original: in practice , however , the definition means that high-precision realizations of the second should compensate for the effects of the ambient temperature -lrb- black-body radiation -rrb- within which atomic clocks operate , and extrapolate accordingly to the value of the second at a temperature of absolute zero .
simplifications: in practice , the definition means the high-precision realizations of the second should compensate for the effects of the ambient temperature which is how atomic clocks operate . 1 . in practice , however , the definition means that high-precision realizations of the second should make up for the effects of the ambient temperature -lrb- black-body radiation -rrb- within which atomic clocks operate , and apply further to the value of the second at a temperature of absolute zero . in practice , however , the definition is that high-precision realizations of the second should compensate for the effects of the ambient temperature -lrb- black-body radiation -rrb- within which atomic clocks operate , and extend accordingly to the value of the second at a temperature of absolute zero . in practice , however , the definition means that high-precision realizations of the second should compensate for the effects of the ambient temperature -lrb- black-body radiation -rrb- within which atomic clocks operate , and extrapolate accordingly to the value of the second at a temperature of absolute zero . in practice , however , the definition means that high-precision realizations of the second should compensate for the effects of the ambient temperature -lrb- black-body radiation -rrb- within which atomic clocks operate , and extrapolate accordingly to the value of the second at a temperature of absolute zero . in practice , however , the definition means that very precise measurements of the second should compensate for the effects of the room temperature -lrb- black-body radiation -rrb- within which atomic clocks operate , and produce results accordingly to the value of the second at a temperature of absolute zero . the definition means that precise ideas that are secondary should make up for the changes in temperature when atomic clocks run , and remove based on the value of the second at a temperature of zero degrees . in practice , however , the definition means that high-precision realizations of the second should compensate for the effects of the ambient temperature -lrb- black-body radiation -rrb- within which atomic clocks operate , and extrapolate accordingly to the value of the second at a temperature of absolute zero .