The Newtonian telescope was invented by Isaac Newton.

牛顿的望远镜是由艾萨克·牛顿发明的。

Understanding Newtonian physics is essential for engineers.

理解牛顿的物理学对工程师来说是必不可少的。

Many physics problems can be solved using Newtonian mechanics.

许多物理问题可以用牛顿的力学来解决。

Newtonian fluids have a constant viscosity regardless of stress.

牛顿的流体在任何应力下都有恒定的粘度。

The Newtonian laws of motion are fundamental to classical mechanics.

牛顿的运动定律是经典力学的基础。

Newtonian gravity assumes action at a distance, in clear violation of the principle of relativity.

牛顿的重力理论假设了超距作用, 明显违反了相对论原理.

On the Newtonian theory, for instance, acceleration varies with distance, but distance also varies with acceleration.

例如, 根据牛顿的理论, 加速度随距离变化, 而距离也随加速度变化.

The rheological analysis showed that the substance behaves like a non-Newtonian fluid.

流变分析显示该物质表现为非牛顿流体。

A NEWTONIAN POTENTIAL SIMULATING THE KERR METRIC.

模拟Kerr度规的牛顿型引力势.

Dynamics starts with fundamentals of Newtonian mechanics.

本课程由牛顿力学之基础开始.