the National Natural Science Foundation of China (No.50374038);the Doctorate Foundation of the State Educa-tion Ministry of China (No.20030251002);the Key Program of the State Education Ministry of China (No.03071);ShanghaiMunicipal Science and Technology Commission (No.045407017);Shanghai Postdoctoral Foundation (No.04R214124)
The mathematical model to characterize the transport of microorganisms in a finite-length cylindrical pore with the inside surface rich in microbial nutrients is developed, and the transport behavior of microorganisms...
Supported by the National Natural Science Foundation of China (No.50374038), the Doctorate Foundation of the State Education Ministry of China (No.20030251002), the Key Program of the State Education Ministry of China (No.03071), Shanghai Municipal Science and Technology Commission (No.045407017), and Shanghai Postdoctoral Foundation (No.04R214124).
The mathematical model to characterize the transport of microorganisms in a finite-length cylindrical pore with the inside surface rich in microbial nutrients is developed, and the transport behavior of microorganisms...
This work was supported by the National Natural Science Foundation of China(No.50374038,50574040);Specialized Research Fund for the Doctoral Program of Higher Education(20030251002);Key Project of the Ministry of Education(03071);by the Department of Science and Technology Shanghai(045407017).
The molar absorption coefficients of each of 14 kinds of amino acids were determined by the spectrophotometric method, and the mean molar absorption coefficients of 37 different mixtures of each with amino acid compos...