在长期接触后，镉可造成肾脏损害。
Cadmium can provoke kidney damage after long periods of exposure.
通常对于老人，接触镉还可造成肾脏损害。
Exposure to cadmium can also cause kidney damage, usually seen in the elderly.
老式手机一般都采用镍镉电池。
镉是一种金属元素。
镉是适合这一目的的优良金属。
低剂量镉具有很强的生物毒性。
碲化镉是一种比硅更便宜的光伏材料。
The compound is cheaper to use for photovoltaic material than silicon.
可用于粮食中铅、镉含量的监测。
It can be used as monitor method of lead and cadmium in food.
老虎产品决不使用铅、镉等有毒物质。
TIGER dispenses with the use of toxic materials such as lead or Cadmium.
研究了水性漆中镉的原子吸收法分析。
The method can be used to determine Cadmium in water soluble paint sample.
镉的处理可能与其它处理电路结合起来。
Cadmium treatment is likely to be integrated with other treatment schemes.
镉的处理可能与其它处理系统结合起来。
Cadmium treatment is likely to be integrated with other treatment schemes.
染镉组和联合染毒组出现体重降低现象；
Avoirdupois of cadmium exposure group and co-exposure group were less than control group.
土壤所含镉可对环境和人体健康造成危害。
随着时间的推移，接触镉可导致肾脏损害。
镉具有雌激素样效应。
结论膜蛋白的-SH基是镉作用的分子靶点；
The sulfahydral group(SH) of membrane protein may be the target of Cd effect.
目的探讨镉中毒性肾损害的细胞分子学机制。
Objective To study the cell molecular mechanism of cadmium-induced renal damage.
本文研究了镉试剂的极谱行为和极谱波性质。
In this paper, the polarographic behavior and polarographic properties have been studied.
人体暴露在镉元素下会对肾脏和肺产生严重损害。
Exposure in humans can cause significant kidney and lung damage.
目的：了解乌鲁木齐市不同民族儿童血铅、镉水平。
Objective: To study the blood lead and blood cadmium level of Urumqi different ethnic children.
大气降尘中所含的镉和铅都对环境和人体健康造成危害。
Cadmium and Lead in dustfall is harmful to environment and human health.
除镉外，各元素生物可用性最高的可交换态含量普遍较低。
Except for Cd, the content of the exchangeable species is generally lower.
结果：铅镉单独染毒组和联合染毒组出现明显的中毒症状；
Result: Lead exposure group, cadmium exposure group and combined exposure group all had toxic symptom.
而镉在土壤中的积累显著，污染严重，污灌区镉污染应引起重视。
But the accumulation of Cd was high. The cadmium pollution was serious.
研究表明，合成的钨酸镉纳米材料在室温下具有非常优异的蓝色发光性能。
Our investigation demonstrates that the CdWO4 nano-materials possess excellent blue luminescent property at room temperature.
研究表明，合成的钨酸镉纳米材料在室温下具有非常优异的蓝色发光性能。
Our investigation demonstrates that the CdWO4 nano-materials possess excellent blue luminescent property at room temperature.
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