N04 基础标准与通用方法 标准查询与下载

BS EN 13757-1:2014 仪表的通信系统.数据交换

Communication systems for meters. Data exchange

JB/T 6214-2014 仪器仪表可靠性验证试验及测定试验(指数分布)导则

本标准规定了寿命服从指数分布或近似服从指数分布的仪器仪表的可靠性验证试验及测定试验的一般原则和可靠性特征量的估计方法。 本标准适用于产品以两个相邻失效工作时间的均值，失效前工作时间的均值及失效率为可靠性特征量的可靠性试验。 本标准适用于假定相邻失效间工作时间(对可修复产品)或失效前工作时间(对不可修复产品)的统计分布是服从指数分布(失效率为常数)的产品。

Guideline for reliability validation test and determination test (exponential distribution) for instrumentation

DIN 32567-3:2014 微型系统生产设备. 材料对光学和触觉尺寸测量的影响的测定. 第3部分: 触觉测量设备校正值的推导

Production equipment for microsystems - Determination of the influence of materials on the optical and tactile dimensional metrology - Part 3: Derivation of correction values for tactile measuring devices

DIN 32567-2:2014 微型系统生产设备. 材料对光学和触觉尺寸测量的影响的测定. 第2部分: 触觉程序样本

Production equipment for microsystems - Determination of the influence of materials on the optical and tactile dimensional metrology - Part 2: Specimen for tactile procedures

ISO 14594:2014 微电子束分析.电子探测微观分析.波长色散光谱学用实验参数的测定指南

INTERNATIONAL STANDARD This International Standard gives the general guidelines for the determination of experimental parameters relating to the primary beam, the wavelength spectrometer, and the sample that need to be taken into account when carrying out electron probe microanalysis. It also defines procedures for the determination of beam current, current density, dead time, wavelength resolution, background, analysis area, analysis depth, and analysis volume. This International Standard is intended for the analysis of a well-polished sample using normal beam incidence, and the parameters obtained can only be indicative for other experimental conditions. This International Standard is not designed to be used for energy dispersive X-ray spectroscopy.

Microbeam analysis - Electron probe microanalysis - Guidelines for the determination of experimental parameters for wavelength dispersive spectroscopy

EN 13205-2:2014 工作地暴露.悬浮颗粒浓度采样器性能评定.第2部分:基于抽样效率测定的实验室性能测试

This European Standard specifies a laboratory performance test for samplers for the inhalable, thoracic and respirable aerosol fractions, based on determining the sampling efficiency curve of a candidate sampler at a minimum of nine particle sizes. It specifies methods for testing aerosol samplers under prescribed laboratory conditions in order to test whether the performance of a candidate sampler fulfils the requirements of EN 13205-1:2014. This part of EN 13205 is applicable to all samplers used for the health-related sampling of particles in workplace air.

Workplace exposure - Assessment of sampler performance for measurement of airborne particle concentrations - Part 2: Laboratory performance test based on determination of sampling efficiency

EN 13205-5:2014 工作地暴露.悬浮颗粒浓度采样器性能评定.第5部分:喷雾采样器性能测试及在工作场所使用的采样器比较

This European Standard specifies a method for determining the performance of an aerosol sampler under prescribed workplace conditions in order to test whether the performance of a candidate sampler fulfils the requirements of EN 13205-1. This part of EN 13205 specifies also a simple method to determine how, for a specific workplace aerosol, the concentration measured by the candidate sampler can be recalculated into that of a validated sampler. This part of EN 13205 is applicable to all samplers used for the health-related sampling of particles in workplace air. Different test procedures and types of evaluation are included to enable application of this part of EN 13205 to a wide variety of instruments. The methods specified in this part of EN 13205 are not applicable to tests where the performance of personal samplers is related to static samplers or vice versa.

Workplace exposure - Assessment of sampler performance for measurement of airborne particle concentrations - Part 5: Aerosol sampler performance test and sampler comparison carried out at workplaces

EN 13205-4:2014 工作场所暴露 空气传播颗粒浓度测量采样器性能的评估 第4部分：基于浓度比较的实验室性能测试

This European Standard specifies a method for testing aerosol samplers based on comparison of concentrations under prescribed laboratory conditions in order to verify whether the performance of a candidate sampler fulfils the requirements of EN 13205-1:2014 This part of EN 13205 is applicable to all samplers used for the health-related sampling of particles in workplace air.

Workplace exposure - Assessment of sampler performance for measurement of airborne particle concentrations - Part 4: Laboratory performance test based on comparison of concentrations

EN 13205-6:2014 工作场所暴露 用于测量空气中颗粒浓度的采样器性能评估 第6部分：运输和处理测试

This European Standard specifies a performance test of loaded collection substrates for samplers for the inhalable, thoracic or respirable aerosol fractions and, as alternative, a handling test, both for testing transport losses of aerosol sampler substrates under prescribed conditions in order to calculate the expanded uncertainty of a measuring procedure according to EN 13205-1:2014, Annex A. The transport test involves shipping loaded substrates with ordinary mail, whereas the handling test uses a shaker. This part of EN 13205 applies to all samplers used for the health-related sampling of particles in workplace air.

Workplace exposure - Assessment of sampler performance for measurement of airborne particle concentrations - Part 6: Transport and handling tests

JB/T 6183-2014 仪器仪表可靠性要求及评估方法的编写指南

本标准规定了编写仪器仪表可靠性要求及评估方法标准的编写要求、可靠性要求和评估方法。 本标准适用于各类仪器仪表产品可靠性要求及评估方法标准的编写。

Rules for the preparation of reliability requirements and assessment methods of instrumentation

HG/T 20507-2014 自动化仪表选型设计规范

本规范适用于化工行业新建、扩建和改造项目中的自动化仪表选型设计。

Design code for instrument selection

DIN ISO 21748:2014 测量不确定度评估的重复性再现性和准确度评估的使用指南 (ISO 21748-2010); 德文和英文文本

Guidance for the use of repeatability, reproducibility and trueness estimates in measurement uncertainty estimation (ISO 21748:2010); Text in German and English

ISO/TS 3814:2014 测量产品和材料燃烧反应的标准试验. 开发与应用.

Standard tests for measuring reaction-to-fire of products and materials - Their development and application

DIN EN 62382:2014 加工工业中的控制系统 电气和仪表回路核查(IEC 62382-2012) 德文版本EN 62382-2013

Control systems in the process industry - Electrical and instrumentation loop check (IEC 62382:2012); German version EN 62382:2013, with CD-ROM

DIN EN 13757-4:2014 仪表通信系统和仪表远程读数.第4部分:无线仪表读数(SRD频带上运行的无线电仪表读数).德文版本EN 13757-4-2013

Communication systems for meters and remote reading of meters - Part 4: Wireless meter readout (Radio meter reading for operation in SRD bands); German version EN 13757-4:2013

DIN CEN/TR 16589:2014 实验室装置.带铰接提取臂的捕捉装置.德文版本CEN/TR 16589-2013

Laboratory installations - Capture devices with articulated extract arm; German version CEN/TR 16589:2013

IEC 60793-1-51:2014 测量方法.干热(稳态)试验

Measurement methods - Dry heat (steady state) tests

ASTM E691-14 开展实验室间研究以确定试验方法精度的标准实施规程

5.1 ASTM regulations require precision statements in all test methods in terms of repeatability and reproducibility. This practice may be used in obtaining the needed information as simply as possible. This information may then be used to prepare a precision statement in accordance with Practice E177. 5.2 Test Method and Protocol—In this practice, the term “test method” is used both for the actual measurement process and for the written description of the process, while the term “protocol” is used for the directions given to the laboratories for conducting the ILS. 5.3 Observations, Test Determinations and Test Results: 5.3.1 A test method often has three distinct stages, the direct observation of dimensions or properties, the arithmetic combination of the observed values to obtain a test determination, and the arithmetic combination of a number of test determinations to obtain the test result of the test method. In the simplest of test methods a single direct observation is both the test determination and the test result. For example, the test method may require the measurement of the mass of a test specimen prepared in a prescribed way. Another test method may require the measurement of the area of the test specimen as well as the mass, and then direct that the mass be divided by the area to obtain the mass per unit area of the specimen. The whole process of measuring the mass and the area and calculating the mass per unit area is a test determination. If the test method specifies that only one test determination is to be made, then the test determination value is the test result of the test method. Some test methods require that several determinations be made and the values obtained be averaged or otherwise combined to obtain the test result of the test method. Averaging of several determinations is often used to reduce the effect of local variations of the property within the material. 5.3.2 In this practice, the term “test determination” is used both for the process and for the value obtained by the process, except when “test determination value” is needed for clarity. 5.3.3 The number of test determinations required for a test result should be specified in each individual test method. The number of test results required for an interlaboratory study of a test method is specified in the protocol of that study. 5.4 Test Specimens and Test Units—In this practice a test unit is the total quantity of material needed for obtaining a test result as specified by the test method. The portion of the test unit needed for obtaining a single test determination is called a test specimen. Usually a separate test specimen is required for each test determination. 5.5 Precision, Bias, and Accuracy of a Test Method: 5.5.1 When a test method is applied to a large number of portions of a material, that are as nearly alike as possible, the test results obtained nevertheless will not all have the same value. A measure of the degree of agreement among these test results describes the precision of the test method for that material. 5.5.2 Numerical measures of the variability between such test results provide inverse measures of the precision of the test method. Greater variability implies smalle......

Standard Practice for Conducting an Interlaboratory Study to Determine the Precision of a Test Method

ASTM D5361/D5361M-14 实验室试验用压实沥青混合料取样的标准实施规程

3.1 Samples obtained in accordance with the procedure given in this practice may be used to measure pavement thickness, density, resilient or dynamic modulus, tensile strength, Marshall or Hveem stability, or for extraction testing, to determine asphalt content, asphalt properties and mix gradation.Note 1—The quality of the results produced by this standard are dependent on the competence of the personnel performing the procedure and the capability, calibration, and maintenance of the equipment used. Agencies that meet the criteria of Specification D3666 are generally considered capable of competent and objective testing/sampling/inspection/etc. Users of this standard are cautioned that compliance with Specification D3666 alone does not completely assure reliable results. Reliable results depend on many factors; following the suggestions of Specification D3666 or some similar acceptable guideline provides a means of evaluating and controlling some of those factors. 1.1 This practice describes a procedure for removal of a sample of compacted bituminous mixture from a pavement for laboratory testing. 1.2 Units—The values stated in either SI units or inch-pound units are to be regarded separately as standard. The values stated in each system may not be exact equivalents; therefore, each system shall be used independently of the other. Combining values from the two systems may result in non-conformance with the standard. 1.3 The text of this standard references notes and footnotes which provide explanatory material. These notes and footnotes (excluding those in tables and figures) shall not be considered as requirements of the standard. 1.4 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 Practice for Sampling Compacted Bituminous Mixtures for Laboratory Testing

NF X07-040-4*NF ISO/IEC GUIDE 98-4:2013 测量的不确定度. 第4部分: 测量不确定度在一致性评估中的作用

Uncertainty of measurement - Part 4: role of measurement uncertainty in conformity assessment