Sentence examples for chemical transformation processes from inspiring English sources
Important technological innovations, including chemical transformation processes and transportation systems, have been based on the availability or not of crude oil.
Enhanced relative retardation of strongly sorbing compounds under such conditions is likely to affect biological and chemical transformation processes of these compounds.
Alterations in chemical speciation, dissolution, degradation, as well as alteration of the surface properties by precipitation and ad- or desorption are important chemical transformation processes of NP, which have frequently been investigated both in aquatic and soil ecosystems (Fig. 1).
Many chemical transformation processes used in various industries have inherent drawbacks from a commercial and environmental point of view.
Organic compounds emitted or formed in the troposphere are removed by physical processes such as wet and dry deposition, and by chemical transformation processes that include reaction with photochemically generated oxidants such as hydroxyl radicals and ozone at day time, and nitrate radicals at night time (Güsten, 1999; Meylan and Howard, 2003; Pompe and Veber, 2001).
Recently, Sui et al. (2013) developed a simple and inexpensive chemical transformation process to synthesise mesoporous calcium phosphate microspheres (CPMs).
The rate of many chemical and energy transformation processes depends on the kinetics of charge and mass transfer in porous electrodes, but rational design of efficient nanostructured electrodes is hindered by an inability to quantify effects of micro/nano-structures of real devices.
Biomass processing also requires new chemical transformations and process designs, and is subject to unique logistical challenges.
The modelling is based on a probabilistic Lagrangian approach that decouples physical and chemical mass transfer and transformation processes from pure and stochastic advection.
Environmental processes alter PCB mixtures through partitioning, chemical transformation, and preferential bioaccumulation; these processes can increase or decrease toxicity considerably.
They also evidence that nanoparticles undergo a chemical transformation during the growth process, which produces a red shift in the fluorescence spectrum.
