1.
Research on Methods for Facial Expression Intensity Measurement Based on Video;
基于视频的面部表情强度度量方法研究
2.
Double-Mode Estimation of Emotion Intensity Based on Facial and Action's Expression
基于面部和动作表情的双模态情绪强度估计
3.
Study on Employee Job Satisfaction Based on the Faces Scale
基于面部表情量表的员工工作满意度研究
4.
Our faces reveal emotions and attitudes, but we should not attempt to "read" people from another culture as we would "read" someone from our own culture.
我们可用面部表达情感和态度，但我们不能像判断本国人面部表情那样去衡量异国人。
5.
Emittance and irradiance are meaningful measurements of flux at a specific surface.
发射强度和辐照强度只有对一定表面上通量的量度才是有意义的。
6.
Floc properties may be described by properties as floc strength, specific surface area, surface potential and surface energy.
絮凝物可以通过絮凝物强度,具体表面,表面潜力和表面能量来描述。
7.
Relationship between Surface Length and Inside Length of Fatigue Crack in Ultra-high Strength Steel
航空用超高强度钢疲劳裂纹表面长度与内部长度之间的关系
8.
Tectonic intensity quantification method and its application to the superimposed basins in West China
中国西部叠合盆地构造强度定量表征及其应用
9.
determination of the apparent initial circumferential tensile strength
表面内周拉伸强度的测
10.
particular measured surface
面积（某一量度的表面）
11.
The making of Chinese static facial expression photos and its reliability and validity
制备中国人物静态面部表情图片及信度效度的初探
12.
Effect of Discriminability on Interference Between Facial Expression and Facial Identity Recognition;
区分度在面部表情与面孔身份识别交互中的作用
13.
The surface strength, brightness, opacity, glossiness, and absorbency are influenced by the amount of binder in the coating.
涂料中胶粘剂的用量直接影响纸张的印刷表面强度、白度、不透明度、光泽度和吸收性。
14.
surface finish testing microscope
表面光洁度测量显微镜
15.
electronic profilometer
电子表面光洁度测量仪
16.
Surface strength: The ability of the paper surface to resist picking.
表面强度:纸面抗拒剥纸的能力。
17.
Tacky inks print sharp lines and half-tones but causes picking if the paper surface is not strong enough. Tack can be measured by using instrument called "tack meter".
粘度高的墨，使线条及网点印得清晰，但若约的表面强弱，就会引致剥纸。粘度可用粘度计测量。
18.
On the Application of Surface Accentuated Technology of High - energy Density Energy Resources in the Industry of Mould Maufacture;
浅谈高能量密度能源表面强化技术在模具制造行业的应用