81.060.10 原料 标准查询与下载

KS L 4005-2006(2016) 非可塑性陶瓷材料筛析

Sieve analysis of nonplastic ceramic materials

DS/EN 725-11:2006 高技术陶瓷《陶瓷粉末试验方法》第11部分：自然烧结致密化的测定

This Part of EN 725 describes a method for determining the densification of ceramic powders on natural sintering, without the application of any external pressure. The method is applicable to pure oxides, mixtures of oxides and solid solutions. Inorganic sintering additives may be used where their presence is reported.

Advanced technical ceramics – Methods of test for ceramic powders – Part 11: Determination of densification on natural sintering

KS L 4005-2006 非可塑性陶器原料的筛析试验方法

이 규격은 장석, 규석, 납석, 활석, 지르콘과 같은 비가소성 원료의 입도 분포를 측정하는

Sieve analysis of nonplastic ceramic materials

KS L 4007-2006 黏土化学分析方法

이 규격은 주로 도자기 공업에 사용하는 점토의 분석 방법에 대하여 규정한다.

Methods for chemical analysis of clay

KS L 4005-2006(2021) 非塑性陶瓷材料的筛分分析

Sieve analysis of nonplastic ceramic materials

JIS R 9011:2006 石灰化学分析方法

この規格は，生石灰，消石灰，軽焼ドロマイト及び水酸化ドロマイトの試験方法について規定する。

Test methods of lime

JIS R 9001:2006 工业石灰

この規格は，石灰石及びドロマイトをか焼して得られる生石灰，軽焼ドロマイト及びこれらを消化して得られる消石灰並びに水酸化ドロマイトのうち，工業用に用いられるもの(以下，工業用石灰という。)について規定する。

Industrial lime

DS/EN 725-9:2006 高级技术陶瓷 陶瓷粉末的试验方法 第9部分：未堆积堆积密度的测定

This European Standard specifies a method for the determination of the un-tapped bulk density of granulated or un-granulated ceramic powders.

Advanced technical ceramics - Methods of test for ceramic powders - Part 9: Determination of un-tapped bulk density

DS/EN 725-8:2006 高级技术陶瓷 陶瓷粉末的试验方法 第8部分：振实堆积密度的测定

This European Standard specifies a method for the determination of the tapped bulk density of granulated or un-granulated ceramic powders.

Advanced technical ceramics - Methods of test for ceramic powders - Part 8: Determination of tapped bulk density

DS/EN ISO 18753:2006 精细陶瓷（高级陶瓷、高级技术陶瓷）比重瓶法测定陶瓷粉末的绝对密度

This Standard specifies a method for determining the particle density of fine ceramic powders using liquid pyknometry.

Fine ceramics (advanced ceramics, advanced technical ceramics) - Determination of absolute density of ceramic powders by pyknometer

DS/EN ISO 18757:2006 精细陶瓷（高级陶瓷、高级技术陶瓷）-使用 BET 法通过气体吸附测定陶瓷粉末的比表面积

This standard provides guidelines for the determination of the total specific external and internal surface area of disperse or porous (pore diameter > 2 nm) fine ceramic materials by measuring the amount of physically adsorbed gas according to the method of Brunauer, Emmet and Teller (BET mehtod). General guidelines of the method are described in ISO 9277. This standard only focuses on specific details relevant to fine ceramic materials. It should further be noted that the BET method cannot be applied to type I isotherms (microporous materials or chemisorption behaviour) or when the solid absorbs the measuring gas.

Fine ceramics (advanced ceramics, advanced technical ceramics) - Determination of specific surface area of ceramic powders by gas adsorption using the BET method

DIN 51083-4:2005 陶瓷原材料试验.铝硅酸盐的化学分析.第4部分:铝土的测定

This document specifies a method for the determination of mass fraction of alumina in ceramic materials. The method is applicable for the determination of mass fractions of alumina from 5 % to 45 %. For the determination of mass fractions between 45 % to 95 %, EN 955-2 is applicable to.#,,#

Testing of ceramic materials - Chemical analysis of alumosilicates - Part 4: Determination of alumina

DIN 51079-1:2004 陶瓷材料的检验.作为原材料和材料成分的碳化硅的化学分析.第1部分:用碳酸钠和硼酸分解

This standard specifies a method of digesting silicon carbide and ceramics containing silicon carbide as a main or subsidiary constituent. The method can be used to determine the total content of silicon and contents of metallic impurities, such as aluminium, calcium, iron, magnesium, manganese, titanium and vanadium, exceeding 0,05 % (m/m) in each case. It can also be used to determine lower contents not exceeding 0,05 % (m/m) provided a test is performed for losses due to, for example, diffusion or alloy formation with the crucible material in individual cases. NOTE 1 The aluminium, calcium, iron, manganese, magnesium, silicon, titanium and vanadium contents may be determined, for example, by the methods specified in DIN EN 955-2 or DIN 51083-1 to DIN 51083-10, respectively. NOTE 2 General information on methods of digestion for specific groups of substances prior to X-ray fluorescence analysis (XRF) are given in Supplement 1 to DIN 51001-1 for materials containing silicon carbide.

Testing of ceramic materials - Chemical analysis of silicon carbide used as raw material and as constituent in materials - Part 1: Decomposition with sodium carbonate and boric acid

DIN 51079-2:2004 陶瓷材料的检验.作为原材料和材料成分的碳化硅的化学分析.第2部分:用酸进行的压力分解

This standard specifies a method of analysing the silicon carbide (c~-SiC and l~-SiC) used, for example, as raw material for high-performance ceramics by digesting it with acid in a pressure vessel. It does not cover materials containing silicon carbide along with oxidic constituents and binders. The method can be used to determine the total contents of the trace impurities aluminium, calcium, chromium, iron, magnesium, nickel and titanium provided they are present in amounts of not less than 50 mg/kg. Other metallic trace elements can be determined provided they form a permanent solution under the digestion conditions. NOTE 1 Aluminium contents greater than I 000 mg/kg, calcium contents greater than 500 mg/kg or magnesium contents greater than 100 mg/kg may give results that are too Iow owing to the formation of sparingly soluble fluorides. NOTE 2 The aluminium, calcium, iron, magnesium, manganese and titanium contents may be determined, for example, by the methods specified in DIN EN 955-2 or DIN 51083-1 to DIN 51083-10, respectively. NOTE 3 General information on methods of digestion for specific groups of substances prior to X-ray fluorescence analysis (XRF) are given in Supplement 1 to DIN 51001-1 for materials containing oxidic constituents and binders, including silicon carbide.

Testing of ceramic materials - Chemical analysis of silicon carbide used as raw material and as constituent in materials - Part 2: Pressure decomposition with acid

ARMY MIL-S-230 C VALID NOTICE 3-2004 工业硅粉

MIL-S-230C remains inactive for new design, however, the document is valid for use.

SILICON, POWDERED, TECHNICAL

DIN 51061-2:2004 陶瓷原材料和成品的检验.第2部分:陶瓷原材料的抽样

Testing of ceramic raw and finished materials - Part 2: Sampling of ceramic raw materials

DIN 51083-3:2004 陶瓷材料的检验.硅酸铝的化学分析.第3部分:分解法

This standard specifies digestion methods for rendering aluminosilicate samples soluble. To take account of the analytical methods specified in other parts of this series of standards and of the possible interferences resulting from the digestion, the following two methods have been adopted. Digestion method A Digestion with hydrofluoric and sulfuric acids followed by alkaline fusion digestion to determine: a) aluminium oxide, AI203, complexometrically as specified in DIN 51083-4; b) titanium(IV) oxide, TiO2, photometrically as specified in DIN 51083-5; c) calcium oxide, CaO, complexometrically as specified in DIN 51083-7 for a CaO content exceeding 10 %; d) phosphorus(V) oxide, P205, photometrically as specified in DIN 51083-9. Digestion method B Digestion with hydrofluoric and sulfuric acids to determine: a) iron(III) oxide, Fe203, by atomic absorption spectrometry (AAS) as specified in DIN 51083-6; b) manganese(Il) oxide, MnO, by AAS as specified in DIN 51083-6; c) calcium oxide, CaO, by AAS as specified in DIN 51083-7 for a CaO content of 10 % or less; d) magnesium oxide, MgO, by AAS as specified in DIN 51083-8; e) e) lithium oxide, Li20, sodium oxide, Na20, and potassium oxide, K20, by flame emission as specified in DIN 51083-10. NOTE The determination of SiO2, including digestion methods, is specified in DIN 51083-2.

Testing of ceramic materials - Chemical analysis of alumosilicates - Part 3: Decomposition methods

DIN 51083-8:2003 陶瓷材料的试验.铝硅酸盐的化学分析.第8部分:用原子吸收光谱法测定氧化镁

The project specifies a method for determination of the MgO content in alumosilicates by AAS. The method can be used for specimens with 20 % to 90 % (m/m) silical and a content of alumina not greater than 45 % (m/m). Contents of 0,001 % to 5 % MgO (m/m) can be determined.#,,#

Testing of ceramic materials - Chemical analysis of alumosilicates - Part 8: Determination of magnesium oxide (MgO) by atomic absorption spectrometry

DIN 51083-5:2003 陶瓷材料的检验.硅酸铝的化学分析.第5部分:二氧化钛的测定

Testing of ceramic materials - Chemical analysis of alumosilicates - Part 5: Determination of titanium oxide

JIS R 1652:2003 用旋转粘度计测量陶瓷浆粘度的方法

この規格は，共軸—二軸円筒形回転粘度計，円すい—平板形回転粘度計及びブルックフィールド形単—円筒回転粘度計を用いて，常温でのセラミックス粉体分散スラリーの粘度を測定する方法を規定する。

Method for measurement of viscosity with a rotational viscometer of ceramics slurry