1.
The function is continuously differentiable.
函数是连续可微分的。
2.
They turn out to be differentiable at 0.
他们在0点也成为可微分的。
3.
SPEDAC (Solid-state Parallel Expandable Differential Analyzer Computer)
固态平行可扩的微分分析计算机
4.
An algorithm for solving nondifferentiable programming on circumscribed rectangular parallelepiped of subdifferentiable
基于次微分集的外接长方体的不可微优化算法
5.
With this Optical Equipment, we are able to distinguish 0.025 micron microwave.
用这台光学仪器，我们可以分辨出0.025微米的微波。
6.
Two Types of New Integral Criterion on Abel Differential Equation;
两类新的Abel型微分方程的可积判据
7.
The structure of molecules can be seen under an electron microscope.
分子的结构可在电子显微镜下观察到。
8.
Existence and Controllability of Multivalued Functional Differential Equations;
多值泛函微分方程的存在性和可控性
9.
Solution and Picture of Differential Equations With Mathematica;
微分方程的Mathematica解法与可视化
10.
Integrability Conditions of A Class of Third-order Nonlinear Differential Equation;
一类三阶非线性微分方程的可积条件
11.
The solvable condition for three classes of fourth order non - linear differential equation;
三类四阶非线性微分方程的可解条件
12.
Solution Conditions of one Kind of Foru Order Nonlinear Differential Equation;
一类四阶非线性微分方程的可解条件
13.
Solution of kind of second-order variable coefficient differential equation;
几类二阶非线性微分方程的可积类型
14.
Integral Criteria of One Kind of First-order Nonlinear Differantial Equation;
一类一阶非线性微分方程的可积判据
15.
On integral criteria of some kinds of first-order differential equations;
再论几类一阶常微分方程的可积判据
16.
Integral Criterion of One Kind of New Nonlinear Differential Equation;
一类新非线性常微分方程的可积判据
17.
Common Transformation Groups and Soluble Types of Ordinary Differential Eguations;
常见变换群与常微分方程的可解类型
18.
Genotype reliability of short tandem repeats typing from minute DNA;
微量DNA的短串联重复序列分型可行性