他一直在努力寻找合适的方程来描述他的新引力概念，这些方程将定义物体如何在空间中移动，以及物体是如何扭曲空间的。
He was struggling to find the right equations that would describe his new concept of gravity, ones that would define how objects move through space and how space is curved by objects.
因此，我想要理解这些方程并解决他们。
如果这些方程稍微偏离一点会怎么样呢？
这些方程太过复杂了。
这些方程是在直角座标系中写出的。
这些方程是在直角座标系中写出的。
这些方程序看起来有些熟悉。
最后还以图例说明了这些方程的应用。
Finally, the application of some equations of them has geen illustrated by graphs.
根据这些方程计算出的结果与实验结果一致。
The results calculated by the equations are in agreement with the experimental results.
这些方程的计算结果与大量实验数据相吻合。
The computer solutions of these equations are in good agreement with experimental data.
这些方程的误差均在壳体理论的误差范围之内。
The errors resulted in these equations are within the margin that are allowed in the theory of shells.
这些方程对规划设计和运行管理都具有普通意义。
These equations are of great significance in its planning, designing, operation and management.
这些方程在物理学和力学中有着广泛的应用背景。
These equations have a wide-ranging applied background in physics and mechanics.
某一故障子网络或者故障元件可以由这些方程直接测定。
A faulty subnetwork or component can be located directly by these equations.
这些方程是进行生物电流检测和组织功能成像的理论基础。
These equations are the base of the bioelectric currents detecting and the function imaging of tissue.
所假定的这些方程的线性，可归因于空间和时间的均匀性。
The assumed linearity of these equations can be related to the uniformity of space and time.
这些方程可以通过有限差分或有限元等数值方法进行求解。
These equations can be solved using numerical methods based on the finite difference or the finite element.
纵使整个形象的描述都必须加以改变，这些方程也继续有效。
Even though the entire imagery had to be changed, the validity of those equations persisted.
本文给出的这些方程的离散化形式特别适合于用计算机求解。
These discrete forms of the equations given by this paper are particularly suited to use a computer to solve their solutions.
设计人员可用这些方程作为一个标准，对提出的设计修改作出评价。
The designer can use the equations as a standard against which proposed design changes.
用行波方法得到了这些方程的显式精确解，即有理分式型孤立波解。
The exact and explicit solutions of these equations are obtained by using the travelling wave method. These exact solutions are solitary wave solutions of a rational type.
我并没有说明，其工作原理的细节，但这些方程，是电容器和变压器运作的基本原理。
I don't really claim that I have given you enough details to understand how they work, but basically these equations are the heart of understanding how things like capacitors and transformers work.
这些方程最简明地给定了物体转动运动量与物体所受力系主矩之间的关系。
These equations most briefly demonstrate the relationship between rotational motion quantity of body and principal moment of force system.
这些方程可以再转换到时间域，以便清楚地用时间的函数来描述平台的运动。
These equation can be transformed back again into the time domain to describe the platform motion explicitly as a function of time.
这些方程可以使用大范围的参数和属性，它们可以让你创建很多不同类型的约束。
The wide range of parameters and attributes available to these equations lets you create many different types of constraints.
根据上述模型，导出相应的钙矾石碳化动力学方程，这些方程与实验数据相吻合。
The carbonation kinetic equations are derived from above model, and they fit well with empiric data.
从负常曲率曲面导出了两个非线性演化方程，并给出了这些方程的解之间的等价变换。
Two non—linear evolution equations are derived from the surfaces of negative constant Curvature, and equivalent transformations among solutions of these equations are given.
这些方程以最优雅、最简洁的方式描述了电场和磁场的特性以及电场、磁场与物质互相作用的方式。
These equations represent one of the most elegant and concise ways to state the behaviour of electric and magnetic fields and how they interact with matter.
将特征线理论用于这些方程，得出了特征相容关系，并由此确定了定常流动中的边界条件。
Applying the characteristics theory to the equations, the characteristic compatibility relations are obtained, and the boundary conditions are established.
将特征线理论用于这些方程，得出了特征相容关系，并由此确定了定常流动中的边界条件。
Applying the characteristics theory to the equations, the characteristic compatibility relations are obtained, and the boundary conditions are established.
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