This paper describes The experimental methods of gas desorption of igneous rocks in vacuum and gas-genetic simulation of rocks at high temperatures. The quantitative assay of gas from thermal simulation is made on chr...This paper describes The experimental methods of gas desorption of igneous rocks in vacuum and gas-genetic simulation of rocks at high temperatures. The quantitative assay of gas from thermal simulation is made on chromatograph and the C-isotope compositions of CO2 is analyzed as well. The isotope fractionation rules of CO2 from thermal simulation and nature gas, and their relations of CO2 abundance and 5 13C values are studied in Sanshui basin, Guangdong. It can be concluded that there are two genetic sources of CO2, in nature gas of Sanshui basin. One is the inorganic genesis of the mixture from the crust and The maple and the other is the cracking of organic matters.展开更多
[目的]研究二氧化碳气调胁迫对昆虫机体SOD酶活性的影响,以分析气调胁迫对昆虫作用的生物学机制。[方法]采用氯化硝基四氮唑蓝光还原法,研究药材甲、烟草甲、和咖啡豆象3种昆虫SOD酶的活性,分析该酶在CO2气调胁迫下的应激反应。[结果]...[目的]研究二氧化碳气调胁迫对昆虫机体SOD酶活性的影响,以分析气调胁迫对昆虫作用的生物学机制。[方法]采用氯化硝基四氮唑蓝光还原法,研究药材甲、烟草甲、和咖啡豆象3种昆虫SOD酶的活性,分析该酶在CO2气调胁迫下的应激反应。[结果]高浓度二氧化碳气调胁迫处理3、6 h时,药材甲、烟草甲和咖啡豆象成虫SOD酶活力均有一定程度的持续升高,其中处理6 h,其活力升高显著,分别由对照2.011±0.954、2.664±0.218、1.458±0.718 U/(头.30 m in)上升到3.135±0.105、3.050±0.673、2.975±0.229 U/(头.30 m in)。[结论]在亚致死事件范围内,高浓度二氧化碳气调胁迫对中药材储藏期害虫SOD酶活力有一定激活作用。研究结果可丰富气调杀虫机理及昆虫抗气性分析的理论体系。展开更多
文摘This paper describes The experimental methods of gas desorption of igneous rocks in vacuum and gas-genetic simulation of rocks at high temperatures. The quantitative assay of gas from thermal simulation is made on chromatograph and the C-isotope compositions of CO2 is analyzed as well. The isotope fractionation rules of CO2 from thermal simulation and nature gas, and their relations of CO2 abundance and 5 13C values are studied in Sanshui basin, Guangdong. It can be concluded that there are two genetic sources of CO2, in nature gas of Sanshui basin. One is the inorganic genesis of the mixture from the crust and The maple and the other is the cracking of organic matters.
文摘[目的]研究二氧化碳气调胁迫对昆虫机体SOD酶活性的影响,以分析气调胁迫对昆虫作用的生物学机制。[方法]采用氯化硝基四氮唑蓝光还原法,研究药材甲、烟草甲、和咖啡豆象3种昆虫SOD酶的活性,分析该酶在CO2气调胁迫下的应激反应。[结果]高浓度二氧化碳气调胁迫处理3、6 h时,药材甲、烟草甲和咖啡豆象成虫SOD酶活力均有一定程度的持续升高,其中处理6 h,其活力升高显著,分别由对照2.011±0.954、2.664±0.218、1.458±0.718 U/(头.30 m in)上升到3.135±0.105、3.050±0.673、2.975±0.229 U/(头.30 m in)。[结论]在亚致死事件范围内,高浓度二氧化碳气调胁迫对中药材储藏期害虫SOD酶活力有一定激活作用。研究结果可丰富气调杀虫机理及昆虫抗气性分析的理论体系。
