Extension of the Singlet State Lifetime of N2O Via Alteration of Temperature and Viscosity of Dissolving Solvent

Keywords

adiabatic advances agent allow allowed alteration altering amplitude applications applied approximately assuming bath bore carried chelating chemical circles combination conditions constant contact contamination contribution decreases degassed degassing dependence described detection diffusion diseases dissolved dissolving distinct dominated dramatically drops effective either electrical enhanced equated equilibrium exhibit expected extending field fields filtration fitting flame form freeze frequency fully furthermore humans hydrodynamic impurities impurity in vivo individual interaction interactions introduced investigate labeled leads leave length lengthened lifetime lifetimes liquid long longer longitudinal magnet magnitude majority make many measured metabolized model modifying nitrous nuclear nuclei organ overall overestimating oxide oxygen paramagnetic peaks placing polarization population preparation pressure prior processes product properties pulse pump quantify radius recent reduced reintroduced repeated room rotation sample samples section selective sensitivity separated several significantly singlet solid solutions solvent solvents spin square strength subsequent substantial substrates sufficiently systematic target technical temperature temperatures transferring transport triple triplet tube utilizing various viscosity volume wall walls