2
Superficial burn
biologicefluxcompsater tomaterater
thermal indifference
dreadful, obviously
Effects are: boiling or thermal decompostion.
Thermal flashGamma raysX-raysNeutronsBlast
G. V. Khazanov has written: 'Photoelectron effects on the self-consistent potential in the collisionless polar wind' -- subject(s): Electric fields, Electrostatics, Electron energy, Thermal plasmas, Polar caps, Photoelectrons
Thermal movement can cause expansion and contraction in building materials, leading to cracking, warping, or distortion. This can compromise the structural integrity of the building over time. Proper design and construction techniques that account for thermal movement can help minimize these effects.
Heat effects involve transfer of thermal energy leading to changes in temperature, while mechanical effects involve physical forces or movements causing changes in shape or position of objects. Heat effects can lead to expansion or contraction of materials due to thermal energy, while mechanical effects result in physical deformations or displacements caused by applied forces.
Burned skin, shrapnel wounds, blunt trauma injuries, and ruptured hollow organs are indicative of a blast injury typically associated with a chemical, biological, radiological, nuclear, and explosive (CBRNE) event, specifically a nuclear or explosive detonation. These injuries result from the combined effects of thermal, mechanical, and pressure waves generated by an explosion. In such scenarios, the immediate impact can lead to severe trauma and secondary injuries from debris.
Short-term effects of thermal electricity include air pollution from emissions and water pollution from cooling processes. Long-term effects include resource depletion and climate change due to the release of greenhouse gases like carbon dioxide.
It effects it because the dark colors absorb the thermal energy !