能

Why is it the Warlock talent Soul Link provides 20% mitigation from all sources of damage, 5% more damage, and can be additionally talented to provide an undispellable 70 resistance to all magic schools, or, 5% more damage and 35 resistance to all magic schools, but the Priests Shadowform talent only provides 15% mitigation from PHYSICAL damage and 15% more SHADOW damage, and completely shuts down over 50% of the Priests abilities

为什么术士的灵魂连接天赋（31点）能提供20%全伤害减免，5%全法伤提高，并且如果天赋支持，能在这基础上再提供70点不能驱散的抗性，或者5%额外的伤害和35点抗性；然而牧师的暗影形态（31点天赋）只能提供15%的&物理&伤害减免，和15%的&暗影&伤害提高，并且使得牧师一半的法术都无法使用？

Why is it the Warlock talent Soul Link provides 20% mitigation from all sources of damage, 5% more damage, and can be additionally talented to provide an undispellable 70 resistance to all magic schools, or, 5% more damage and 35 resistance to all magic schools, but the Priest's Shadowform talent only provides 15% mitigation from PHYSICAL damage and 15% more SHADOW damage, and completel恶意广告huts down over 50% of the Priest's abilities

为什么术士的灵魂连接天赋（31点）能提供20%全伤害减免，5%全法伤提高，并且如果天赋支持，能在这基础上再提供70点不能驱散的抗性，或者5%额外的伤害和35点抗性；然而牧师的暗影形态（31点天赋）只能提供15%的&物理&伤害减免，和15%的&暗影&伤害提高，并且使得牧师一半的法术都无法使用？

Why is it that a class that wears plate and has undisputably the best utility in the game can outheal a Priest when specced Holy, yet, the same developmental train of logic wasn't applied to that class' Protection tree to out tank a Warrior, or their Retribution tree to out damage a Rogue?

为什么1个穿板甲并且公认的最有用的职业在神圣天赋下能比1个牧师的治疗能力更强；而为什么同样的逻辑没有应用到其他2个方面，让他们在防御天赋时比战士更能TANK，在惩戒天赋时比盗贼更能DPS？

Why is it that a class that wears plate and has undisputably the best utility in the game can outheal a Priest when specced Holy, yet, the same developmental train of logic wasnt applied to that class Protection tree to out tank a Warrior, or their Retribution tree to out damage a Rogue?

为什么1个穿板甲并且公认的最有用的职业在神圣天赋下能比1个牧师的治疗能力更强；而为什么同样的逻辑没有应用到其他2个方面，让他们在防御天赋时比战士更能TANK，在惩戒天赋时比盗贼更能DPS？

All of above experimental phenomena cann't be explained unifiedly by Weller's theory, that is it cann't be explained unifiedly by only considering ionization potentials and electron affinities of the donor and acceptor in formation of exciplex.

所有这些实验现象不能用Weller的电子转移模型来统一解释，即不能用形成激基复合物的两个分子的电离能和电子亲合力的大小来统一解释。

A 1: Uninduced supernant of cell lysate by sonication; 2: Induced supernant of cell lysate by sonication; 3: Uninduced precipitate of cell lysate by sonication; 4: Induced inclusion body of cell lysate by sonication; 5: Purified ULBP4 protein; M: Low molecular marker proteins.

2.3 体外NKG2D结合实验和细胞因子分泌实验间接ELISA检测结果显示：原核表达复性后的ULBP4能与人NKG2D结合，而带His标签的无关蛋白则不能与之结合，说明复性后的ULBP4仍能维持正确的天然构像。

So each theory says something unintuitive about the changes objects can and cannot survive: the just-matter theory says that persons can exist after rotting and disintegration; the takeover theory says ―― 140

所以，关于改变后客体能还是不能持存，两个理论都有些地方是不合乎直观：物块论说'人'在僵硬和消散后还能继续存在；接管论说泥块在有了更艺术的形状后就不再存在。

Pit corrosion is a main kind of localized corrosion. The process of forming pit corrosion includes three stages-formation of pit source, development of pit cave and forming occluded corrosion cell. Molybdate series inhibitors can be inhibitive, for it can control three stages of pit development. First, there is apparent synergistic effect between molybdate and phosphate, which can suppress formation of pit source. Second, there is apparent passivation of molybdate inhibitor according to electrochemistry analysis, which let oxidation film in unoccluded cave repassivate.

首先，钼酸盐与磷酸盐或硅酸盐复配的缓蚀剂具有较理想的缓蚀性能，并且有明显的协同作用，从而能抑制部分点蚀核的产生；其次，钼酸盐复配缓蚀剂的使用，从电化学的角度分析，具有明显的钝化性能，且钝化区间较宽、维钝电流密度较小，从而能使未封闭的蚀孔或点蚀核附近的氧化膜再钝化，得到有效的修复；最后，对于还有部分蚀孔发展成为闭塞腐蚀电池的情况，钼酸盐、磷酸盐能进入蚀孔内部并且在酸性条件下生成铁钼磷酸盐，从而有效地减缓了点蚀的恶化，抑制了腐蚀的发展。

Compared of the efficiency of treating heavy metals in FGD wastewater with NaOH, Ca_2 and Mg_2. It indicated that NaOH was much efficient for precipitated waste water; Ca_2 was much efficient for unprecipitated waste water, the removal efficiency reached 98.4%. With the increasing of the main ion of Ca~2+, Cl~- in FGD wastewater, the efficiency decreased. It decreased 60% for the removing of Mn and 10% for Zn, Cd and Ni. The rectification coefficient token the Ksp of practical wastewater because it quite different with theoretic Ksp at different pH; the theoretic and practice addition were proportioned and it commonly reached 1:300.The precipitation efficiency of Na2S at different pH and the effect of Ca2+ was determined.

比较了NaOH、Ca_2和Mg_2处理脱硫废水时重金属的去除效果，分析了Ca~(2+)、SO_4~(2-)和Cl~-等主要离子的影响，结果表明：NaOH和Ca_2能有效处理脱硫废水中的重金属；对澄清废水而言，NaOH效果较好，对于未澄清废水而言，Ca_2效果更好，但去除废水中重金属的效率都能达到98.4%；随着Ca~(2+)、Cl~-等主要离子浓度的增大，中和作用去除重金属的效率降低，Mn最大降低60%，Zn，Cd，Ni降低10%左右；实际重金属浓度和用理论Ksp计算所得值差别很大，通过校正系数能有效计算实际重金属浓度；实现相同pH时氢氧化物的理论和实际投加量成一定比例，最大可达1：500。

But VoIP is based on connectionless IP network, therefore unsuccessful calls may occur, or you may not get through or may encounter situations like being off and on when talking on the phone, if it were not an important call ,we can bear, but if it were quite urgent then the delay due to telephone will cause unpredicable damages.

然而VoIP是基于面向无连接的IP网络，因此可能遇到不能成功拨号，能拨不通或者在通话期间断断续续的情况，如果是不重要的电话我们可能还勉强可以容忍，然而当事情紧急却因为电话而耽搁时，所带来的损失就不能预计了。

What are your goals and strategies for growth?

你的成长目标和策略是什么？

And unto the angel of the church in Sardis write; These things saith he that hath the seven irits of God, and the seven star I know thy works, that thou hast a name that thou livest, and art dead.

3：1 你要写信给撒狄教会的使者，说，那有神的七灵和七星的，说，我知道你的行为，按名你是活的，其实是死的。