1) rhizosphere priming effect
根际激发效应
2) Red-edge excitation effects
红际激发效应
3) rhizospheric effect
根际效应
1.
The composition,seasonal variation and characteristics of vertical distribution of soil microbes and rhizospheric effect of two forest trees were studied systematically in Betula luminifera forest and Pleioblastus amarus forest of two main models of forest rehabilitation,and cropland was regarded as contrast in Hongya county,Sichuan province.
在四川省洪雅县两种主要退耕还林模式的桦木(Betula luminifera)林地、苦竹(Pleioblastus amarus)林地和农耕地(对照)中,系统研究了土壤中3大类微生物数量组成、季节性动态变化、垂直分布特征以及两种林木的根际效应。
4) rhizosphere effect
根际效应
1.
Effect of fertilization on soil microflora and enzyme rhizosphere effect in poplar forestland;
施肥对I-107杨树人工林土壤根际效应的影响
2.
Advances in rhizosphere effects and accumulation mechanism of fluorine intake in Camelllia sinensis
茶树吸收氟的根际效应及富集机理研究进展
3.
The results showed that bacteria ranked first in the quantity of rhizosphere soil microorganism during the whole developmental periods and was the most sensitive to lily rhizosphere effect.
结果表明:在百合生育期内,土壤微生物以细菌最多,对百合的根际效应也最敏感;其次为真菌,再次为放线菌。
5) mycorrhizosphere effection
菌根际效应
6) priming effect
激发效应
1.
Effect of supplying C and N on the mineralization and priming effect of organic matter in loessial soil;
外加碳、氮对黄绵土有机质矿化与激发效应的影响
2.
Priming effect is a strong, short-term change in the turnover of soil organic carbon (SOC) caused by exogenous substrates.
土壤有机C激发效应是加入外源物后土壤有机C周转短期的强烈变化。
3.
The priming effect of nitrogen fertilizer on soil nitrogen was studied by using waterlogged incubation method.
应用淹水培养方法 ,研究了铵态氮肥对土壤氮素的激发效应。
补充资料：反应物振动激发效应
分子式：
CAS号：
性质：振动激发的反应物能促进反应。如v为反应物振动能级，下列反应的k(v=1)/k(v=0)的比值分别为：H+F2(v)→HF+H，约1；O+HCl(v) →OH+Cl，约150～800；D+H2(v)→HD+H，约3000；Sr+HF(v)→SrH+H，约104。也有的反应有早势垒的势能面，振动激发反而不利于反应的发生，说明有的反应存在振动阈值现象。当反应体系的振动激发能正好超过势垒εb时，反应速率开始急剧增大。这些均属反应物振动激发效应。
CAS号：
性质：振动激发的反应物能促进反应。如v为反应物振动能级，下列反应的k(v=1)/k(v=0)的比值分别为：H+F2(v)→HF+H，约1；O+HCl(v) →OH+Cl，约150～800；D+H2(v)→HD+H，约3000；Sr+HF(v)→SrH+H，约104。也有的反应有早势垒的势能面，振动激发反而不利于反应的发生，说明有的反应存在振动阈值现象。当反应体系的振动激发能正好超过势垒εb时，反应速率开始急剧增大。这些均属反应物振动激发效应。
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