The differential calculus basic concept is a derivative.

For example differential calculus does a great deal with linear approximation to functions.

比如微分学研究很多函数线性近似的问题.

The differential calculus primary coverage includes: Limit theory, derivative, differential and so on.

微分学的主要内容包括: 极限理论 、 导数 、 微分等.

Index number function and differential calculus calculate son to meet.

指数函数与微分算子相遇.

Objective To evaluate MR diagnosis and differential diagnosis of suprasellar diseases.

目的分析探讨鞍上病变的MR诊断和鉴别诊断.

Objective To evaluate CT findings and differential diagnosis of adrenal neoplasms.

目的探讨肾上腺肿瘤CT表现及鉴别诊断要点.

Objective To seek for diagnosis, differential diagnosis and operative treatment.

目的探讨腮腺深叶多形性腺瘤的诊断 、 鉴别诊断、手术方法.

Objective: To elucidate the diagnosis and differential diagnosis of ovarian Brenner tumors.

目的: 观察和分析卵巢勃勒纳(Brenner) 瘤的临床和病理形态学特点,并阐明其诊断和鉴别诊断要点.

What's the differential diagnosis for urine that's tea-colored?

如果尿是这种颜色是哪种鉴别诊断?

Objective To study the MRI and the differential diagnosis of brain metastasis, astrocytoma and brain abscess.

目的:分析脑内环形强化病灶的MRI影像 学特征,探讨脑转移瘤 、 胶质瘤、脑脓肿鉴别诊断要点.

Objective To study the clinicopathological characteristics and the differential diagnosis of uterine adenomatoid tumor.

目的探讨子宫腺瘤样瘤的临床病理特点和鉴别诊断要点.

Differential diagnosis of the disease is not infrequently difficult.

这种病的鉴别诊断往往很难.

Objective To study the clinicopathologic characteristics, diagnosis and differential diagnosis of tubular carcinoma of breast.

目的探讨乳腺小管癌的临床病理特征 、 诊断与鉴别诊断要点.

The linearized oscillations of the nonlinear autonomous delay differential equation are studied.

研究了非线性时滞微分方程的线性化振动性.

The stability of sliding mode in nonlinear system was proven by the nonlinear differential equation.

在此基础上,设计了飞行器模型参考变结构姿态控制系统,并严格证明了系统状态在滑动模态的稳定性.

This paper investigates Random Walk and Discrete Backward Stochastic Differential Equation.

本文研究了随机游走和离散的倒向随机微分方程.

Using the annual data from 1980 to 2002 the parameters of the differential equation were estimated.

利用1980~2002年的年度数据估计了微分方程的参数.

This paper discusses a new partial differential equation model for resolution enhancement of image.

讨论一种新的图像分辨率增强的偏微分方程模型.

It takes neither differential equation nor Laplace transformation. Instead , some algebraic Methods: Will do.

该法既不用微分方程,也不需拉普拉斯变换, 主要地应用一些代数方法即可完成.

Essentially, the opposite reaction kinetics process is a process of resolving the order ordinary differential equation.

对峙反应动力学过程, 其实质是一个求解一阶常微分方程的过程.

In this paper , we discuss and replenish Liouville formula of linear differential equation.

对线性微分方程中的刘维尔公式做了适当的补充和讨论.