The instability of a deposit is displayed to the right, below the approximated resistance. For example, at a value of 0.8, the energy level will theoretically have to remain at a constant 80% energy input this is assuming instability levels are low or nonexistent. The closer the value approaches 1, the more resistant the deposit is to energy transfer and therefore the more difficult it will be to achieve fracture levels. The resistance of a deposit indicates how much energy will have to be injected into the mining laser in order to fracture it. The throttle must then be adjusted in order to react to instabilities in the deposit’s energy transfer. The multitool power throttle (1) should be increased/decreased in order to acquire a power setting within the green “sweet spot” (2). THROTTLE & POWER LEVEL - (Figure 1, numbers 1 & 2 respectively)
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