H21 金属物理性能试验方法 标准查询与下载

KS C 2608-2013 金属电阻材料.温度特性试验法

이 표준은 금속 저항 재료 등의 온도에 따르는 저항의 변화율 및 저항 온도 계수의 시험방법에 대하여 규정한다.

Testing method of electrical resistance-temperature characteristics of metallic resistance materials

YS/T 438.1-2013 砂状氧化铝物理性能测定方法 第1部分：筛分法测定粒度分布

本部分规定了用干筛法测定砂状氧化铝粒度分布的方法、本部分适用于砂状氧化铝粒度分布的测定、

Methods for physical performance determination of sandy alumina.Part 1:Determination of size distribution-sieving method

YS/T 438.5-2013 砂状氧化铝物理性能测定方法 第5部分：X-射线衍射法测定α-氧化铝含量

本部分规定了 X-射线衍射法测定砂状氧化铝中α-AlO含量的方法、本部分适用于砂状氧化铝中α-AlO含量的测定、测定范围:≤20.0%、

Methods for physical performance determination of Sandy alumina.Part 5:X-ray diffraction spectrum method for determination of α-alumina content

YS/T 438.4-2013 砂状氧化铝物理性能测定方法 第4部分：比表面积的测定

本部分规定了连续流动色谱法测定砂状氧化铝比表面积的分析方法、本部分适用于砂状氧化铝比表面积的测定、

Methods for physical performance determination of sandy alumina.Part 4:B.E.T method for determination of specific surface area

YS/T 438.3-2013 砂状氧化铝物理性能测定方法 第3部分：安息角的测定

本部分规定了砂状氧化铝安息角的测定方法、本部分适用于砂状氧化铝安息角的测定、

Methods for physical performance determination of sandy alumina.Part 3:Determination of the angle of repose

YS/T 438.2-2013 砂状氧化铝物理性能测定方法 第2部分：磨损指数的测定

本部分规定了砂状氧化铝在流化床内进行磨损以测定其磨损指数的方法、本部分适用于砂状氧化铝磨损指数的测定、

Methods for physical performance determination of sandy alumina.Part 2:Determination of the attrition index

YS/T 864-2013 铜及铜合金板带箔材表面清洁度检验方法

本标准规定了铜及铜合金板带箔材表面清洁度的测定方法、本标准适用于铜及铜合金板带箔材表面清洁度的测定及脱脂前后板带箔材洗净率的测定,以判定清洗剂对铜板带箔材的清洗效果及成品带材表面的洁净程度、

Method of slab band tinsel surface cleanliness analysis of copper and copper alloys

ASTM G74-13 采用气态流体冲击的非金属材料和部件着火敏感度的标准试验方法

4.1 This test standard describes how to evaluate the relative sensitivity of materials and components to dynamic pressure impacts by various gaseous fluid media (can include gas mixtures). 4.2 Changes or variations in test specimen configurations, thickness, preparation, and cleanliness can cause a significant change in their impact ignition sensitivity/reaction. For material tests, the test specimen configuration shall be specified on the test report. 4.3 Changes or variation in the test system configuration from that specified herein may cause a significant change in the severity produced by a dynamic pressure surge of the gaseous media. 4.4 A reaction is indicated by an abrupt increase in test specimen temperature, by obvious changes in odor, color, or material appearance, or a combination thereof, as observed during post-test examinations. Odor alone is not considered positive evidence that a reaction has occurred. When an increase in test specimen temperature is observed, a test specimen reaction must be confirmed by visual inspection. To aid with visual inspection, magnification less than 10× can be used. 4.5 When testing components, the test article must be disassembled and the nonmetallic materials examined for evidence of ignition after completion of the specified pressure surge cycles. 4.6 Ignition or precursors to ignition for any test sample shall be considered a failure and are indicated by burning, material loss, scorching, or melting of a test material detected through direct visual means. Ignition is often indicated by consumption of the non-metallic material under test, whether as an individual material or within a component. Partial ignition can also occur, as shown in Fig. 3a, b, and c, and shall also be considered an ignition (failure) for the purpose of this test standard. FIG. 3 a Untested PCTFE (10X Magnification) (Polychlorotrifluoroethylene) Sample. FIG. 3 b Untested Nylon (PA, polyamide) Valve Seat (10X magnification) (continued) Note 1—For the purpose of this standard, test samples that visually appear in these conditions, or similar, are considered to be representative of ignition.FIG. 3 c Untested Pin-Index Sealing Washer (10X magnification) (continued) FIG. 3 Photographs Representing Partial Reactions Including Scorching, Discoloration, Melting and Material Loss or Material Consumption. For the purpose of this standard, test samples that visually appear in these conditions, or similar, are considered to be representative of ignition.

Standard Test Method for Ignition Sensitivity of Nonmetallic Materials and Components by Gaseous Fluid Impact

ASTM B825-13 在金属试样上表面薄膜的电量滴定减少的标准试验方法

4.1 The present trend in environmental testing of materials with electrically conductive surfaces is to produce, under accelerated laboratory conditions, corrosion and film-forming reactions that are similar to those that cause failures in service environments. In many of these procedures the parts under test are exposed for days or weeks to controlled quantities of both water vapor and pollutant gases, which may be present in extremely dilute concentrations.Note 2—Descriptions of such tests can be found in Practice B827. 4.2 Many of these environmental test methods require monitoring of the conditions within the chamber during the test in order to confirm that the intended environmentally related reactions are actually taking place. The most common type of monitor consists of copper, silver, or other thin metallic coupons of a few square centimeters that are placed within the test chamber and that react with the corrosive environment in much the same way as the significant surfaces of the parts under test. 4.3 In practice, a minimum number of control coupons are placed in each specified location (see Test Method B810) within the chamber for a specified exposure time, depending upon the severity of the test environment. At the end of this time interval, the metal samples are removed and analyzed by the coulometric reduction procedure. 4.4 Other corrosion film evaluation techniques for metallic coupons are also available. The most common of these is mass gain, which is nondestructive to the surface films, but is limited to the determination of the total amount of additional mass acquired by the metal as a result of the environmental attack. The most common is weighing using high performance microbalances or for purposes of real-time monitoring, quartz crystal microbalances (see Specification B808).Note 3—Detailed instructions for conducting such weighings, as well as coupon cleaning and surface preparation procedures, are included as part of Test Method B810.Note 4—Some surface analytical techniques (such as X-ray methods) can provide nondestructive identification of some compounds in the films, but such methods, for example, X-ray diffraction, can miss amorphous compounds and compounds present in quantities less than 58201;% of the tarnish film volume. 4.5 With the coulometric technique, it is possible to resolve the complex total film into a number of individual components (Fig. 1) so that comparisons can be made. This resolving power provides a fingerprint capability for identifying significant deviations from intended ......

Standard Test Method for Coulometric Reduction of Surface Films on Metallic Test Samples

KS D 8530-2012 锡.钴合金静电涂层试验法

이 표준은 조성이 대략 주석 질량분율 (75∼80) %와 코발트 질량분율 (20∼25) %

Electroplated coatings of tin-cobalt alloy－Test method

YB/T 4293-2012 双管直流磁性能测量方法

本标准规定了磁轭钢等铁基软磁材料直流磁感应强度的测量原理及线路、试样、测量装置、测量步骤、结果计算、不确定度、报告等。本标准适用于磁轭钢以及各种铁基软磁材料的直流磁感应强度B等磁性参数的测量。本测试方法适用的磁场范围为300A/m~30000A/m;测量环境温度为23℃±5℃,相对湿度小于80%。

Method of measurement of d. c. magnetic properties of double solenoid

YB/T 4292-2012 电工钢带（片）几何特性测试方法

本标准规定了电工钢带(片)几何特性的术语及定义、测试方法、测试报告等。本标准适用于电工钢带(片)的不平度、残余曲率、镰刀弯、因内应力引起的剪切边的偏差、剪切毛刺等几何特性的测试。

Methods of determination of the geometrical characteristics of electric steel sheet and strip

YS/T 273.3-2012 冰晶石化学分析方法和物理性能测定方法.第3部分：氟含量的测定

本方法规定了冰晶石中氟含量的测定方法。 本方法适用于冰晶石中氟含量的测定，测定范围：40.00%～60.00%。

Chemical analysis methods and physical properties of cryolite.Part 3:Determination of fluoride content

YS/T 581.3-2012 氟化铝化学分析方法和物理性能测定方法.第3部分：氟含量的测定

本标准规定了氟化铝中氟的测定。 本方法适用于氟化铝中氟含量的测定，测定范围：40.00%～70.00%。

Determination of chemical contents and physical properties of aluminium fluoride.Part 3:Determination of fluoride content

ASTM B887-12 烧结碳化物矫顽磁性(Hcs)测定的标准试验方法

Measurement of coercivity provides a relative comparison of carbide grain size, binder content, and possibly carbon deficiency for a given graded carbide material or product, and may be employed as a non-destructive measurement indicating deviation from a specified norm. This test method allows the non-destructive estimate of average carbide grain size in sintered cemented carbide hardmetals. It is appropriate for a wide range of compositions and tungsten carbide (WC) WC grain sizes, and can be used for acceptance of material or product to specification.1.1 This test method covers the determination of magnetization coercivity (Hcs) of cemented carbide materials and products using coercive force instrumentation. It is patterned after ISO 3326. 1.2 The values stated in SI units are to be regarded as standard. No other units of measurement are included in this standard. 1.3 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Standard Test Method for Determination of Coercivity (Hcs) of Cemented Carbides

ASTM B886-12 烧结碳化物磁性饱和(Ms)测定的标准试验方法

This test method allows the nondestructive measurement of the magnetic fraction of the binder phase in cemented carbide powder materials and sintered product, and may be used as an indirect measure of the carbon level in the material or product. Measurement of magnetic saturation provides a comparison of the relative fraction of magnetic binder phase that is, cobalt, nickel, or iron, present in the material and can be used for acceptance of product to specification. Measurement of magnetic saturation can be used as a measure of the quality of powder material.1.1 This test method covers the determination of magnetic saturation (Ms) of cemented carbide powder materials and sintered products using magnetic saturation induction test instrumentation. 1.2 The values stated in SI units are to be regarded as standard. No other units of measurement are included in this standard. 1.3 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Standard Test Method for Determination of Magnetic Saturation (Ms) of Cemented Carbides

DB61/T 527-2011 道路运输液体危险货物罐式车辆金属常压罐体定期检验规则

本标准适用于金属材料制造的、符合国家相关标准的装运介质为液体危险货物，工作压力小于0.1 MPa（表压，包括装卸料期间工作压力大于或等于0.1 MPa），与定型汽车底盘或半挂车车架为永久性连接的常压罐体（含安全附件、以及与罐体永久性连接的相关管件、阀件、紧固件和控制件等）的检验。

Regular Inspection Rules for Metal Atmospheric Tanks of Tank Vehicles Transporting Liquid Dangerous Goods by Road

DB61/T 526-2011 立式圆筒形钢制焊接储罐定期检验规则

本规则适用于储存石油、石化产品及其它类似液体的常压及微正压的立式圆筒形钢制焊接储罐（以下简称“储罐”）的罐体及其与罐体相连接的安全附件的检验。

Rules for periodic inspection of vertical cylindrical steel welded storage tanks

KS D 1777-2011 金属材料中氢含量测定方法通则

이 표준은 금속 재료의 수소 정량 방법에 대하여 다음 사항을 규정한다.a) 정량 방

General rules for determination of hydrogen in metallic materials

JIS G 0561:2011 钢的淬硬性试验的试验方法(顶端淬火法)

Method of hardenability test for steel (End quenching method)