对反向积分方法问题作了初步探讨。
反向积分伴随方程的时间可以缩短。
有了边界变量偏导数的终端值以及它们适合的微分方程，就可以由终端反向积分这些微分方程求解出这些变量来。
With the terminal value of the partial derivative for boundary variates and their differetial equation, the variates can be solved by backward derivation of the differetial equation.
实验采用双积分球测量系统以及运用生物组织的反向倍增（IAD）光学模型。
The measurements were performed using a double-integrating-sphere setup, and the optical parameters were assessed from these measurements using the inverse adding-doubling method(IAD).
实验采用双积分球测量系统以及运用生物组织的反向倍增（IAD）光学模型。
The measurements were performed using a double-integrating-sphere setup, and the optical parameters were assessed from these measurements using the inverse adding-doubling method(IAD).
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