Dr . octopus . new villain in town . " doc ock . “章鱼博士” ，本市的新敌人
2.
Shut it down , ock . you ' re going to hurt a lot more people this time 关掉他，奥克.这次你会伤害到更多人的
3.
Shut it down , ock . you ' re going to hurt a iot more people this time 关掉他，奥克.这次你会伤害到更多人的
4.
Block distributing area will have an annual b 了 ock circulation of 0 . 15 millions ' m3 and annual turnover of rmb 600 millions , with total investment of rmb 50 millions 荒料集散区：年流通荒料15万立方米，交易额6亿元人民币，总投资5000万元。
5.
The relationships peter holds most dear are now in danger of unraveling as he clashes with the powerful , multi - tentacled villain doctor octopus aka " doc ock " alfred molina 当彼得为种种原因而打算放弃做蜘蛛侠时，一头如同八爪鱼的怪兽在市内出没。彼得决定再度穿上蜘蛛战衣，奋力一战。
6.
( s ) weathering and unloading action which are the two main exogenous process is active in epigenetic - surface . so , although one is different with the other , they are associated with each other closely and are cntrolled by geostress and seepage fields . in fact , weak weathered zone corresponds to weak load - off one , strong weathered zone corresponds to strong load - off one in virtue of result of this dissertation . ( 6 ) rock mass is a geologic body which is composed of rock and structural plane . and under the condition of geostress . temperature and seepage fields , correspondingly . studying weathering should pay attation to the aspects of rock , structural plane and fields . according to this . the author subdivises rockmass weathering into rock weathering and structural weathering , ulteriorly , the dissertation studies rockmass weathering from three aspects as follows : ? ock weathering : aberrance degree of mineral and physical mechanical performance of weathered rock ; ? e have already knew that weathering action damage the integrity of rock mass , but few applies it to engineering practice . the dissertation is based on trend o 本文研究结果为弱卸荷与弱风化大致对应、强卸荷与强风化大致对应； ( 6 )岩体是由组成它的岩石与缺陷赋存于一定环境场中的地质体，据此本文将岩体风化细划为岩石风化与结构面风化，并进而将表征岩体风化的指标相应地归结为三个方面来加以研究并应用于工程实践，这就是：对于岩石风化，主要为矿物的变异程度与风化岩石的物理力学性能研究：虽已认识到风化作用破坏了岩体完整性，但将该理论应用于岩体风化分带却不多见，本文即从浅表部位硬性结构面间距、条数、迹长、块度等随远离临空面的变化规律来研究岩体风化分带：不同风化、卸荷程度的岩体实际处于不同环境场中，弹性波速变化与特定环境场相对应，因而是反映岩体风化、卸荷的综合因素。
