1.
facultative [ obligate ] chemoautotroph
兼[专]性化能自养生物
2.
The nitrifying bacteria are chemosynthetic autotrophs.
硝化细菌是化能合成的自养生物。
3.
Experimental researches on the pathway of the chemoautotroph microbes utilizing solar energy
化能自养型微生物利用太阳能途径的实验研究
4.
Training of self educated and innovative capacity in teaching physical chemistry course;
物理化学教学中学生自学和创新能力的培养
5.
An organism, such as a bacterium or a protozoan, that obtains its nourishment through the oxidation of inorganic chemical compounds as opposed to photosynthesis.
化能自养体相对于光合作用，细菌和原生动物等通过无机化合物的氧化来获取养分的有机体
6.
The plant can carry on the photosynthesis, turn the inorganic matter into the organic matter, a kind of raising by oneself type living beings living independently.
植物是能进行光合作用，将无机物转化为有机物，独立生活的一类自养型生物。
7.
A nutrient or chemical that reacts with and neutralizes oxidants, free radicals or chemicals that release free radicals.
一种能够与氧化剂、由基或释放自由基的化学物质发生反应使其中性的营养物或者化学物质。
8.
The Analysises of Microbial Community Dynamics and Functional Groups in Autotrophic Denitrifying Sulfide Removial Reactior;
自养脱硫反硝化反应器微生物群落动态及功能菌群分析
9.
A Study of Cultivating the College Students Physics Self-access Learning Ability;
大学生物理自主学习能力培养的研究
10.
Cultivate Students Self-education Capacity in Good School Culture;
谈校园文化环境与学生自育能力培养
11.
Training Self-study Ability in Chemical Teaching;
浅谈化学教学中学生自学能力的培养
12.
Discussion on the Training of Self-study Ability of Students of Chemical Technology of Coal Professional;
煤化工专业学生自学能力培养的探讨
13.
The Cultivation of Multi-wisdom in the Teaching of Food Biochemistry;
食品生物化学教学中多元智能的培养
14.
Optimizing biology experiment teaching to cultivate Students practiacal comprehensive abilities;
优化生物实验教学培养综合实践能力
15.
The Study on the Cultivation of Junior High School Students Biology Perceived Academic Self-efficacy;
初中生生物学学业自我效能感培养的研究
16.
Study on Training Students Ability of Self-regulated Learning in Biology Teaching;
中学生物教学中培养学生自主学习能力的探索
17.
A Research into Developing Students' Independent Learning Ability Through Biology Teaching in Senior High School
高中生物教学中培养学生自主学习能力的探索
18.
Study on Biological Nitrous Nitrifying and Autotrophic Denitrifying of Nitric Wastewater;
含氮废水生物亚硝化与自养反亚硝化试验研究