腐蚀状态

基本解释 (translations)

corrosion

与腐蚀状态相关的网络例句 [注：此内容来源于网络，仅供参考]

The Implementation Regulations specifically provide that fixed assets qualified for accelerated depreciation allowance include:(1) fixed assets fast becoming obsolete; and (2) fixed assets in a state of vibration and being exposed to high degree of erosion.

实施条例据此明确，可以享受这一优惠的固定资产包括：由於技术进步，产品更新换代较快的固定资产；常年处於强震动、高腐蚀状态的固定资产。

The results show that proper RRA heat treatment can improve SCC properties with retention of the high strength of T6 level. After preaging at 100℃for 24 h, retrogression at 200℃for 7 min, and reaging at 100℃for 24 h, the ultimate tensile strength, yield strength and elongation of the alloy are 795 MPa, 767 MPa and 9.1%, respectively. Meanwhile the failure time of the alloy applied to tensile strength of 210MPa in 3.0%NaCl+0.5%H2O2corrosion condition is longer than 720 h. The corresponding TEM observation shows that after retrogression for 7 min and re-aging treatment, the microstructure of grain boundary is similar to that treated in the T73 condition with coarsen and isolated distribution, and the microstructure inside grain is similar to that treated in the T6 condition with small and homogeneous distribution.

研究结果表明：在峰值时效T6状态下合金强度高，但抗应力腐蚀性能差；采用合适的RRA热处理工艺既能使合金保持T6状态下的高强度的同时，又能显著改善合金的抗应力腐蚀性能；经回归7 min RRA处理后合金的晶界类似T73态析出相聚集粗化，而晶内类似T6态析出相细小弥散分布，在拉伸应力为210 MPa和3.0%NaCl+0.5%H2O2腐蚀液中，其断裂时间大于720 h，相应的抗拉强度、屈服强度和延伸率分别为795 MPa， 767 MPa和9.1%，显示优越的综合性能。

The results show that proper RRA heat treatment can improve SCC properties with retention of the high strength of T6 level. After pre-aging at 100 ℃ for 24 h, retrogression at 200 ℃ for 7 min, and reaging at 100 ℃ for 24 h, the ultimate tensile strength, yield strength and elongation of the alloy are 795 MPa, 767 MPa and 9.1%, respectively. Meanwhile the failure time of the alloy applied to tensile strength of 210 MPa in 3.0%NaCl+0.5%H2O2 corrosion condition is longer than 720 h. The corresponding TEM observation shows that after retrogression for 7 min and re-aging treatment, the microstructure of grain boundary is similar to that treated in the T73 condition with coarsen and isolated distribution, and the microstructure inside grain is similar to that treated in the T6 condition with small and homogeneous distribution.

研究结果表明：在峰值时效T6状态下合金强度高，但抗应力腐蚀性能差；采用合适的RRA热处理工艺既能使合金保持T6状态下的高强度的同时，又能显著改善合金的抗应力腐蚀性能；经回归7 min RRA处理后合金的晶界类似T73态析出相聚集粗化，而晶内类似T6态析出相细小弥散分布，在拉伸应力为210 MPa和3.0%NaCl+0.5%H2O2腐蚀液中，其断裂时间大于720 h，相应的抗拉强度、屈服强度和延伸率分别为795 MPa， 767 MPa和9.1%，显示优越的综合性能。

The results show that proper RRA heat treatment can improve SCC properties with retention of the high strength of T6 level. After pre-aging at 100℃ for 24 h, retrogression at 200℃ for 7 min, and reaging at 100℃ for 24 h, the ultimate tensile strength, yield strength and elongation of the alloy are 795 MPa, 767 MPa and 9.1%, respectively. Meanwhile the failure time of the alloy applied to tensile strength of 210 MPa in 3.0%NaCl+0.5% H2O2 corrosion condition is longer than 720 h. The corresponding TEM observation shows that after retrogression for 7 min and re-aging treatment, the micro- structure of grain boundary is similar to that treated in the T73 condition with coarsen and isolated distribution, and the microstructure inside grain is similar to that treated in the T6 condition with small and homogeneous distribution.

研究结果表明：在峰值时效T6状态下合金强度高，但抗应力腐蚀性能差；采用合适的RRA热处理工艺既能使合金保持T6状态下的高强度的同时，又能显著改善合金的抗应力腐蚀性能；经回归7min RRA处理后合金的晶界类似T73态析出相聚集粗化，而晶内类似T6态析出相细小弥散分布，在拉伸应力为210 MPa和3.0%NaCl+0.5%H2O2腐蚀液中，其断裂时间大于720h，相应的抗拉强度、屈服强度和延伸率分别为795 MPa，767 MPa和9.1%，显示优越的综合性能。

Effect of magnetic field on open circuit corrosion and polarization resistance for iron in sulfuric acid containing dichromate .

含重铬酸根硫酸溶液中磁场对铁自腐蚀状态及极化电阻的影响。

The results show that the naturally-aged 2195 alloy has the best intergranular and exfoliation corrosion resistance. The intergranular and exfoliation corrosion are accelerated with prolonging the increasing aging time at 160℃, which is in accord with the results of polarization tests in IGC solution.

结果表明： 2195合金在自然时效状态下具有较好的抗晶间腐蚀和剥落腐蚀能力，但随着在160℃时效时间的延长，其晶间腐蚀与剥落腐蚀倾向逐渐增加；在剥落腐蚀溶液中进行的极化曲线测试也表现出相同的趋势。

The kinetics of the inner layer film growth at open-circuit potential is approximately logarithmic.

在自腐蚀状态下，内层膜的生长近似服从对数规律，外层膜的生长则不服从对数规律。

A new volatile corrosion inhibitor was composed by hexamethylene tetramine and other amine-inhibitors A. The electrochemical behavior of the VCI on cast iron samples was studied by thin layer electrolyte test technique which could simulate the conditions of corrosion in atmospheres.

采用乌洛脱品和胺类缓蚀剂A制成一种新的气相缓蚀剂，用模拟大气腐蚀状态的薄液膜电化学测试技术研究了复合气相缓蚀剂对铸铁试样电化学行为的影响。

With the increase of pipeline's service time, is the pipeline corroded?

由于海底管线的腐蚀是一种长期缓慢的过程，随着管线服役时间的增加，管线的腐蚀状态如何？

If fluxed parts are allowed to stand, the water in the flux will 耐腐蚀液下泵, and dried flux is 不锈钢软管型号 to flake off, exposing metal surfaces to oxidation.

如果允许涂上焊剂的部件处于直立状态，那么焊剂中的苏泊尔电磁炉会蒸发掉，而干燥的焊剂很容易脱落，致使暴露的金属表面容易被氧化。

与腐蚀状态相关的网络解释 [注：此内容来源于网络，仅供参考]

equipment downtime：设备状态异常以及不能完成预定功能的时间

71. equipment downtime:设备状态异常以及不能完成预定功能的时间. | 72. etch:腐蚀,运用物理或化学方法有选择的去除不需的区域. | 73. exposure:曝光,使感光材料感光或受其他辐射材料照射的过程.

erode: v.1：腐蚀 2. 逐步毁坏

erect a. 竖直的 v. 竖立 | erode v. 1. 腐蚀 2. 逐步毁坏 | error n. 1. 错误 2. 错误状态 3. 过失

etch：腐蚀,运用物理或化学方法有选择的去除不需的区域

71. equipment downtime:设备状态异常以及不能完成预定功能的时间. | 72. etch:腐蚀,运用物理或化学方法有选择的去除不需的区域. | 73. exposure:曝光,使感光材料感光或受其他辐射材料照射的过程.

Pitting：点蚀

氧气所引起的腐蚀呈点蚀(pitting)状态有愈钻愈之倾向,若未有效止可能穿透管壁而造成穿孔、泄漏. 另外尚有二种电磁(cell)亦促成腐蚀. 不同金属接合处因金属不同之电位产生流电腐蚀(galvanic corrosion).

placid：平静的,温和的

philanthropic慈善的,博爱的 | placid平静的,温和的 | pristine原始状态的,未受腐蚀的

prophetic：预示的,预言的

pristine原始状态的,未受腐蚀的 | prophetic预示的,预言的 | raucous喧闹的,粗声的

purging：净化

禁止连续进行净化(Purging),而是使螺杆在后进状态下停止数分钟(3~5分钟)后再进行净化(Purging)处理. 将此方法重复,一直到原料消失为止. 对磨耗或腐蚀较严重的螺杆应增加其停止时间(7分钟左右)※用其他方法直接对漏斗(Hopper)孔进行净化(Purging),

corrodible：可腐蚀

corrodibility /侵蚀性/可腐蚀性/ | corrodible /可腐蚀/ | corrosion /腐蚀/腐蚀状态/减退/

corrosional：因侵蚀而造成的

corrosion | 侵蚀, 腐蚀状态 | corrosional | 因侵蚀而造成的 | corrosive agent | 腐蚀剂

overdriven amplifier：过压状态的放大器

overdoping 过掺杂 | overdriven amplifier 过压状态的放大器 | overetching 过腐蚀