韧

The results show that after heat treatment, the tensile strength of the alloy increases by 49 MPa, the hardness increases from 21.6 HRC to 25 HRC, and the impact fracture toughness decreases; fracture characteristic is intercrystalline fracture in as-cast, it is intercrystalline and transcrystalline mixed fracture after heat treatment.

结果表明：热处理后合金的抗拉强度σ提高了49MPa，硬度由铸态时的21.6HRC提高到了25 HRC，但合金的冲击韧度出现了较明显的下降；铸态时合金的断裂主要呈沿晶断裂特征，热处理后合金断口里沿晶＋穿晶的混合型断裂特征。

The tensile tests show that the yielding strength and fracture strength increase with increasing Co content. The fracture mechanism of martensite phase is transcrystalline fracture, and the γ phase is gliding fracture, it proves that the γ phase improves the toughness of experimental alloys

断口观察发现，基体相为解理断裂，小尺寸的γ相被裂纹绕过或被整体拔出，大尺寸的γ相被拉长、撕裂或整体拔出，说明γ相有利于改善合金韧性，但增韧效果受到γ相尺寸的影响

A series of new poly polyamines have been synthesized and characterized by means of element analysis and FT-IR etc. The tough effect of these PPAs on epoxy resin/diethylene triamine systems was examined.

合成了一系列新型的聚氧化丙烯多胺，并对其结构进行了表征，同时研究PPA添加到双酚A环氧树脂-二乙烯三胺体系中对环氧树脂固化过程的影响以及对固化环氧树脂的增韧效果。

Umbral banyans native to the Plane of Shadow can plane shift to a forest on the Material Plane in the same way.

通过一 次成功的强韧检定（DC 22）便可以在那一轮内回复受损的力量值。

Experiments are developed on different aspects, including the thickness of aluminum filter, choosing of the unattenuated data or not, characteristics of X-ray spectra, sensitivities to errors of attenuation data. Conclusion is that the iteration method is the best estimation technique.

以铝板作为滤波器材料，论文在滤波器厚度（包括最大厚度和最小厚度的选择）、未衰减数据的选取与舍弃、韧致辐射谱和包含特性辐射的光谱、对衰减误差的敏感性等多个层面进行仿真实验，比较分析了矩阵法和迭代法的优缺点，认为迭代法是进行光谱估计的最好方法。

The new Baseband was placed in the Apple firmware for one reason and one reason only....to screw evry unlocker out there on doing an unlock.

这新的数据机韧体更新的种种理由与原因，就是针对所有解锁用户。

Compared with unrein- forced Mo Si2 ,the flexural strength of Si CP/Mo Si2 composite is increased by 33% and the fracture toughness by5 2 % at room temperature.

如何实现 Mo Si2 的低温韧化和高温强化是开发Mo Si2 高温结构材料的关键。

Alertness, Blinding Speed (2), Cleave, Corrupt Spell, Corrupt Spell-like Ability, Craft Epic Rod, Craft Epic Wondrous Items, Craft Rod, Craft Wondrous Items, Dark Speech, Empower Spell, Epic Spell Focus, Eschew Materials, Extra Turning (2), Fly-by Attack, Great Cleave, Great Fortitude, Greater Spell Focus, Ignore Material Components, Improved Bullrush, Improved Initiative, Improved Spell Capacity (10th), Improved Spell Capacity (11th), Improved Spell Capacity (12th), Intensify Spell, Maximize Spell, Multispell, Negative Energy Burst, Planar Turning, Power Attack, Quicken Spell, Quicken Spell-like Ability, Reach Spell, Scribe Scroll, Spell Focus, Sunder, Toughness, Vile Natural Strike, Weapon Focus, Willing Deformity, Zone of Animation.

技能与特长：炼金术+56，平衡+11，哄骗+48，集中+102，手艺+35，手艺+63，交涉+48，逃跑艺术+50，医疗+33，隐藏+38，胁迫+53，跳跃+28，知识+63，知识+124，知识+96，知识+84，知识+ 63，聆听+55，安静移动+50，占卜+101，搜索+68，察言观色+55，法术识别+119，观察+57，摔绊+50，警觉，盲感（2），顺劈斩，腐化法术，腐化类法术能力，制造传奇法杖，制造传奇魔法物品，制造法杖，制造魔法物品，黑暗圣言，授予法术，传奇法术专攻，无须原料，额外活动力（2轮），飞行攻击，强力顺劈斩，异常强韧，强化法术专攻，无视原料材质，改良重击，改良先攻，改良施法（10级），改良施法（11级），改良施法（12级），强化施法，法术极效，负能量脉冲，转化位面生物，，猛力攻击，快速施法，快速施展类法术能力，法术效果延长，抄写卷轴，法术专攻，击破武器，坚韧，邪恶自然打击，武器专攻，扭曲肉体，活化区域

Testing programs of admixing toughening material such as geotextile and glass fibre have been made to improve shock resistance.

提出掺入土工织物、玻纤等增韧材料以改善其抗冲击性能的试验方案，并通过制作4类圆柱试件，进行静载试验和H opkinson压杆冲击性能试验以比较几种方案的可行性和对抗冲击性能的改善程度。

It was an uncrediable scene, the entensive sea and vast archipelagoes outside Parlistan have already taken my breath away.

阿拉巴斯坦国外的海洋果然浩瀚，有一座座生命力强韧得难以置信的群岛。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。