1) several rules
多解规律
2) decomposition rule
分解规律
1.
Ozone decomposition rules in gaseity and aqueous solution, mainly the influence of temperature and pH value, are discussed in this paper.
该文研究了臭氧在气态和水溶液中的分解规律,主要研究了温度和pH值的影响,并获得了不同温度、pH值下臭氧分解的半衰期。
3) degradation rule
降解规律
1.
A study on degradation rule of pretreatment of penicillin G wastewater by electro-Fenton process;
电-Fenton法预处理青霉素废水的降解规律研究
2.
It was found that the amendatory Monod formula could appropriately reflect the degradation rule of this special organic wastewater in SBR.
48以上,提高了废水的可生化性;该工艺对咖啡因废水有较好的处理效果,出水COD可达150mg·L-1以下,去除率在95%以上;通过SBR池中生化动力学的研究,得出修正的Monod公式能较好地反映这种特定有机废水的降解规律,确定了其动力学参数,νmax=2。
4) Fragmentation pattern
裂解规律
1.
The fragmentation patterns of three trinitromethyl aromatic hydrocarbons in Electron Impact Mass Spectra are discussed in detail.
详细探讨了电子电离（ＥＩ）条件下热不稳定化合物间三硝基甲基硝基苯，对三硝基甲基硝基苯和对三硝基甲基氯代苯的裂解规律，经亚稳离子数据分析，指出该类化合物的裂解方式主要是和硝基的裂解有关，产生［ＭＮＯ２］＋，［Ｍ２ＮＯ２］＋，［Ｍ３ＮＯ２］＋等系列离子。
5) fragmentation rules
裂解规律
1.
Based on EI-MS spectrum, as well as the structure characterizations of these compounds, some fragmentation rules are obtained.
用电子轰击质谱(EI-MS)研究了1,4-氧氮杂萘-2-酮系列衍生物,分析并探讨了不同取代基对这类化合物EI-MS谱图的影响,分析得到一些裂解规律。
2.
Based on the analysis of fragments appeared in EI mass spectrum, as well as the structure characterizations of these compounds, some fragmentation rules are obtained.
用电子轰击质谱 (EI MS)研究了 1 烷基 3 甲基 2 (1H) 喹喔啉 2 酮 (烷基为H ,CH3,Et,n C5H1 1 ) ,1 烷基 3 甲基 6 硝基 2 (1H) 喹喔啉 2 酮 (烷基为CH3,Et)和 1 甲基 3 甲基 6 胺基 2 (1H) 喹喔啉 2 酮 ,结合其结构特征总结出一些裂解规律。
6) degradation pattern
降解规律
1.
The degradation patterns of different peptides in the culture by rumen microorganisms were studied.
通过体外试验分别研究36、72、144、216、324和450mg·L-16个水平的大豆肽、玉米肽和瘤胃液肽在瘤胃微生物培养液中的降解规律。
2.
Aimed at the problems of unreasonable pesticide use, farm product pollution and pesticide residue at present vegetable producing in our province, the pesticide degradation patterns of dichlorvos, chlorpyrifos and pirimicarb on pepper, patterns of phorate, malathion on cabbage were studied under normal 18-21℃and lower 4℃temperature two different conditions.
针对我省当前蔬菜生产中农药的不合理使用、农产品污染、农药残留超标等问题，开展了室温(18-21℃)和冷藏(4℃)两种温度条件下辣椒上敌敌畏，毒死蜱、抗蚜威的降解规律研究以及不同喷施剂量的甲拌磷、马拉硫磷在甘蓝上的降解规律研究，计算并建立了不同处理下的农药残留的降解方程10个，绘制了相应的降解曲线。
补充资料：矛盾规律(见对立统一规律)
矛盾规律(见对立统一规律)
law of contradiction
mQOCun gu】j口、矛盾规律(lawof eon‘radietion)统一规律。见叶主
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条