Impact absorption work: the shape and size of the specimen in the impact test force under a role in the absorption of the power. Unit for J.
冲击吸收功：规定形状和尺寸的试样在冲击试验力一次作用下折断时所吸收的功。单位为J。
Charpy impact test (V gap) : the specified height of pendulum of the one-time blow to V notched specimens in beam state, test specimen is broken by the impact absorbing energy.
夏比(V型缺口)冲击试验：用规定高度的摆锤对处于简支梁状态的V型缺口试样进行一次性打击，测量试样折断时冲击吸收功的试验。
The impact test of the pendulum is used to strike the notched specimens of the cantilever beam with a prescribed height, and the test of impact absorbing power when the specimen is broken.
艾氏冲击试验：用规定高度的摆锤对处于悬臂梁状态的缺口试样进行一次性打击，测量试样折断时冲击吸收功的试验。
Maximum impact force is the greatest impact force (in inch-lbs) applied that did not cause visible damage or deformation to the test specimen surface.
最大撞击力是指应用在测试样品表面上但没有出现肉眼可观测到损伤或变形的最大撞击力(单位：英寸磅)。
The specimen by route C ECAE processing was isotropic and its impact strength increased, tensile strength decreased, elongation at break improved and show…
经C路径的二次ECAE加工后试样为各向同性材料，其缺口冲击强度较PP有所提高，拉伸强度下降，断裂伸长率提高，表现出很好的延伸性。
The effects of impact energy and impact times on the green density, the maximal impact force and the withdraw force of specimen were investigated.
研究电解铜粉高速压制成形工艺，探讨冲击能量、压制次数对生坯密度、最大冲击力和脱模力的影响。
Impact damage was prefabricated on the specimen and the form of specimen after impact was analyzed.
对试件进行预制冲击损伤试验和冲击形貌分析。
The "soaking in water" curing method has the maximum impact on the frost resistant properties of specimen.
为真实反映试件混凝土抗冻性能，建议在工程应用过程中， 试件采用“标养”或洒水、草袋覆盖养护方法。
At the same time, conditions permitting, increasing the amount of samples and the choosing big size specimen could reduce the impact on measurement uncertainty.
在条件允许的情况下，应尽量增加试件数量，并选择大尺寸的试件。
Put the coated specimen under the impact site; check the damage and or warp of it after hit by the hammer from specified height.
经撞击后检查损伤及变形情形。用于塑胶冲击测试及涂料附着力测试。
The results show that the impact fatigue life-time of the specimen will increase by means of high-temperature temper and shot-peening after EDM with the water-base working fluid.
结果表明，采用水基工作液电火花加工，电火花加工后高温回火处理及喷丸强化等措施，都可提高试样的冲击疲劳寿命。
The results show that the impact fatigue life-time of the specimen will increase by means of high-temperature temper and shot-peening after EDM with the water-base working fluid.
结果表明，采用水基工作液电火花加工，电火花加工后高温回火处理及喷丸强化等措施，都可提高试样的冲击疲劳寿命。
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