木材解剖数据兰考泡桐导管分布频率

本数据记录了木材解剖入库数据中兰考泡桐导管分布频率的序号、切片编号、每平方毫米导管数的平均值、每平方毫米导管数的标准差、每平方毫米导管数的最大值、每平方毫米导管数的最小值、导管弦向直径平均值、导管弦向直径标准差、导管弦向直径最大值、导管弦向直径最小值等记录。木材解剖结构是木材性质的基础，它影响木材的物理力学等性质，了解木材的解剖结构，才能更好地认识木材，进而更好地利用木材。当前数据包括木材纤维的长短、宽度、胞壁的厚度和胞壁率、各种组织的比量和导管分布频率等。This dataset documents various records associated with the vessel distribution frequency of Paulownia elongata cv. Lankao derived from stored wood anatomical data, including serial numbers of vessel distribution frequency, slice identification numbers, mean number of vessels per square millimeter, standard deviation of vessel count per square millimeter, maximum vessel count per square millimeter, minimum vessel count per square millimeter, mean tangential diameter of vessels, standard deviation of vessel tangential diameter, maximum tangential diameter of vessels, minimum tangential diameter of vessels, and other related entries. Wood anatomical structure constitutes the fundamental basis of wood properties, and it exerts influences on the physical and mechanical characteristics of wood. A thorough understanding of wood anatomical structure is critical for better recognizing and utilizing wood resources. The current dataset additionally covers the length, width, cell wall thickness, cell wall ratio of wood fibers, proportions of various tissues, vessel distribution frequency, and other relevant anatomical parameters.

搜集汇总

背景与挑战

背景概述

该数据集记录了兰考泡桐木材解剖结构中导管分布频率的详细数据，包括每平方毫米导管数和导管弦向直径的统计值（如平均值、标准差等），共9列29行，数据格式为表格。数据集来源于国家林业和草原科学数据中心，基于实验室测量，质量可靠，错误率低，旨在支持木材性质研究，对理解木材解剖结构及其物理力学性质有重要意义。