of a couple of units and heating container(passive) is composedMicrowave heater
In the future , the researchers hopeto designa microwave heater
severe burn damage issuescan causesevere burn damage issues
more damage to bacteria than equivalent thermal - only heatingto causemore damage to bacteria than equivalent thermal - only heating
problemsmight causeproblems
more damage to bacteria than equivalent thermalto causemore damage to bacteria than equivalent thermal
more damage to bacteria than equivalent thermal - only heating.[28to causemore damage to bacteria than equivalent thermal - only heating.[28
to increased migration of potentially toxic degradation products into the food [ 1ledto increased migration of potentially toxic degradation products into the food [ 1
to increased migration of potentially toxic degradation products into the foodledto increased migration of potentially toxic degradation products into the food
in thermal injurymay resultin thermal injury
poor control of milk fat and protein paste in the vessel wallto causepoor control of milk fat and protein paste in the vessel wall
frictional heat to be generated by the rotating moleculescausesfrictional heat to be generated by the rotating molecules
the most to environmental impacts of graphene nanoplateletscontributedthe most to environmental impacts of graphene nanoplatelets
in the increase of lipid yield and highest yieldresultedin the increase of lipid yield and highest yield
to illnesscan contributeto illness
to illnesscan contributeto illness
to illnessescan contributeto illnesses
cancercan causecancer
works hot or coldsetworks hot or cold
any rate acceleration(passive) caused byany rate acceleration
uneven heating and can lead to the thermal instability ( degradation ) of the materialmay causeuneven heating and can lead to the thermal instability ( degradation ) of the material
in a faster heating cycle and a more uniform temperature distribution through the samplemay resultin a faster heating cycle and a more uniform temperature distribution through the sample
intense energy release inside the materialcausesintense energy release inside the material
as compared with thermal heatingresultedas compared with thermal heating
the temperature sensitive to microwaves polymer for rapid heating up to the temperature processingcausesthe temperature sensitive to microwaves polymer for rapid heating up to the temperature processing
uneven heating and dangerous hot spotscan causeuneven heating and dangerous hot spots
significant molecular changes in our foodcan causesignificant molecular changes in our food
excessive heating in some materials with low thermal conductivity , which also have dielectric constants that increase with temperaturecan causeexcessive heating in some materials with low thermal conductivity , which also have dielectric constants that increase with temperature
the damage level(passive) caused bythe damage level
the thermal effects(passive) caused bythe thermal effects
localized thermal runaways in some materials with low thermal conductivity , where dielectric constant increases with temperaturecan causelocalized thermal runaways in some materials with low thermal conductivity , where dielectric constant increases with temperature
a reduction in the leaching timecausesa reduction in the leaching time
the solid food(passive) caused bythe solid food
the solid food(passive) caused bythe solid food
hot spots within the mixture so never warm a bottle in the microwavemay causehot spots within the mixture so never warm a bottle in the microwave
alsomay ... leadalso
alsocan ... causealso
alsocan ... causealso
degradation(passive) caused bydegradation
uneven heatingcausesuneven heating
localized thermal runaways in a few components with low thermal conductivity which even have dielectric constants that boost with temperaturecould potentially causelocalized thermal runaways in a few components with low thermal conductivity which even have dielectric constants that boost with temperature
some frozen food(passive) was ... designedsome frozen food