Open AccessThe Relationship between Fungal Growth Rate and Temperature and Humidity
Author(s) -
Zhichao Zhan,
Ming Xu,
Yue Li,
Meihua Dong
Publication year - 2021
Publication title -
international journal of engineering and management research
Language(s) - English
Resource type - Journals
eISSN - 2394-6962
pISSN - 2250-0758
DOI - 10.31033/ijemr.11.3.13
Subject(s) - elongation , mycelium , humidity , fiber , decomposition , moisture , growth rate , relative humidity , combing , mathematics , botany , thermodynamics , biological system , materials science , composite material , biology , ecology , physics , geometry , ultimate tensile strength
In order to determine the relation among the three factors of wood fiber decomposition rate, mycelial elongation and moisture resistance, our team resorted to the Monod equation and the modified Logistic equation. Combing with the kinetic principle and the law of mass action, the equations between the decomposition rate of wood fiber, the elongation rate of mycelium and the moisture resistance were established. In the course of solving the model, we found that when the temperature ranges from 24? to 28? and the relative humidity from 60% to75%, the growth rate of fungi is the fastest.