1)  perceptual entropy
感觉熵
1.
By using this new criterion,the encoder can distinguish the real transient signal from the stable signals with high perceptual entropy.
提出了临界频带能量变化率准则作为音频编码器MDCT窗型切换的准则，有效地将感觉熵很高的平稳信号与真正的突发信号区分开，从而减少了MPEG Layer III标准使用的"感觉熵"准则对窗型的误判现象，改善了编码音质和压缩效率。
2)  Sensation
感觉
1.
Effects of Hue and Saturation in Color Paper on Subjective Sensation;
纸张底色色调与饱和度对主观感觉的影响
2.
Finding the sensation in the balance between basketball match control and its smoothness;
在篮球比赛控制和比赛流畅的平衡间寻找感觉
3.
The analysis of sensation and perception in rhetoric speech constructing;
修辞话语建构中的感觉和知觉因素
3)  perception
感觉
1.
From the perspective of literary history,the stream of consciousness in their novels experienced a shift from reason to perception,which in.
从文学史角度讲,他们小说中的意识流经历了一个从理性规范到感觉发现的流变,这一流变又促进了1980年代文学对"人"的发现与表现,促进了新时期文学中人学观念的复生。
2.
She,then,argues that mental time is the product of emergent integration of a person s unconscious recalling and unique perceptions.
笔者首先分析普鲁斯特的心理时间观念形成的原因与理论基础,然后阐述心理时间是人的不自主回忆与感官的独特感觉偶合的产物,进而凸显心理时间在主宰小说的时空,以及在筑起“回忆的巨厦”中所起的非凡作用。
3.
According to Locke s opinion, simple idea can be gained through perception or reflection, and complex ideas come from simple ideas and knowledge comes from ideas which consist of simple ideas and complex ideas.
洛克认为人心可以通过感觉或反省获得简单观念,人心加工简单观念就可以形成复杂观念,继而人心整合观念可形成知识。
4)  sensory
感觉
1.
Effect of rehabilitation training on the sensory dysfunction after stroke;
脑卒中后感觉障碍的康复训练作用探讨
2.
Sensory reeducation on restoration of sensation of fingers tele-segment palm after operation;
早期康复训练促进手指皮瓣术后的感觉恢复
3.
The function of regenerating nerve after end-to-side neurorrhaphy of sensory nerve;
感觉神经端侧吻合后再生纤维的功能
5)  feeling
感觉
1.
Examines the Associated Press Sense Center the Feeling Transformational Search Analyzes;
审美联觉中的感觉转换探析
6)  Sense
感觉
1.
Modeling and Digitizing of Sense Mechanism;
人体感觉机制的模型化与数字化
2.
The Grasping of Sense and Numerical Management in Tea House Management——The Experiment of Baishayuan Tea House;
茶馆经营中感觉的把握与数值化管理——白沙源的尝试
参考词条
补充资料：标准熵
分子式：
CAS号：

性质：根据热力学第三定律的普朗克表述(即0K时，纯物质的完整晶体的熵等于零)规定的物质的熵的绝对值，有时也称为规定熵(conventional entropy)。物理化学手册中给出的是纯物质在标准状态和298.15K的摩尔规定熵，也称为标准熵，符号Sm,298.15,单位J/(K·mol)。在确定熵值时需要用量热方法测量热容Cp与温度的关系以及各种相变热，因此规定熵也称量热熵(calorimetric entropy)。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。