73.060.99 其他金属矿 标准查询与下载

YB/T 159.1-2015 钛精矿(岩矿) 二氧化钛含量的测定 硫酸铁铵滴定法

本部分规定了用硫酸铁铵滴定法测定二氧化钛含量。 本部分适用于钛精矿(岩矿)中二氧化钛含量的测定，测定范围(质量分数)：≥40.00%。

Titanium concentrate(rock minerals).Determination of titanium dioxide content.The ferric ammonium sulfate titrimetric method

YB/T 159.4-2015 钛精矿(岩矿) 磷含量的测定 铋磷钼蓝分光光度法

本部分规定了用铋磷钼蓝分光光度法测定磷含量。 本部分适用于钛精矿(岩矿)中磷的测定，测定范围(质量分数)：0.002%～0.050%。

Titanium concentrate(rock minerals).Determination of phosphorus content.The bismuth phosphomoly bdate blue spectrophotometric method

JIS M 8104 AMD 1:2015 天然条块金银的取样方法;修改件1

Method for sampling of crude bullion (Amendment 1)

JIS M 8082 AMD 1:2015 熔炼用废铜料.取样方法、样品制备和水含量的测定;修改件1

Copper scraps for smelting -- Methods for sampling, sample preparation and determination of moisture content (Amendment 1)

GSO ISO 12740:2014 硫化铅浓度 银和金含量的测定 火焰试验和使用去毛刺和坩埚的火焰原子吸收光谱法

This International Standard specifies a fire assay and flame atomic absorption spectrometric procedure for the determination of silver and gold contents of lead sulfide concentrates. The method is applicable to the determination of silver and gold in lead sulfide concentrates containing 10 % (m/m) to 80 % (m/m) lead. The method is applicable to silver contents from 200 g/t to 2 000 g/t and gold contents from 0,1 g/t to 25 g/t.

Lead sulfide concentrates -- Determination of silver and gold contents -- Fire assay and flame atomic absorption spectrometric method using scorification or cupellation

GSO ISO 13291:2014 硫化锌浓度 锌的测定 溶剂萃取法和EDTA滴定法

This International Standard specifies a solvent extraction/titrimetric method for the determination of the mass fraction of zinc in zinc sulfide concentrates. The method is applicable to zinc sulfide concentrates having a mass fraction of zinc in the range from 11 % to 62 %.

Zinc sulfide concentrates -- Determination of zinc -- Solvent extraction and EDTA titrimetric method

GSO ISO 12744:2014 铜、铅、锌、镍的浓度检验样品准确度的实验方法

This International Standard specifies methods for checking the precision of primary sampling, sample processing, chemical analysis, physical testing and determination of moisture content of copper, lead, zinc and nickel concentrates being carried out in accordance with the methods specified in ISO 12743, expressed in terms of standard deviations

Copper, lead, zinc and nickel concentrates -- Experimental methods for checking the precision of sampling

GSO ISO 12742:2014 硫化铜、硫化铅和硫化锌的浓度 水分传输限值的估计 流表法

This International Standard specifies a flow-table method for the determination of the transportable moisture limit (TML) of copper, lead and zinc sulfide concentrates, which may liquefy during transport. This International Standard is applicable to the determination of the TML of concentrates containing 10 % to 80 % (mass fraction) of lead, or 10 % to 65 % (mass fraction) of zinc, or 10 % to 55 % (mass fraction) of copper. It is applicable to TMLs in the range 3 % to 28 % (mass fraction).

Copper, lead, and zinc sulfide concentrates -- Determination of transportable moisture limits -- Flow-table method

GSO ISO 12745:2014 铜、铅、锌矿石及其浓度 -质量测量技术的准确性和偏差

This International Standard provides guidelines to test for bias over a wide range of mass measurement techniques, to estimate the precision for each technique and to calculate the precision for wet mass when estimated by applying one of those techniques. The guidelines are based on the application of statistical tests to verify that a mass measurement technique is unbiased, to estimate the variance as the most basic measure for its precision and to check the linearity of a static scale over its working range. Calibration methods and performance tests for compliance with applicable regulations generate test results that can be used to quantify precision and bias for each of these mass measurement techniques and to verify linearity for static weighing devices. The guidelines apply to mass measurement techniques used to estimate the wet mass for cargoes or shipments of mineral concentrate as the basis for freight and insurance charges and for preliminary payments or for final settlements between trading partners. The application of static scales requires that at least one certified weight with a mass of no less than one (1) tonne be either available on location or brought in for calibration purposes, and that this certified weight be applicable to the scale in accordance with the manufacturer’s recommendations. A set of certified weights covering the entire working range of a weighing device simplifies the process of verifying its state of calibration, estimating its precision as a function of applied load and testing its linearity over the working range.

Copper, lead and zinc ores and concentrates -- Precision and bias of mass measurement techniques

GSO ISO 12743:2014 铜、铅、锌和镍的浓度金属和水分含量测定的取样方法

This International Standard sets out the basic methods for sampling copper, lead, zinc and nickel concentrates from moving streams and stationary lots, including stopped-belt sampling, to provide samples for chemical analysis, physical testing and determination of moisture content, in accordance with the relevant International Standards. Where the concentrates are susceptible to significant oxidation or decomposition, it is necessary to use a common sample for moisture determination and chemical analysis to eliminate bias (see ISO 10251). In such cases, the common sample must be sufficiently representative, i.e. unbiased and sufficiently precise, for chemical analysis and determination of moisture content. Any large agglomerates (> 10 mm) present in the primary sample should be crushed prior to further sample processing. Sampling of concentrates in slurry form is specifically excluded from this International Standard. Stopped-belt sampling is the reference method for collecting concentrate samples against which mechanical and manual-sampling procedures may be compared. Sampling from moving streams is the preferred method. Both falling-stream and cross-belt samplers are described. Sampling from stationary lots is used only where sampling from moving streams is not possible. The procedures described in this International Standard, for sampling from stationary lots, only minimize some of the systematic sampling errors.

Copper, lead, zinc and nickel concentrates -- Sampling procedures for determination of metal and moisture content

BS ISO 13547-1:2014 铜, 铅, 锌和硫化镍精矿. 砷含量的测定. 氢氧化铁浓度和电感耦合等离子体原子发射光谱法

Copper, lead, zinc and nickel sulfide concentrates. Determination of arsenic. Iron hydroxide concentration and inductively coupled plasma atomic emission spectrometric method

BS ISO 13547-2:2014 铜, 铅, 锌和硫化镍精矿. 砷含量的测定. 酸消解和电感耦合等离子体原子发射光谱法

Copper, lead, zinc and nickel sulfide concentrates. Determination of arsenic. Acid digestion and inductively coupled plasma atomic emission spectrometric method

ISO 13547-1:2014 铜, 铅, 锌和硫化镍精矿. 砷含量的测定. 第1部分: 氢氧化铁浓度和电感耦合等离子体原子发射光谱法

This International Standard specifies an iron hydroxide concentration and inductively coupled plasma atomic emission spectrometric (ICP-AES) method for the determination of the mass fraction of arsenic in copper, lead, zinc, and nickel sulfide concentrates as follows: a) for copper sulfide concentrates, the method is applicable to the determination of mass fractions of arsenic from 0,05 % to 2,0 %; c) for zinc sulfide concentrates, the method is applicable to the determination of mass fractions of arsenic from 0,05 % to 0,6 %; b) for lead sulfide concentrates, the method is applicable to the determination of mass fractions of arsenic from 0,05 % to 1,0 %; d) for nickel sulfide concentrates, the method is applicable to the determination of mass fraction of arsenic from 0,05 % to 1,0 %.

Copper, lead, zinc and nickel sulfide concentrates - Determination of arsenic - Part 1: Iron hydroxide concentration and inductively coupled plasma atomic emission spectrometric method

ISO 13547-2:2014 铜, 铅, 锌和硫化镍精矿. 砷含量的测定. 第2部分: 酸消解和电感耦合等离子体原子发射光谱法

Copper, lead, zinc and nickel sulfide concentrates - Determination of arsenic - Part 2: Acid digestion and inductively coupled plasma atomic emission spectrometric method

GOST 33208-2014 铜和复杂矿石和其加工产品. 用于测量铜, 锌, 铅, 铋, 镉和锑的重量分数的原子吸收光谱法

Copper and complex ores, and products of their processing. Atomic absorption spectrometry method for weight fraction of measurement of copper, zinc, lead, bismuth, cadmium, antimony

GOST 33206-2014 铜和复杂矿石和其加工产品. 用于测量铜, 锌, 铅, 铋, 镉, 砷和锑的重量分数的电感耦合等离子体原子发射光谱法

Copper and complex ores, and products of their processing. Atomic emission spectrometry with inductively coupled plasma method for weight fraction measurement of copper, zinc, lead, bismuth, cadmium, arsenic, antimony

GOST 33209-2014 铜和复杂矿石和其加工产品. 铁重量分数的测量方法

Copper and complex ores, and products of their processing. Method for measurement of iron weight fraction

GOST 33207-2014 铜和复杂矿石和其加工产品. 矿物铜重量分数的测量方法

Copper and complex ores, and products of their processing. Methods for weight fraction measurement of copper in mineral forms

GOST 33210-2014 铜和复杂矿石和其加工产品. 硫质量分数的测量方法

Copper and complex ores and products for their processing. Methods for measurement of sulphur mass fraction

YS/T 947-2013 有色金属选矿回收伴生钼精矿

本标准规定了有色金属选矿回收伴生钼精矿(以下简称伴生钼精矿)的要求、试验方法、检验规则、标志、包装、运输、贮存、质量证明书及合同(或订货单)内容。本标准适用于有色金属伴生钼矿经选矿分离后回收得到的钼精矿。

Molybdenum concentrate recovered in the process of non-ferrous metal ore dressing