1) It(o)^ derivative
It^o微分
2) It stochastic differential equations
It^o微分方程
3) It? differential formula
It^o微分公式
1.
To reach the aim,the main method is to regard the integral with respect to the spatial variables of the solution stochastic field of the system considered as the solution process of the corresponding stochastic ordinary differential equation;hence,to apply It? differential formula to the constructed average Lyapunov function as to be spatial variables.
主要方法是将所考虑的系统的解随机场关于空间变量的积分形式上视为相应的随机常微分方程的解过程,通过构造一个关于空间变量平均的Lyapunov函数来达到运用It^o微分公式研究该系统的镇定性的目的。
4) It^o stochastic differential equations
It^o随机微分方程
5) fuzzy stochastic differential equations of It(o|^)-type
It(o|^)型模糊随机微分方程
6) W/O microemulsion
W/O微乳
1.
The results studied by dilution method showed that a part of n-hexanol in n-heptane together with surfactant constructed a mixed film,which improved the molecular geometry of the mixed components and resulted in the formation of W/O microemulsion.
以稀释法研究C12(n)-4-C12(n)·2Br在庚烷中形成的W/O微乳的组成和结构。
2.
The states of water in the W/O microemulsions formed in H2O/C12-EOx-C12·2Br/n-hexanol/ n-heptane systems have been investigated by Fourier transform infrared spectroscopy(FT-IR).
以FT-IR方法研究了水/C12-EOx-C12·2Br/正己醇/正庚烷形成的W/O微乳中水的状态。
3.
Effects of W/O microemulsions on pharmacokinetics after intraduodenal administration, membrane fluidity and membrane transport of Rb_1 were studied in rats, liposomes and parallel artificial membrane permeability assay (PAMPA), respectively.
主要以磷脂/乙醇(SP/EtOH)为表面活性剂,与PNS水溶液(400mg·mL-1)和不同油相分别制备11个W/O微乳处方。
补充资料：Abel微分方程
Abel微分方程
Abel differential equation
Abd徽分方程!Abel山反比n‘ai equ浦佣;A血朋朋中扣巴-冈阳.压旧日傲比”娜圈le皿ej 常微分方程 .、‘一f0(x)十一f，(x沙一十_八(x妙2十fa(、沙’(第一类A比1微分方程)或 【头(x)十头(x)y卜二/。(x)一十fl(x妙 七八(*沙‘、一儿(x沙3(第二类A比}微分方程).这些方程是N.H.Abel研究椭圆函数论时出现的(见【1」).第一类Abel微分方程是R沁国‘方程(RIOCati明比6‘扣)的自然推广. 如果人(x)‘〔‘(a，b)，尹2(x)和儿(x)‘C’(a，b)，且当x任l。，b1时j。(x)护0，则第一类A忱l微分方程通过变量变换可以化为标准形式d了dt=:3+中(t)(12])在一般情况一F第一类Abel微分方程不能以封闭形式进行积分，虽然在一些特殊情况下是可能的(12]).如果a。(x)和91(x)〔Cl(a，b)，而g，(劝务09。(x)+g、(义)y淤0，则第二类周比微分方程通过变换g。(对+g，(劝y二l厂:，可以化为第一类月艾l微分方一程. 可以在复数域中详细研究第一类和第二类泌七纽微分方程及其推广 少’二公(x)y’，厂艺gj(x洲=艺厂(x)y’ 古二OJ=01=0(例如，见【31)·
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