The tendency of chloroethenes to undergo reductive dechlorination decreases with a decreasing number of chlorine substituents, whereas with less chlorine substituents chloroethenes more easily undergo oxidative degradation.
These PBZ-DDSQ copolymers can easily undergo the thermally-activated ring-opening polymerization and the organic-inorganic thermosetting nanocomposites were obtained.
On Cu13 and Cu38 clusters, C2H2 easily undergoes over-hydrogenation to form ethane via CHCH2 and CHCH3 intermediates, namely, both clusters exhibit a poor selectivity towards C2H4 formation.
The GO-N3 sheets can easily undergo "click" reaction with alkyne-terminated PLLA by "grafting onto" method to produce GO/PLLA composites with high grafting ratio and exfoliated structure.
Unlike conventional emulsion polymerization, monomer droplet nucleation becomes dominant in miniemulsion polymerization, offering the miniemulsion polymerization a great advantage over conventional emulsion polymerization when incorporating alkoxysilane monomer, which can easily undergo premature hydrolysis and condensation reactions, into polymer latex.
All results showed that the mixture of EC and DEC are easily undergoing the decomposition to form Li2CO3 and CH3CH2OCO2Li in the presence of O2 reduction species such as superoxide ion.
Alloying with elements that easily undergo oxidation and formation of highly charged cations, which interact electrostatically with the mobile cation vacancies, results in an enhanced electronic conductivity of their oxide films.
Mitomycin 9 is a tetramer connected by the disulfide linker 11, and easily undergoes disulfide cleavage to provide two dimeric structures 9r that each contains a single thiol probe for activations.
The UV-RTILMs have not only significant absorbance at the desired wavelength (337 nm of the N2 Laser), but also have available protons that can easily undergo proton transfer reactions to ionize the target molecules.
Given the rate at which greenhouse gas emissions and temperatures are currently rising, the Earth could easily undergo 3 to 4 degrees F of warming by the end of this century — significantly greater than anything polar bears have experienced during their evolutionary history.
