简要介绍了熵概念的产生及熵增加原理，讨论了生命体负熵产生的机理及其在生物学中的应用。
This article introduces the concept of entropy and entropy increases principle, and discusses negative entropy yield of life body and its simple applications in biology.
起源于热力学的熵理论和耗散结构理论已广泛的运用到物理、化学、生物、经济甚至哲学等领域。
The theory of entropy and dissipative structure originated in the thermodynamics has been widely applied to the physical, chemical, biological, economic, and even the field of philosophy.
通过对生物制药企业技术创新三阶段影响因素的分析，建立了基于熵的模糊决策分析模型。
This paper analyzes the influencing factors of technology innovation in three phases for Bio-pharmaceutical enterprises, and puts forward a model based on fuzzy decision based on entropy.
施用铜制剂还显著影响了土壤的生物学指标，表现为土壤基础呼吸和代谢熵升高，微生物生物量碳降低。
Moreover, the biological indexes of soil were affected, basal respiration and metabolic quotients were increased, microbial carbon was declined.
实验结果表明，近似熵能够表征大脑生理状态的改变，可用于脑电生物反馈疗效的评价。
Thus, the ApEn criterion can indicate changes of the brain state and be used to evaluate the effect of EEG biofeedback.
实验结果表明，近似熵能够表征大脑生理状态的改变，可用于脑电生物反馈疗效的评价。
Thus, the ApEn criterion can indicate changes of the brain state and be used to evaluate the effect of EEG biofeedback.
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