我们超越传统的一级近似，对磁输运特性进行了系统分析。
We exceed the traditional first-ordered approximation to systematically analyze magnetotransport properties.
实际计算结果表明用高级近似计算代替一级近似解是必要的。
The calculated results show that it is necessary to use the high-order …
同时，作为一级近似，在自由大气中我们可以忽略涡度粘滞力的影响。
At the same time, we can neglect, as a first approximation, the influence of eddy-viscosity forces in the free atmosphere.
结果表明，非线性模型较之于线性模型是对真实层状介层的更高一级近似。
The result shows that the non-linear model should be rather more approximate to the true bedded media than that of the linear one.
做个一级近似就是：你成了自己的老板——即便是在教学项目上，你仍享有巨大的自由。
To first approximation you are your own boss, and even when it comes to teaching you typically have a tremendous amount of freedom.
利用直接微扰法，给出了该系统的一级近似波函数及能谱随时间的演化规律。
This model is solved by applying the direct perturbation method. The time evolution of spectrum and the first order approximate wave function for the system are presented.
结果表明原来的三参数几何亮点模型是在高频情况下未敷瓦壳体的一级近似。
The results show that the former geometrical highlight model with three parameters is approximation of one order for naked shells at high frequencies.
对向定常流区推进的单向波问题给出了解的一级近似和二级近似的普遍表示式；
Venant's differential equations. The general analytical solutions of 1st and 2nd approximations have been given for one directional wave flow which propagates into the steady flow region.
应用微扰论的方法对落体偏东进行研究，给出了在地球自转角速度一级近似下的计算公式。
By using perturbation mode, we study the free falling eastward body, and present the first approximate calculation formula of the rotation angular velocity of the earth.
球状弹性均匀地球模型是地球的一级近似，本文给出计算该地球模型固体潮应力场的计算方法。
Homogeneous spherical elastic earth model is the first approximation of the real earth in the approach to study the earth tide, this paper gives a numerical.
利用泰勒展式的一级近似，得到了缺陷模频率的解析表达式，进而得到紧束缚理论中的耦合因子。
Under the first-order approximation of Taylor expansion, the analytic expression for the defect mode frequency is derived, from which the coupling factor is deduced.
目的：获得(一级并行)米氏消除药物静脉注射给药时的血药浓度近似解。
Objective: To establish a numerical method for plasma concentration of drugs obeying parallel first order and Michaelis-Menten clearance kinetics by bolus intravenous administration.
目的：获得(一级并行)米氏消除药物静脉注射给药时的血药浓度近似解。
Objective: To establish a numerical method for plasma concentration of drugs obeying parallel first order and Michaelis-Menten clearance kinetics by bolus intravenous administration.
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