5/1/2023 0 Comments Rs obliterationMost accurate non-degrading staff outside of Daemonheim.Degrades: has 60,000 charges of combat (a minimum of 10 hours), and costs 1,500,000 coins to repair via a Repair NPC, or discounted at an armour stand.Provides unlimited runes of the corresponding element.Degrades: has 60,000 charges of combat (a minimum of 10 hours), and costs 2 staves of light ( 3,684,290 coins) to repair.Has a special attack and passive effects.Degrades: has 30,000 charges of combat (a minimum of 5 hours), and costs 4,125,000 coins to repair via a Repair NPC, or discounted at an armour stand.Reduces an opponent's accuracy by 5%, and has a damage over time effect.Degrades: has 60,000 charges of combat (a minimum of 10 hours), and costs 4,500,000 coins to repair via a Repair NPC, or discounted at an armour stand.Has a special attack, Devour, that halves all of your opponent's healing for 10 seconds.Degrades: has 100,000 charges of combat (a minimum of 16.7 hours), and when it runs out of charges degrades to dust.A magic attack is launched at the opponent dealing up to 200% weapon damage, reduces their attack speed by a tick for 15 seconds, and halves their adrenaline gain for 15 seconds. Has a special attack, Miasmic Barrage, consumes 100% adrenaline and 100 charges on the staff (0.1% of maximum charge).Degrades: has 60,000 charges of combat (a minimum of 5 hours), and costs 4,500,000 coins to repair via a Repair NPC, or discounted at an armour stand.Has a special attack, Mirrorback, that summons a mirrorback spider which reduces and reflects damage for ten seconds.Degrades: has 60,000 charges of combat, and costs 4,800,000 coins to repair via a Repair NPC, or discounted at an armour stand.Has a special attack, From the Shadows, that will summon a wight to deal damage to the target several times.Comparison with other magical weapons Two-handed Name.Physically attainable pressure waveform changes would, however, enable the fetus with substantial placental vascular disease to maintain umbilical volume flow rate, and at the same time exhibit a raised umbilical artery PI value. The umbilical artery PI also depends on the pulsatility of the input (aortic bifurcation) pressure waveform, but blood pressure variations in the physically attainable range cannot account for the very high PI values associated with fetal compromise. A larger placental vascular bed can accommodate a greater level of vessel obliteration before this rapid PI rise begins. Once the level of vessel obliteration has reached a large enough value-typically between 60% and 90% obliteration-the PI begins to rise sharply. Initially, the placental resistance and the PI increase very slowly with vessel obliteration. The PI increases with vascular disease, but the rate of increase is not uniform. The model umbilical artery PI depends on the ratio of the placental resistance to the umbilical artery resistance. Placental vascular disease is modelled as obliteration of a fraction of the terminal branches of the tree. In the model the branching structure of the placental villous tree is considered in detail, while each arterial branch is itself represented simply using a resistor and a capacitor. The variables include the umbilical and placental resistances, the volume flow rate and the pressure. A mathematical model of the umbilical placental circulation was used to examine the effect of different physiological variables on the pulsatility index (PI) of the umbilical artery Doppler waveform.
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