����ֲ��ҶƬ���䴫��PROSPECT ģ�͵����ۣ�������������ԴPLATE ģ�����˶�Ҫ���ܡ���һ���о�ҶƬ�ṹ��ҶƬ��ѧ���ղ�����ҶƬ�����ʡ�͸����֮��ķ����Թ�ϵ����������õ�������ҶƬ��������ʾ��������ҶƬ�ķ����ʡ�͸���ʡ�������Stokes ��ѧϵͳ���ۼ�����ģ�������е�Ӧ�ã����ø������ķ���֤�������ͬ�Թ�ѧ�����з����ʺ�͸���ʵ��ƹ�ϵʽ������PROSPECT ģ�ͻ������õ�����ģ�ͣ���������������£��ܹ�׼ȷģ��ҶƬ�ķ����ʺ�͸���ʡ�

We introduce the classical radiative transfer theory-PROSPECT and reviewed the PLATE model whose theory PROSPECT is based on�� The transfer equation for the leaf reflectance and transmittance will be further discussed in its basic form for a plane-parallel��homogeneous plate with three optical parameters��absorption coefficient ( k) ��refraction coefficient ( n) and leaf structure ( N) �� The Stokes system is introduced��which is commonly used in radiative transfer equations�� A solution for the leaf reflectance and transmittance is derived seriously by complex vector�� Under limited conditons��the result from accurate modeling of the optical effect of leaf shows that the PROSPECT becomes popular radiative transter tool due to its physical model agreement with leaf structure��