The Beer 's law is obeyed over the range 16 & 180 ngPt / mL. The effects of 28 diverse ions have deen studied .

最大吸收波长在590nm。铂量在 16&180ng/mL范围内符合 比尔 定律，研究了28种共存离子的影响。

An indirect spectrophotometric method for determination of the trace cyanide was reported . Beer 's law is obeyed for cyanide in the range of 0 ~ 3.0 μ g.

建立了测定微量氰化物的间接光度法，其氰化物含量在0～3.0μg范围内符合 比尔 定律。

The result showed that the attenuation of ultraviolet in the suspensions conformed to Beer 's Law light intensity negative exponentially attenuating with the optic path .

结果表明，各悬浮体系对各波段紫外光的消光基本上符合比 耳 定律，即随着入射光程的增加，光强呈现负指数衰减；

The addition agent of cobalt in anodic materials of Ni-Cd batteries is determined with spectrophotometry with cobalt concentration ranging in 0 ~ 20 mg / 100 mL Beer 's Law is obeyed and this method is proved as an accurate easy and quick method .

采用光度法测定镉镍电池正极物质中添加剂钴，钴含量在0～20mg/100mL范围内符合 比尔 定律。此法干扰元素少，易操作。

The Beer 's law is obeyed from zero to 2 ppm of copper per mL.

铜量在 0&2微克/毫升范围内遵守 比尔 定律。

Beer 's law is obeyed in the range of 0 to 12 μ g / 25 mL of phosphorus . The method has been applied to the determination of micro amount of phosphorus in iron sample with satisfactory result .

磷量在0-12μ g/25mL范围内服从 比尔 定律，方法应用于铁样中微量磷的测定，结果满意。

Beer 's law is obeyed in the range of 0 ~ 0 . 24 μ g / mL of phosphorus and 0 ~ 0.48 μ g / mL of arsenic .

服从 比尔 定律的浓度范围相应为0～0.24和0～0.48μg／mL。

Beer 's law is obeyed in the range of o to 12 μ g / 10ml for manganese and wavelength of maximum absorption is 560 nm . The method has been used to determine manganese in natural water and water sample of medical stone .

在0～ 0.12Mg/1ml锰离子范围符合 比尔 定律，方法用于麦饭石水和天然水中微量锰离子测定。

The maximum absorbance is situated at 520nm ; the observed mole absorption coefficient is 1.3 × 10 ~ ( - 5 ); the Beer 's law is obeyed when Sn content is in the range of 0 ~ 11 μ g / 25ml .

其最大吸收位于520nm处，表观摩尔吸光系数为1.3×10~5，锡含量在0～11μ g/25ml范围内符合比耳 定律。

An Expression of Beer 's Law in Reverse Spectrophotometric Method

光度分析倒测法的 Beer 定律表示式

Beer 's law is obeyed in the concentration range of 0 & 15ng Cu per 25 mL the method has been applied to the determination of trace copper in aluminium and its alloys with reliable results .

0&15微克铜/25毫升范围内符合 比尔 定律。本方法曾用于测定纯铝及铝合金中微量铜的含量，结果满意。

Beer 's law was obeyed in the range of 0.0 ~ 3.2 μ g / 10ml for silver .

银量在0.0～3.2μg/10ml范围内服从 比尔 定律。

The effects of acidity concentration of Tween-80 glycerin and chromogenic agent and interfering ions were studied . The relationship between absorbance and cobalt content following Beer 's law provided that cobalt content was among 0 and 12 / 25ml .

研究了酸度、Tween80的用量、甘油的用量、显色剂的用量和干扰离子对测定的影响，钴金量在0～12μ g/25ml范围内，符合 郎比 定律。

The colored material is said to conform Beer 's law .

我们认为这种带色的物质服从 Beer 定律。

The effects of acidity concentration of glycerol and chromogenic reagent and various interference ions were studied . Beer 's law was followed for copper content among 0-20 μ g / 25 mL.

研究了酸度甘油浓度和显色剂浓度以及各种干扰离子对测定的影响，铜含量在0～20μg/25mL范围内，服从 比尔 定律。

Beer 's Law is the simple solution to the more general description of Maxwell 's far-field equations describing the interaction of light with matter .

比尔 定律是对描述光与物质的相互关系的麦克斯韦远场方程的简化描述。

In the polyvinyl alcohol ( PVA ) medium potassium can react with sodium tetraphenylboron to form a stable colloidal precipitation . Beer 's law is obeyed in the range 0 ~ 1.0 mg / 25 mL.

研究了在聚乙烯醇介质中，利用钾离子与四苯硼钠形成稳定的胶体沉淀可测定钾含量，钾量在0～ 1.0mg/25mL范围内符合比耳 定律。

Beer 's law is obeyed in the range of 0.05 ~ 4.0 μ g / mL for lead . This method has been applied to the determination of lead in environmental samples with recovery between 96.0 % and 104.0 % and RSD ≤ 2.5 % .

铅量在 0.05~4.0μg/mL内符合 比尔 定律，方法已用于环境样品中铅的测定，加标回收率为96.0%~104.0%，相对标准偏差≤2.5%。

The concentration range of tin ( IV ) obeying Beer 's law is 2 . 5 μ g / 25 ml ~ 40 μ g / 25 ml. When it is used for the determination of tin in high alloy steel reference sample satisfactory results are obtained .

锡（IV）浓度在2.5μg/25ml～40μg/25ml范围内遵守 比尔 定律，用于高合金钢标样中微量锡的测定获得满意的结果。

The results show that Beer 's law is obeyed within the range of Mg content 0 ~ 80 μ g / 100 mL and the lowest content of 20 μ g / 100 mL.

结果表明，镁含量在 0~80μg/100mL内符合 比尔 定律，方法检出限20μg/100mL。

The gold content within 0 ~ 20 μ g / 5 ml isoamyl acetate agrees with Beer 's law .

金含量在0～20ug/5ml乙酸异戊酯范围内符合 比尔 定律。

And the concentration of tannin in the range of 0.1 to 1.6 μ g · ml ~ ( - 1 ) complied with Beer 's Law ; the rate of recovery of tannin was between 95.67 and 104.00 percent ;

单宁浓度在0.1～1.6μg·ml~（-1）范围内遵守 Beer 定律：回收率在95.67～104.00%之间；

The detection limit is 6 24 × 10 - 9 g / ml. It obeys the Beer 's law when Ir content is in the range of 0 ~ 60ng / ml.

建立了微量铱的催化分光光度分析方法，其检出限为6.24×10－9g／ml，铱含量在0～60ng／ml，符合 比尔 定律。

Apparent molar absorptive of the silver complex is 3.06 × l0 ~ 5 . Beer 's Law is obeyed for 0 ~ 10 μ g / 25ml of silver .

银配合物的表观摩尔吸光系数3.06×10~5，银 含量在0～10μ g/25ml范围内服从比耳 定律。

The results show there is marked error if just use the Beer 's law in the system and data-fitting method is needed . Theorem C.

结果表明，该系统直接运用 Beer定理存在不可忽略的误差，需要进行数据拟合处理。

In the Tris-HCl buffer solution at pH 7.0 REs can react with TAAP to form a stable 1 ∶ 3 red complex which maximum absorption wavelength is located at 523 nm . Beer 's law is obeyed in the range of 0.07-1.5 μ g / mL.

在pH7.0的Tris-HCl缓冲溶液中，REs与TAAP生成组成比为1∶3的稳定红色络合物，其最大吸收波长位于523nm处，REs总量在 0.07~1.5μg/mL范围内符合 比尔 定律。

The measured wave length is at 365 nm and the Beer 's law is obeyed in the concentration range of 12.0 ~ 90.0 μ m / mL.

检测波长为365nm，苯磺酸氨氯地平浓度在12.0～ 90.0μg/mL范围内，服从朗伯&比耳 定律。

Results show that the measured absorbance to cobalt content curve follows Beer 's Law under 530 nms measuring wave length and cobalt content of 0-3 μ g / mL. This method has high accuracy with recovery of 97 % - 103 5 % .

结果表明，在530nm波长下，钴浓度在0-3μg/mL范围内所测吸光度与钴浓度间的关系遵守比 耳 定律，该方法准确度高，回收率达97%-1035%。

The concentration ranges of PA and DMP were from 1 mg / 1 to 50 mg / 1 . The absorptions of the two substances at four wavelengthes were totally fitted by Beer 's Law .

实验表明：DMP和PA在1mg/1到50mg/1的浓度范围内，对于波长为 216237.6.266292nm 的吸收均满足 比尔吸收 定律。