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Buildings, hills, forests, and even heavy rain and snowfall all interfere with the transmission of microwave signals.
Terrestrial microwave technologies share with satellite microwave technologies many of the scientific and technical improvements used to accomplish microwave transmissions. They are different in that satellite microwave technolgies seek to neutralize the effects of the atmosphere in the microwave transmissions. On the other hand, terrestrial micowave technologies seek the aid of atmospheric effects on microwaves to extend the range limitations imposed by the Earth's curvature. Examples of these terrestrial technologies include those used to exploit troposcattering and meteor-burst in microwave communications--not used at all in satellites. Professor Martinez
Terrestrial microwave technologies share with satellite microwave technologies many of the scientific and technical improvements used to accomplish microwave transmissions. They are different in that satellite microwave technolgies seek to neutralize the effects of the atmosphere in the microwave transmissions. On the other hand, terrestrial micowave technologies seek the aid of atmospheric effects on microwaves to extend the range limitations imposed by the Earth's curvature. Examples of these terrestrial technologies include those used to exploit troposcattering and meteor-burst in microwave communications--not used at all in satellites. Professor Martinez
1-Twisted-Pair lines 2-Coaxial cable 3-optical fiber 4-terrestial 5-sattelite microwave
Microwave radiation is used for heating food quickly in microwave ovens, in communication technology like satellite transmissions and radar systems, and in medical applications like MRI scans and cancer treatments.
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Three types of energy associated with microwaves are electrical energy used to power the microwave, electromagnetic energy emitted by the microwave to heat food, and thermal energy generated in the food as it absorbs the microwaves and heats up.
Yes, microwave waves can penetrate the Earth's atmosphere, although they can be partially absorbed by water vapor and oxygen molecules in the atmosphere. This is why some microwave frequencies are used for communication and satellite transmissions, as they are less affected by atmospheric conditions compared to other frequencies.
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