1) Iron relics
铁质文物
1.
The inhibitive effect of sodium molybdate on iron relics;
钼酸钠对铁质文物的缓蚀作用研究
2.
An efficient composite protective agent for iron relics was studied and its main performances were tested according to the requirement for the conservation of iron cultural relics in this paper.
研究了一种可以成功应用于铁质文物保护的复合封护剂 。
3.
The protection of iron relics in H2SO4 solu-tion with a pH value of 5 by vacuum plated paryiene coating was investigated using weight-loss test and measurements of potentiodymamic polarization curve and electrochemical impedance spectrum.
派拉纶真空镀膜技术是目前最先进的文物保护技术之一,但对其在铁质文物保护方面的应用研究较少。
2) archaeological iron relics
模拟铁质文物
3) Cast iron artifact
铁器文物
1.
Chloride ion migration and the choice of optimized current density during galvanostatic dechlorination of simulated cast iron artifacts in alkaline solution are studied by galvanostatic polarization.
采用恒电流阴极极化法研究了模拟铁器文物在碱性溶液中恒电流脱氯过程氯离子的迁出规律以及脱氯电流密度的选取原则。
4) iron artifacts
铁器文物
1.
The changes of chemical state for localized corrosion of iron artifacts in 3.
用模拟闭塞电池恒电流实验研究了铁器文物在 3。
2.
An efficient composite protective agent for iron artifacts is studied in this paper.
该文研究一种应用于铁器文物保护的高效环保型封护剂,采用纳米材料改性的纯丙乳液为铁器文物表层封护剂,添加高效缓蚀剂的纯丙乳液为铁器文物的底层封护剂,其中纳米材料的分散和缓蚀剂的选择直接影响这种复合封护剂的防护性能。
3.
An efficient composite protective agent for iron artifacts was studied and its main performances were tested under the requirement of the conservation for iron cultural relics in the paper.
该文研究一种应用于铁器文物保护的复合封护剂。
6) ferromagnetic substance
铁磁物质
1.
Basic characteristics of magnetic field and magnetic fluid of aluminum reduction cells,design of magnetic field balance,feature of magnetic fluid dynamic changes,effects of ferromagnetic substances and effect of magnetic field on reeduction process are discussed.
论述了铝电解槽磁场和磁流体的基本特征 ,磁场平衡设计 ,磁流体动态变化特性 ,铁磁物质影响以及磁场对工艺过程的影响作
2.
A method of mcasuring the Curie temperature of ferromagnetic substance by oscilloscope is presented in this paper, showing vividly that the magnetic of ferromagnetic substance varies with temperature.
本文介绍了用示波器测量铁磁物质居里点的方法，形象地展示了铁磁物质的磁性随温度的变化。
补充资料：铁质岩
| 铁质岩 ferruginous rock 一种富铁矿物的沉积岩。主要由赤铁矿、针铁矿、菱铁矿、磁铁矿、铁质绿泥石、黄铁矿等铁矿物和粘土、硅质、砂质等杂质组成。多呈黑色或灰色，具鲕状、豆状、肾状和结核状结构。按矿物成分可分为硫化铁质岩（主要矿物为黄铁矿、白铁矿等）、碳酸铁质岩（主要矿物为菱铁矿等）、氧化铁质岩（主要矿物为赤铁矿、褐铁矿等）和硅酸铁质岩（主要矿物为鲕绿泥石等）。铁含量达工业品位，且具一定储量规模，则构成铁矿床。中国铁质岩矿床形成于各个地质时期，如前寒武纪的鞍山式铁矿，古生代的宁乡式铁矿、山西式铁矿，中生代的淮南式铁矿等。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条