Voorbeelden van vitrify

• A control group consisted of untreated and microinjected in vitro cultured morulae (72 hpc) that were not vitrified.

• If the hydration and temperature are low enough, the solute-water mixture may vitrify.

• This usually vitrifies the bulk solvent, slowing diffusion of damaging free radicals produced by the ionizing radiation.

• Ultrastructure and cell death of in vivo derived and vitrified porcine blastocysts.

• Survival and viability of vitrified in vitro and in vivo produced ovine blastocysts.

• Secondly, if the solutes should happen to vitrify while between the bilayers, the mechanical resistance of the glass will further hinder transitions between the fluid and gel phases.

• Finally, the specific properties of solutes themselves, such as different molecular volumes, and different tendencies to vitrify or crystallize, may be more important than specific interactions with membranes.

• Thus, vitrified samples can still be dehydrated.

• Once spent fuel has been reprocessed and the reusable uranium and plutonium extracted the small proportion of high level waste can be vitrified.

• The policy for vitrified high-level waste from spent fuel reprocessing is to store it for at least 50 years before disposal.

• As has been said, the most favoured option is the emplacement of vitrified or synroc high level waste in deep geological formations on land.

• There has been discussion of the need to glassify or vitrify the nuclear wastes.

• It was later proposed that perhaps it should be buried and that perhaps the higher-level waste should be vitrified.

• For example, disposal of vitrified high level waste will not take place until after it has been stored for up to 50 years.

• High level vitrified waste has to be stored for up to 50 years before it can be disposed of.