1) Lead Excreting Milk Powder
排铅奶粉
1.
The "Lead Excreting Milk Powder" is scientifically manufactured from the polysaccha-ride of seaweeds,milk-powder,vitamins,sugar and other superior nutrient materials.
提出排铅奶粉是由海藻提取物经科学降解、处理,再配以低脂奶粉、糖、维生素等高营养物质加工而成。
2) Powdered milk
奶粉
1.
Study on the determination of titanium at trace level in powdered milk by ICP-MS;
ICP-MS测定奶粉中痕量钛的方法研究
2.
Determination of Mercury in Powdered Milk by FI-AAS;
奶粉中痕量汞的FI-AAS测定
3.
RP-HPLC was developed for the simultaneous quantitative determination of bisphenol A(BPA) and diethylstilbestrol(DES) in two kinds of powdered milk.
采用反相高效液相色谱法测定奶粉中的双酚A和己烯雌酚。
3) Milk powder
奶粉
1.
Determination of peptide content in milk powder;
奶粉中低聚肽质量浓度测定方法
2.
Research on toxicology security of increasing intellect milk powder;
助智奶粉毒理学安全性研究
4) Milk power
奶粉
1.
X-ray fluorescence spectrometric method for semi-quantitative analysis microelements in milk power is reported.
采用X射线荧光光谱半定量分析方法同时检测了奶粉样品中微量元素含量,以奶粉中主要营养成分含量为依据,模拟计算其平均分子式作为平衡项处理。
2.
In order to investigate the conditions of microwave digestion for determining Copper in milk power by flame atomic absorption spectrophotometry, the samples were digested in the microwave under different conditions, and orthogonal tests were carried out.
为探讨用火焰原子吸收法测定奶粉中铜的微波消解条件,改变微波消解时的条件,用原子吸收法测定,再通过正交实验确定消解条件。
3.
The proposed method is applied to the simultaneous determina- tion of cyanuric acid and melamine in milk power and swimming pool water without special sample pretreatment.
方法不经特殊的样品前处理即可用于奶粉和游泳池水等样品中三聚氰酸和三聚氰胺的同时分析。
5) Milk
[英][mɪlk] [美][mɪlk]
奶粉
1.
The proposed method has been applied to the determination of zinc in milk with RSD less than 3.
该方法用于测定奶粉中的锌含量测定,加标回收率为97。
2.
Physical and chemical indexes of 20 milk samples were determined by the authors in accordance with the methods described in the national standards GB 19644-2005 and GB 5410.
笔者以新疆石河子市市售奶粉为测定对象,按照国家标准GB19644-2005和GB5410的方法对20份奶粉理化指标进行测定,其中重点测定奶粉的酸度、蛋白质、脂肪和亚硝酸盐含量等指标,并对测定结果进行了分析和质量初步评价。
6) powdered milk, eggs, etc
奶粉、 蛋粉.
补充资料:铅-铅测年
分子式:
CAS号:
性质:238U和235U两个母体铀同位素的特性实质相同,所产生的放射性成因206,207Pb的方程可合并为(207Pb/206Pb)=[(235U/238U)](t-1)。235U/238U现在的比值是1/137.8,利用非放射性成因‘稳定’204Pb作为参考同位素,作(207Pb/204Pb)与(206Pb/204Pb)的Pb-Pb等时线,应用方程计算年龄,式中(207Pb/204Pb)和(206Pb/204Pb)0是初始比值。
CAS号:
性质:238U和235U两个母体铀同位素的特性实质相同,所产生的放射性成因206,207Pb的方程可合并为(207Pb/206Pb)=[(235U/238U)](t-1)。235U/238U现在的比值是1/137.8,利用非放射性成因‘稳定’204Pb作为参考同位素,作(207Pb/204Pb)与(206Pb/204Pb)的Pb-Pb等时线,应用方程计算年龄,式中(207Pb/204Pb)和(206Pb/204Pb)0是初始比值。
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