cuprite ['kju:prait]
- cuprite的基本解释
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n.
赤铜矿
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The ad sorption coefficients are very low, with 1.4%for α-quartz, and nearly 0%for cuprite.
石英和赤铜矿的吸附率最低,α-石英为1.4%,赤铜矿为零。
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They process the hyperspectral image of the Cuprite derived by AVIRIS using the spectral unmixing method for mineral mapping.
最后对AVIRIS获取的Cuprite地区的矿物质进行混合光谱分解,结果可靠。
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It is believed the corrosion processes of bronze could be divided into two stag es:at the first stage,cuprite,malachite and tenorite were formed;cassiterite ,cerussite and relic copper,lead and tin were formed in the second stage,which c an be found in the outer layer of bronze.
在上述模拟结果基础上,建立了青铜器腐蚀的化学作用过程,即青铜器的腐蚀大致可分为两个阶段:第一阶段生成黑铜矿和孔雀石,第二阶段生成白铅矿和锡石等矿物。
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The results show that the ingather of tungsten in the composites using internal feedstock injection is higher than that of the composites using external feedstock injection. For the composites using IFI method, the influence of input power on the copper oxidation is not evident, while more and more cuprite (Cu2O) is detected with the increasing of input power for the composites using EFI method. The thermal conductivity of WCu composite is lower than the theoretical value by ROM.
结果表明,在内部送粉条件下,复合材料中钨的收得率要高于外部送粉条件下复合材料中钨的收得率;在内部送粉条件下,功率对铜氧化的影响并不明显;而在外部送粉条件下,随着功率的提高,铜的氧化明显增多;由于氧化物和孔隙等的存在,利用大气等离子喷涂工艺制备的复合材料的导热率远远低于根据混合法则计算的理论值。
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Corrosion layer of bronze relics consisted of red cuprite sub-layer, green carbonate mineral sub-layer and yellow stannolite sub-layer.
腐蚀层细分为红色赤铜矿层、绿色碳酸盐矿物层和黄色锡石层组成,其厚度小于1mm。
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cuprite:赤铜矿
赤铜矿(cuprite)图片化学成分为Cu2O、晶体属等轴晶系的氧化物矿物. 含铜量高达88.82%,但其分布少只作为次要的铜矿石利用. 赤铜矿呈立方体或八面体晶形,或呈菱形十二面体形成聚形. 生长时若沿立方体棱的方向延伸,则形成毛发状或交织成毛绒状形态,
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cuprite:赤铜矿 (名)
cupric 铜的; 含铜的; 二价铜的 (形) | cuprite 赤铜矿 (名) | cupula 顶 (名)
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cuprite structure:赤铜矿型结构
cumulative error 累积误差 | cuprite structure 赤铜矿型结构 | cuprous oxide rectifier 氧化亚铜整流
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Cuprite 2:赤铜矿 2
Crystal 2.00 晶体 2 | Cuprite 2.850 赤铜矿 2.85 | Emerald, Synth flux 1.561 祖母绿熔剂 1.561