sulphur bacteria

1. The result shows that the sulphur and sulphide mainly result from the reducing action of sulfate reducing bacteria.
   细菌的还原作用和歧化作用都能造成明显的硫同位素分馏。
2. Small motile sulphur bacteria.
   小型能移动的硫磺菌。
3. Discovery of sulphur bacteria in pyrite ore beds of coal-bearing strata in the southeast of Shanxi and its study with scanning electron microscope
   湖南城步铺头黄铁矿床的沉积环境晋东南煤系沉积黄铁矿层硫磺细菌的发现与扫描研究
4. Investigations of aryl-isoprenoids in sedimentary organic matter suggest that these compounds are the diagenetic products of certain precursors from photosynthetic green sulphur bacteria Chlorobiaceae, indicating that its source rock was formed in an intense reductive environment.
   研究表明，沉积有机质中芳基类异戊二烯烃化合物是光合绿硫细菌Chlorobiaceae的成岩转变产物，指示源岩形成于水体分层的强还原环境。
5. The Effect of Supply Concentration on the Growth of Sulphur Bacteria
   营养物浓度对硫化细菌生长的影响试验研究
6. In order to study the growth and reproduction of sulphur bacteria under different supply concentrations, the effect of supply on the concentration of sulfate ions and as well as its effect on the conversion ratio of sulphur are primarily investigated.
   试验研究了不同营养物浓度下硫化细菌的生长繁殖情况，主要考察了营养物浓度对生成的硫酸根离子浓度以及硫的转化率的影响。
7. Because the rate at which sulphur is oxidized into sulphuric acid by bacteria depends on the sizes of sulphur particles, the particle size of sulphur can be used to control the releasing rate of micronutrients.
   由于硫被氧化菌氧化为硫酸的速率取决于硫磺的粒度，因此可通过控制硫磺粒度的大小来控制微量养分的释放速率。
8. In this work, sulphur powder was substrate and the inocula& indigenous sulfur-oxidizing bacteria were enriched and cultured from the fresh activated sludge to a wastewater treatment plant.
   在本实验中，底物采用硫粉，并且从城市污水处理厂的新鲜活性污泥中富集和培养出接种物（土著硫细菌）。
9. At present, liquid nitrogen cryopreservation have been used to conserve multiple microbes for long time successfully, such as alga, protozoa, yeast, lactic acid bacteria, iron bacteria, sulphur bacteria, et al.
   目前，已成功采用液氮超低温保存法对多种微生物进行了长期保存，如：藻类、原生动物、酵母菌、乳酸菌、铁细菌、硫细菌等。

noun

1. any bacterium of the genus Thiobacillus

   Synonym:    thiobacteriasulfur bacteria