1.
Life Science and Inorganic Chemistry
生命科学与无机化学
2.
How to Develop Students Scientific Thinking in Inorganic Chemistry Teaching;
无机化学课教学中培养学生科学的思维的研究
3.
the vital force [principle]
(与物理、化学无关的) 生命力,活力,生命的根源
4.
INOVATION AND EXPLORATION OF INORGANIC & ANALYTICAL CHEMISTRY COURSE IN LIFE SCIENCE MAJOR;
生物科学专业《无机及分析化学》课程的改革与探索
5.
She studies biochemistry, or the science of life.
她学生物化学,也就是生命科学。
6.
Any of the sciences, such as physics, chemistry, astronomy, and geology, that analyze the nature and properties of energy and nonliving matter.
自然科学：分析能量和无生命物质的属性和特征的任一门科学，如物理、化学、天文学和地质学。
7.
Thus arose the two great divisions of this science known as inorganic chemistry and organic chemistry.
于是，产生了这门科学的两大分支，即所谓的无机化学和有机化学。
8.
"Function of Culture Uselessness" and Opportunity for Future Confucianism Advancement;
文化的“无用之用”与儒学未来发展的契机和天命
9.
Then comes computer science and health and life sciences like biology, chemistry and physics.
接下来的是计算机、保健和生命科学，如：生物、化学和物理。
10.
The Development of Life Science and the Investigation in the Change of Ethical Characteristic
生命科学发展与伦理道德变化特点研究
11.
THEORETICAL PROBLEMS POSED BY MODERN LIFE SCIENCE TO CHEMISTRY
现代生命科学向化学提出的理论问题
12.
Keeping the Dynamic Balance between Life Sciences and Life Ethics;
把握生命科学与生命伦理学的动态平衡
13.
Complexity Scientific Revolution and the Development of Evolutional Economics;
复杂性科学革命与演化经济学的发展
14.
Revolution and Innovation of Bioscience Experiment Teaching System;
生命科学实验教学体系的改革与创新
15.
Culture and Life--M. Henry and the Dimension of Material Phenomenology of Critique of Science
文化与生命——米歇尔·亨利与科学批判的物质现象学之维
16.
Study on the Teaching Reform of Inorganic Chemistry and Analytic Chemistry;
生物专业“无机化学”与“分析化学”的教改研究
17.
Considerations about the Course Arrangement and Reform of Junior Inorganic Chemistry in Newly-upgraded Universities
新建本科院校《中级无机化学》课程的开设与改革
18.
Medical Research and Creative Thinking;
生命科学研究与创新思维——我国生命科学研究现状与思考