1) Perceptual Function
感性功能
1.
Therefore, the designers should pay more attention to the shapes of products,research the design of products in a variety of artistic styles from the angle of sense, so as to promote perceptual functionsof products.
设计师因此应该更多关注产品的形态研究,从感官角度以多元化的思路研究产品设计,以提高产品的感性功能。
2) Sexual sensibility
性感觉功能
3) sensor function characteristic
传感功能特性
4) emotional function
情感功能
1.
As required by modern education,we should be fully aware of students subjective role,put emphasis on the positive emotional function,take good care of every students,cultivate their healthy personality and quality and construct active and pleasant studying environments in which students can learn things creatively so as to realize their ideal education and life goals.
现代教育应该充分认识学生的主体作用 ,注重发挥积极的情感功能 ,关爱每一位学生 ,培养学生健康的人格品质 ,营造一种学生积极向上、轻松愉悦的学习环境 ,创造性地学习 ,从而实现理想的教育和人生目标。
2.
On the basis of collecting lots of materials and through the analysis of the application of everydaywords,this article try to systematically discuss some methods of the realization of the emotional function of language.
通过对日常语言的具体应用的分析,在收集整理了大量语料的基础上,本文试图系统地讨论语言情感功能的几个基本的实现方式,它们是:词汇选择,语音特点以及修辞手法。
3.
The emotional function of English words and phrases has a direct bearing on context,the position,viewpoint and feelings of a speaker.
英语词汇的情感功能与语境、说话人的立场、观点和感情密切相关。
5) Sensing function
感知功能
1.
Then,three aspects of spectrum sensing are studied,including sensing requirements,sensing function and sensing plan.
然后,从三个方面对频谱感知进行了研究,包括频谱感知要求,频谱感知功能和频谱感知方案。
6) sensory function
感觉功能
1.
Assessment of sensory function,reflex and balance function in stroke;
脑卒中后感觉功能、反射和平衡功能评估
2.
The theory of processing recourses proposed that sensory function (SF), speed, capacity, and inhibition are four mediators that affect cognitive aging.
结果表明 :(1 )感觉功能、加工速度和加工容量是基本心理能力老化的重要中介变量 ;(2 )基本心理能力老化的中介作用表现出层次性。
3.
We explored the effect on the hind limb motor as well as sensory function recovery.
【目的】探讨神经干细胞和嗅鞘细胞联合移植入全横断脊髓损伤慢性期大鼠脊髓后,大鼠后肢运动和感觉功能的变化,并观察移植细胞的存活、迁移和分化的情况,为干细胞移植治疗脊髓损伤提供一定的理论和实验依据。
补充资料:人脑的功能分化左右大脑半球的功能特化
李瑞端绘
[图]
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条