度。当流体以层流形式流动时，流体内不同的薄层以不同的速度移动，从而产生内摩擦。内摩擦力的大小与在垂于流动方向上的速度梯度（即切向速度）成正比。为产生单位速度梯度的流动所必须施加的力f=ηA（dv/dx）。式中，dv/dx为速度梯度；A为流体薄层的接触面积；η为黏度。其法定计量单位为Pa·s或mPa·s。（二）过去常认为其为动力黏度、运动黏度（kinematic viscosity）符号为v，定义为v=η/ρ，其中η为动力黏度，ρ为液体密度。即动力黏度除以其密度。法定计量单位为m2/s，化工中常用mm2/s。相对黏度（relative viscosity）为流体的动力黏度与同温度下水的动力黏度之比。为无量纲量。有时也指高分子溶液的动力黏度与同温度下纯溶剂的动力黏度之比。过去常误称为比黏度，甚至误称为黏度。
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