planimetry

简明释义

英[plæˈnɪmɪtri]美[plæˈnɪmɪtri]

n. 平面几何；测面法

英英释义

单词用法

同义词

反义词

例句

1.Functions includes generation of planimetry, profiles and route time tables of rides.

功能包括生成测量面积的方法，统计数据和骑车的行车时间表。

2.Quantification of the proliferation reaction was performed using standard planimetry techniques and Micro-plan II image analysis system.

采用电子面板标准面积计算技术对再狭窄增殖组织作定量分析。

3.Quantification of the proliferation reaction was performed using standard planimetry techniques and Micro-plan II image analysis system.

采用电子面板标准面积计算技术对再狭窄增殖组织作定量分析。

4.Using planimetry, we can determine the size of the park in square meters.

通过平面测量，我们可以确定公园的面积（以平方米计算）。

5.Surveyors often use planimetry to calculate land areas for real estate development.

测量员通常使用平面测量来计算房地产开发的土地面积。

6.The architect relied on planimetry to accurately design the layout of the building.

建筑师依靠平面测量来准确设计建筑的布局。

7.In geography, planimetry is used to measure areas on maps and charts.

在地理学中，平面测量用于测量地图和图表上的区域。

8.In mathematics, planimetry involves the study of flat surfaces and their properties.

在数学中，平面测量涉及平面及其性质的研究。

作文

Planimetry is a term that refers to the measurement of areas on a flat surface. It is an essential concept in various fields, including geography, architecture, and engineering. Understanding planimetry (平面测量) allows professionals to accurately calculate land areas, design structures, and analyze spatial data. In this essay, we will explore the significance of planimetry (平面测量) in modern applications and its impact on our daily lives.One of the primary applications of planimetry (平面测量) is in land surveying. Surveyors use precise instruments to measure the dimensions of plots of land, determining their area and boundaries. This information is crucial for property ownership, urban planning, and environmental management. For instance, when a new housing development is proposed, planners must assess the land's area to ensure it can accommodate the planned structures and infrastructure. Without accurate planimetry (平面测量), such projects could lead to overbuilding or violations of zoning laws.In architecture, planimetry (平面测量) plays a vital role in the design process. Architects rely on accurate area measurements to create blueprints and models of buildings. By understanding the area of different spaces within a structure, architects can optimize layouts for functionality and aesthetics. For example, when designing a public park, landscape architects use planimetry (平面测量) to determine how much green space is available and how to distribute amenities like walking paths, benches, and playgrounds. This careful planning ensures that parks serve the community effectively and provide accessible recreational opportunities.Moreover, planimetry (平面测量) is increasingly important in the field of Geographic Information Systems (GIS). GIS technology allows users to analyze spatial data and visualize geographical information. By incorporating planimetry (平面测量) techniques, GIS professionals can create detailed maps that represent various features of the landscape, such as elevation, vegetation, and urban development. These maps are invaluable for decision-makers in government and business, as they provide insights into land use patterns, environmental impact assessments, and resource management.In addition to its professional applications, planimetry (平面测量) also has relevance in education and personal projects. Students studying geography or environmental science often engage in activities that involve measuring areas of land or creating maps. These exercises help them develop critical thinking and analytical skills while fostering a deeper understanding of spatial relationships. On a personal level, individuals who enjoy gardening or landscaping can benefit from planimetry (平面测量) by accurately measuring their yards to plan for planting or outdoor features.In conclusion, planimetry (平面测量) is a fundamental concept that impacts numerous aspects of our lives. From land surveying and architecture to GIS technology and education, the ability to measure areas on a flat surface is essential for effective planning and decision-making. As we continue to advance technologically, the importance of planimetry (平面测量) will only grow, highlighting the need for professionals and individuals alike to understand and apply this skill in various contexts.