一维坐标

设样品的少子产生率仅是一维坐标的函数，计算了P型双面抛光硅单晶样品的表面光电压。

The surface photovoltage of P-type crystal silicon wafer polished both sides was calculated on the assumption that the minority carrier generation of sample is only a function of one dimension coordinate .

在此基础上，通过增加一维坐标轴可以进一步实现四维Lorenz散点图的分析。

On this basis , by increasing the one-dimensional axes we can further come to the 4-D Lorenz plots analysis .

并针对一维坐标下二代像管在特定运动状态下的传递函数进行了具体的推导分析和理论计算，给出了具体的解析表达式及计算曲线。

Moreover , we give analytic results and curves of DTF for the image tube of second generation when objects move in specific ways .

该方法采用一维坐标系的数据模型描述和绘制监控场景，通过相对定位方式标定车辆位置。

In the method , representations and drawing of monitor scene used data model of one-dimensional coordinate system , and buses were located by relative location .

针对以上问题，我们建立一个一维坐标空间三维速度空间的斜磁场作用下的等离子体鞘层物理模型。

In allusion to these problems , a plasma sheath model in an oblique magnetic field , which has one dimension coordinate space and three dimensions speed space , has been build .

优化节点载荷序列在假想一维坐标轴上的排列顺序就可以降低拟合阶数，从而达到减少分布动载荷识别中需求的测量点数的目标。

When these node loads on the supposed axes are arrayed in an optimized order , the fitting order can be reduced and the object of reducing the number of measure points can be reached .

该方法通过求解从激光测头的一维坐标向三维坐标转换的变换矩阵确定激光测头在测量机直角坐标系中的方向。

By solving the matrix from transforming the 1-D data of laser sensor into 3-D data , the direction of the laser sensor in the Cartesian coordinate of a coordinate measuring machine ( CMM ) is determined .

建立一个一维坐标空间、三维速度空间的斜磁场作用下的射频等离子体平板鞘层模型，讨论了磁场对射频鞘层结构及其参数特性的影响。

A radio frequency flat plasma sheath model in an oblique magnetic field is built , which has one-dimensional coordinate space and three-dimensional speed space . The effect of magnetic field on the structure of radio frequency sheath and characteristic parameters are discussed .

该控制器的核心是一个两维的存贮区间，其中一维坐标由水轮机转速决定，而另一维则由当前水轮机转速和指令信号之间的误差决定。

The adaptive CMAC controller has a two dimensional memory area , the horizontal memory location is selected by the speed of the hydraulic turbine and the vertical memory location is selected by the speed error between the turbine speed and the input signal .

在一维球坐标系下模拟了1998年11月4日至5日3个连续日冕物质抛射（CME）在行星际空间的传播和相互作用并最终形成复杂抛射的日地传输过程。

The solar-terrestrial transit process of three successive CMEs during November 4-5 , 1998 has been investigated numerically in one-dimensional spherical geometry .

实际的控制系统可分为单输入输出和多输入输出系统，而多输入输出系统问题可以分解为多个单输入输出系统，因此研究一维UFP坐标变换具有重要意义。

Control systems can be clarified as multi-input multi-output systems and single-input single-output systems , and multi-input multi-output systems can decompose into multiple single-input single-output systems . Therefore , researching on 1-dimensional UFP-CT has important values .

离散节块输运方法在一维曲线坐标系中的应用

A discrete nodal method for one-dimensional neutron transport numerical calculation in curvilinear geometries

以三坐标测量机为平台，设计一维虚拟坐标测量系统，利用该虚拟坐标测量系统，进行原理性实验，并对实验数据进行处理。

The one-dimension virtual coordinate system is carried out on a three-Coordinate Measuring Machine .

用建立一维曲线坐标系的方法简易求解了一类特殊的力学问题。

A kind of Mechanics problems have been simply solved by establishing one-dimensional curved axis .

实际情况下内热源项均随温度发生变化，本文建立了以煤粉为研究对象的可变内热源一维直角坐标下的传热模型，获得了其内部的温度变化趋势。

In this paper using coal parameter to establish Cartesian coordinate heat transfer model with changeable inner heat source and acquired inner temperature change direction .

从一已知的时间无关对称出发或从与一维空间坐标有关的任意函数出发，均可得到一包含时间任意函数的形式级数对称。

Starting from a known time in-dependent symmetry or an arbitrary function of 1-D space , we can get a formal se-ries symmetry with an arbitrary function of time t.

为了获得生物皮肤组织在不同条件下传热特性的数学模型及其传热规律，分别在一维直角坐标系和一维圆柱坐标系下，建立了稳态条件下基于皮肤组织单层结构和多层结构的传热数学模型。

To obtain the mathematical description and the properties of biology skin tissue conduction under various heat condition , a single-layer model and a multi-layer model of skin conduction are established respectively in one-dimensional Cartesian and cylindrical coordinates .

从二维及三维测量仪器衍化出二维及三维虚拟坐标测量系统，以一维虚拟坐标测量系统为基础，但与一维系统又有本质区别。本文提出将虚拟坐标测量系统融入测量仪器初步的精度检定方法；

By the way of embedding the 2 - and 3 - dimension virtual coordinate measuring systems into the 2 - and 3-dimension measuring instruments respectively , the systematic and random errors of the instruments can be obtained and corrected .

通过对谱方法求解结果与文献的结果进行比较和误差分析，验证了谱方法能简便、高效、高精度的解决一维球面坐标系下辐射问题以及辐射与导热相耦合的问题。

An error comparison is made between present results and those from references . The final conclusions can be obtained that : the spectral methods can be used to solve radiative heat transfer alone , and can also to solve the coupled conduction-radiation problems in one-dimensional spherical media system efficiently .

随着近代科学技术的发展，几何尺寸与形位测量已从简单的一维、二维坐标或形体发展到复杂的三维物体测量。

As the development of modern science and technology , measurement of geometric size , shape and position has expanded from one or two dimension to three .

在此基础上，以研究一维河网及曲线坐标系下二维、三维河流水动力和水质模型作为本文的工作重点。

The research emphasis of this thesis is to study the hydrodynamic and water quality model of one dimension , two-dimension , three-dimension .