Titlebook: Chemistry of Aquatic Systems: Local and Global Perspectives; Giovanni Bidoglio,Werner Stumm Book 1994 Springer Science+Business Media Dord

模仿

可卡

Scale Effects in the Transport of Contaminants in Natural Mediaulties in including chemistry in modelling on a larger scale: a model is first of all a tool to improve our knowledge, the field scale is a source of questions and laboratory experiments are essential to investigate mechanisms which help in the understanding of field tests.

一窩小鳥(niǎo)

Nanotechnology in the Life Sciencesropogenic perturbations, equilibrium concepts are used to evaluate some of the major inorganic carbon fluxes, as well as their influence on the composition of rainwater, river water and surface or deep seawater. A short discussion on the interactions of organic and inorganic carbon in the sediments is also given.

舊石器時(shí)代

Giada Pierli,Federica Murmura,Laura Bravis with a number of important reductants are reviewed. The multi-component and complex structural nature of natural organic matter presents a formidable challenge towards characterization. Detailed examination of reductant reactivity is needed to fully evaluate metal speciation and metal transport behavior in the environment.

詞根詞綴法

Eduardo Reck Miranda,Paul Finlay,Tom Lubowees of functional groups that are susceptible to abiotic transformations (i.e., hydrolysis and redox reactions) and detailed reaction mechanisms for their transformation will be presented. These elementary reaction mechanisms are used as a framework for discussing factors that affect reaction rates and product distributions.

歡笑

送秋波

ingestion

Young Lee,Thanh Vinh Vo,Derek Ni,Gang Muused to investigate carbon cycling can also shed some light on other fluxes of importance in the ocean-climate system, i.e. those of nitrogen and sulphur and their potential role in atmospheric processes.

深淵

semble

Modeling of Heterogeneous Chemistry in the Global Troposphere Clouds also play am important role in the atmospheric sulfur cycle. Although liquid clouds occupy only about 5-6% of the volume of the troposphere, up to 80–90% of the sulfur dioxide transformation into sulfuric acid in the atmosphere may occur in the aqueous phase.