Draw the plan on a grid.

用坐标方格画平面。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库地理位置示意及平面。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

断面形状为沿对称轴对折椭圆，此对称轴始终垂直于轴截面，其方向与平面流道线无关。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

本文主要考虑外平面反馈点集并给出了一个求外平面点赋权反馈点集线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础，探讨了在基于地质观测数据、钻孔数据、平面数据、剖面数据断层建模方法和建模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研究了双流道污水泵叶轮常用纸表达方法，发现平面断面投影结果与轴面确定断面形状尺寸不一致问题。

Draw the plan on a grid.

用坐标方格画平面图。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库理位置示意图及平面图。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

断面形状称轴折的椭圆，此称轴始终垂直于轴截面，其方向与平面图上的流道线无关。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

本文主要考虑外平面图的反馈点集并给出了一个求外平面图最小顶点赋权反馈点集的线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础上，探讨了在基于测数据、钻孔数据、平面图数据、剖面图数据的断层建模方法和建模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研究了双流道污水泵叶轮常用的图纸表达方法，发现平面图上的断面投影结果与轴面图确定的断面形状尺寸不一致的问题。

Draw the plan on a grid.

用坐标方格画平面图。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库地理位置示意图及平面图。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

断面形状为沿对称轴对折的椭圆，此对称轴始终垂直于轴截面，其方向与平面图上的流道线。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

文主要考虑外平面图的反馈点集并给出了外平面图最小顶点赋权反馈点集的线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础上，探讨了在基于地质观测数据、钻孔数据、平面图数据、剖面图数据的断层建模方法和建模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研究了双流道污水泵叶轮常用的图纸表达方法，发现平面图上的断面投影结果与轴面图确定的断面形状尺寸不致的问题。

Draw the plan on a grid.

用坐画平面图。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库地理位置示意图及平面图。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

断面形状为沿对称轴对折的椭圆，此对称轴始终垂直于轴截面，其向与平面图上的流道线无关。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

本文主要考虑外平面图的反馈点集并给出了一个求外平面图最小顶点赋权反馈点集的线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础上，探讨了在基于地质观测数据、钻孔数据、平面图数据、剖面图数据的断层建模法建模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研究了双流道污水泵叶轮常用的图纸表达法，发现平面图上的断面投影结果与轴面图确定的断面形状尺寸不一致的问题。

Draw the plan on a grid.

用坐标方格画平面图。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库地理位置示意图及平面图。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

断面形状为沿对称轴对折的椭圆，此对称轴始终垂直于轴截面，其方向与平面图上的流道线无关。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

本文主要考虑外平面图的反馈点集并给出一个求外平面图最小顶点赋权反馈点集的线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础上，探讨在基于地质观测数据、钻孔数据、平面图数据、剖面图数据的断层建模方法和建模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研流道污水泵叶轮常用的图纸表达方法，发现平面图上的断面投影结果与轴面图确定的断面形状尺寸不一致的问题。

Draw the plan on a grid.

用格画平面图。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库地理位置示意图及平面图。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

断面形状为沿对称轴对折的椭圆，此对称轴始终垂直于轴截面，其向与平面图上的流道线无关。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

本文主要考虑外平面图的反馈点集并给出了一个求外平面图最小顶点赋权反馈点集的线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础上，探讨了在基于地质观测数据、钻孔数据、平面图数据、剖面图数据的断层模法模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研究了双流道污水泵叶轮常用的图纸表达法，发现平面图上的断面投影结果与轴面图确定的断面形状尺寸不一致的问题。

Draw the plan on a grid.

用坐标方格画平面。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库地理位置示意及平面。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

断面形状为沿对称轴对折椭圆，此对称轴始终垂直于轴截面，其方向与平面流道线无关。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

本文主要考虑外平面反馈点集并给出了一个求外平面点赋权反馈点集线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础，探讨了在基于地质观测数据、钻孔数据、平面数据、剖面数据断层建模方法和建模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研究了双流道污水泵叶轮常用纸表达方法，发现平面断面投影结果与轴面确定断面形状尺寸不一致问题。

Draw the plan on a grid.

用坐标方格画平。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库地理位置示意及平。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

形状为沿对称轴对折的椭圆，此对称轴始终垂直于轴截，其方向与平上的流道线无关。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

本文主要考虑外平的反馈点集并给出了一个求外平最小顶点赋权反馈点集的线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础上，探讨了在基于地质观测数、数、平数、剖数的层建模方法和建模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研究了双流道污水泵叶轮常用的纸表达方法，发现平上的投影结果与轴确定的形状尺寸不一致的问题。

Draw the plan on a grid.

用坐标方格画平面图。

(8) The sketch map or ichnography on the location of the warehouse.

（八）仓库地理位置示意图及平面图。

The shape of cross-section is an ellipse folded in half through one symmetry axis, and the axis keeps perpendicular with pinacoid-view.

断面形状为沿对称轴对折的椭圆，此对称轴始终垂直于轴截面，其方向与平面图上的流道线无关。

In this paper, we study the minimum-weight feedback vertex set problem in outerplanar graphs and present a linear time algorithm to solve it.

本文主要平面图的反馈给出了一个求平面图最小顶赋权反馈的线性时间算法。

On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.

在此基础上，探讨了在基于地质观测数据、钻孔数据、平面图数据、剖面图数据的断层建模方法和建模流程。

The drawing method for the double channel impeller is studied.It is found that there is an in-conformity between the dimensions of plane-view and pinacoid-view of fluid cross-section.

摘要研究了双流道污水泵叶轮常用的图纸表达方法，发现平面图上的断面投影结果与轴面图确定的断面形状尺寸不一致的问题。