| 1. | That growing destructive capacities of humanity makes this the prime problem of the 21st century
人类的破坏能力越来越强，已成为21世纪的首要问题。 |
| 2. | It was found that the high strength fiber could improve the resistance of the material to the laser irradiation
结果表明，高强纤维的存在提高了复合材料的抗激光破坏能力。 |
| 3. | Finally , the advice that improves the ability of asphalt pavement ' s resisting water damage is brought forward
提出了为提高沥青路面抗水破坏能力而在材料选择方面的建议。 |
| 4. | It is resistant to thermal shock and unusually damage tolerant , and exhibits excellent corrosion resistance
同时它还具有良好的抗热振性，抗破坏能力和优异的耐化学腐蚀性。 |
| 5. | They occur when normal prion proteins become knotted and resistant to being broken down , and cause rapid brain degeneration that is ineitably fatal
当正常的朊病病毒多节化并具有了抗破坏能力的时候，这些疾病开始出现；接着导致不可避免的致命的迅速脑部恶化。 |
| 6. | Presently the domestic and overseas scholars pay more attention to the safety problem of large - scale oilcan section , and the oilcan ' s explosion resist ability is one of pop research problems
摘要目前国内外学者日益重视大型储油罐区的安全问题，油罐的防爆炸破坏能力成为研究的热点之一。 |
| 7. | So , y rays , compared with the other particles , have some particularity in acting with materials . the uv photons , exceeding our expectation , can break the sp ' c - h bonds easily
因此，文中y射线与薄膜作用时，与其它粒子相比确实出现了一些特殊性。紫外光子对sp ~ 3c - h键的破坏能力如此强，确实出乎我们的意料。 |
| 8. | The applied study of modified asphalt in our country has been developed since the mid - 1980s , which can be used for improving the service performance and the ability of preventing premature deterioration of highway asphalt pavement
我国从二十世纪八十年代中期开始改性沥青的应用研究，以提高公路沥青路面的使用性能和抵抗早期破坏能力。 |
| 9. | Global warming is currently increasing the number and power of killer storms across the planet , causing drought and crop failures in places like africa and australia , and raising the sea level worldwide
目前，全球变暖正在世界范围内增加杀手风暴的数量和破坏能力，在一些地方，比如非洲和澳洲，导致干旱，农业歉收，还正造成全球海平面提升。 |
| 10. | The y rays , neutrons , n ions and uv photons have different irradiation behaviour on the films by the study of this dissertatioathe y rays was much weaker than other particles if considering the breaking ability to the sp ' c - h bonds only
通过本文的研究发现， y射线、中子、 n ~ +及紫外光子对薄膜的作用效果明显不同。从对sp ~ 3c - h键破坏能力方面考虑，中子、 n ~ +及紫外光子最强，而y射线最弱。 |
