1.
follicular and perifollicular hyperkeratosis
毛囊和毛囊周角化过度病
2.
Keratin Gene Mutation of an EHK Family;
表皮松解性角化过度家系基因突变研究
3.
follicular hyperkeratosis
毛囊性角质化过度症
4.
The Studies on the Unidirectionality of Grammaticalization from the Perspective of Counter-evidence;
从反例的角度看语法化过程的单向性
5.
Foreignization and Domestication in the Translation of Chinese Newspaper Neologisms-From the Perspective of Communication Process;
从传播过程角度看报刊新词英译的归化和异化
6.
Analysis of the Climbing Price of Real Estate Under "Potential Over-urbanization";
“潜在过度城市化”视角下房地产价格攀升探析
7.
E-process Enhancing Strategy Executive Ability;
基于战略提升角度的企业流程E化过程剖析
8.
The ratio of the change in the angle of a tangent that moves over a given arc to the length of the arc.
曲率切线通过给定弧线的角度变化与弧线长度之间的比率
9.
Prevention and Recovery of Marathon athlete s over training by physiology and Biochemistry;
从生理、生化角度谈马拉松运动员过度训练的预防与恢复
10.
On The Construction of Social Deliberative Political System--Regarding the process of the Political Institutionalization as an angle of the view
试论社会协商政治制度的构建——以政治制度化过程为视角
11.
We rounded the corner at high speed.
我们以高速度绕过拐角.
12.
Seg L=EN-US>Here the spirit of Ship Administration is revealed from various angles through sculptures and other forms.
罗星塔园通过雕塑等形式多角度展示了船政文化精神。
13.
Discussing the Evolutive Process of the Mazha-Kangxiwa-Subashi Suture Zone in West Kunlun Orogen by Stratigraphical Way;
从地层角度探讨西昆仑麻扎—康西瓦—苏巴什结合带的演化过程
14.
To Explain Lexicalization of Modern Chinese Two-Syllable Mental Verbs by the Theory of Conceptual Integration;
从概念整合角度解析汉语双音节心理动词的词汇化过程
15.
A Comparative Study of the Differences in Conflict Management Process between Chinese Employees and American Employees: From a Cross-cultural Perspective;
从跨文化的角度分析中美员工在冲突管理过程中的差异
16.
Keratinocyte Specific Smad4 Knockout Lead to Overactivation of Mouse Follicle Stem Cells;
角质细胞特异性Smad4基因敲除导致小鼠毛囊干细胞过度活化
17.
A Historical Poetics on the Evolution of Narrative Characterization in Chinese Literature;
从历史诗学的角度看中国叙事文学中人物描写的演化过程
18.
The Optimization of Energy Utilization in Sintering Process According to the Analyze of Reducing the Air Leakage Ratio
从降低漏风率的角度分析烧结过程能量利用的优化