Lactic acid production from sucrose and sugar cane bagasse by Rhizopus oryzae was studied.
这研究了米根霉从蔗糖和甘蔗渣中生产乳酸的方法。
Acid production of lactic acid bacteria is sufficient to coagulate milk proteins.
乳酸细菌产生的酸足以使乳蛋白质凝固。
The optimum medium for Ganoderic acid production was obtained by orthogonal test.
正交优化实验确定了灵芝酸深层发酵的最佳培养基组成。
Or, could glyphosate contribute to stomach ulcers through increased acid production?
或者，草甘膦能否通过增加胃酸的生产导致胃溃疡？
Both citric acid production and sugar consumption were lowest at 55% moisture level.
这两种糖的柠檬酸生产和消费均在55%水分含量最低。
Now they are treated with antibiotics and a drug that reduces stomach-acid production.
现在，胃溃疡和十二指肠溃疡可以通过服用抗生素和减少胃酸产生的药物来治疗。
In lactic acid production, the produced lactic acid inhibited the further fermentation.
在乳酸发酵过程中，所生成的乳酸对进一步发酵有抑制作用。
An experiment of UASB process to treat wastewater of citric acid production was conducted.
采用UASB反应器进行柠檬酸废水处理试验。
The recycling process of the neutralized wastewater from citric acid production was studied.
本文研究了柠檬酸中和废水回用工艺技术。
Phosphor - gypsum is the industrial waste discharged from wet process phosphorous acid production.
磷石膏为湿法生产磷酸排放的工业废渣，因含可溶磷杂质，不能直接使用。
Several Suggestions and measures for cleaner production of high purity dimeric acid production are put forward.
对在高纯二聚酸生产中推行清洁生产提出了建议和措施。
The effects of quality of diatomite as carrier on vanadium catalyst in sulphuric acid production are discussed.
探讨了作为载体的硅藻土的性能对硫酸生产钒催化剂质量的影响。
The nitric acid production process optimization question modeling uses the artificial neural network to complete.
硝酸生产过程优化问题的建模采用人工神经网络完成。
The SO2 from sulfuric acid production process using the waste gas of metallurgy plant is harmful to workers health.
冶炼厂利用冶炼废气回收SO2生产硫酸，生产过程中排放的SO 2危害作业人员健康。
The effect of empty tower used in wet-process phosphoric acid production is better by comparison with filled tower.
通过空塔与填料塔在湿法磷酸过程中的应用情况对比，说明空塔用于湿法磷酸生产运行效果良好。
The aim was to find out cheaper raw material for lactic acid production as well as to treat the fishmeal wastewater.
目的是在寻求廉价原料、降低乳酸生产成本的同时实现鱼粉废水资源化。
This article presents a recently achievement of L-lactic acid production in the world, especially from waste biomass.
阐述国内外L -乳酸生产的研究进展，着重阐述利用废弃原料发酵乳酸的研究情况。
When the researchers served these coffee extracts to cultured human stomach cells, the cells jacked up acid production.
当研究人员用这些咖啡提取物与体外培养人体细胞发生反应时，这些细胞会提高酸的生成量。
Present situation of boric acid production in Kuandian prefecture was introduced. prospects of boric acid production were discussed.
介绍了宽甸地区硼酸生产的现状，展望了硼酸生产的前景。
PbC batteries are durable and cheap to make because, according to Dr Buiel, they can be produced on existing lead-acid production lines.
因为铅碳电池非常耐用而且便宜,Buiel博士介绍说.
The corrosion situation of some metal materials used for axial-flow pump and impeller of slurry pump in wet phosphoric acid production was studied.
研究了几种金属材料在湿法磷酸生产中的浓缩轴流泵和萃取槽料浆泵叶轮上的耐腐蚀使用情况。
The characteristics and main concerns in design are described of Chinese first high temperature pipe evaporator in sulfuric acid production by pyrites.
介绍国内第一台硫铁矿制酸高温热管蒸发器的性能特点和设计的主要思路。
The principle technology and calculation about the use for nitrogen oxide waste gas from oxalic acid production by oxidation has been described in detail.
本文叙述了氧化法生产草酸中一氧化氮回收利用的原理、生产工艺和回收一氧化氮的工艺计算。
Other pharmacologic agents include the H2-receptor blockers (ranitidine or famotidine), which inhibit gastric acid production and decrease gastric volume.
其他一些药物包括H - 2受体阻断剂(雷尼替丁或法莫替丁)，可以抑制胃酸的分泌减少胃内容物。
This paper summarize the existing problems in the cycle use of process water for phosphoric acid production, and also some measures to solve were put forward.
针对磷酸生产用水的特殊性，总结了大装置磷酸生产用水封闭循环使用存在的问题，并因地制宜地找到了解决此问题的方法。
The S-based NPK capacity enlargement leading to the increase of phosphogypsum in phosphoric acid production, mechanical faults occurred to the twin screw conveyor.
由于S NPK装置扩能，使磷酸生产的副产品磷石膏增加，致使输送磷石膏的双螺旋输送机常发生故障。
The research shows that cytosolic pathway is the principal pathway of L-malic acid production and carboxylases play the crucial role in the L- malic acid's synthesis.
研究表明，浆胞途径是产生L-苹果酸的主要途径，羧化酶在L-苹果酸的合成中起到关键作用。
The research shows that cytosolic pathway is the principal pathway of L-malic acid production and carboxylases play the crucial role in the L- malic acid's synthesis.
研究表明，浆胞途径是产生L-苹果酸的主要途径，羧化酶在L-苹果酸的合成中起到关键作用。
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