27.120 核能工程 标准查询与下载

EJ/T 20127-2016 离心级联专用电动调节阀规范

本规范规定了离心级联专用电动调节阀的技术要求、质量保证规定和交货准备。 本规范适用于离心级联专用电动调节阀（以下简称调节阀）的生产和交付。

Specification for special electric control valves for centrifuge cascade process

DL/T 1557-2016 电动振冲器

electric vibrator

GSO IEC 61304:2015 核设备、液体闪烁测量系统、性能验证

The purpose of this International Standard is to provide the user with a means of verifying the performance of typical liquid-scintillation counting systems. Measures of pe rformance considered in this standard are: - counting system efficiency; - reproducibility of sample and background count rates. This standard does not cover the calculation of sample activity for quenched samples. Accordingly, this standard does not deal with sample preparation, efficiency correlation (quench correction) procedures, or the identification of unknown radionuclides.

Nuclear instrumentation - Liquid-scintillation counting systems - Performance verification

GSO IEC 60412:2015 核装置 闪烁体和闪烁体的命名（定义）以及闪烁体的标准尺寸

This International Standard gives guidelines for scintillation detectors and scintillators nomenclature (identification) and standard dimensions of scintillators. This International Standard is applicable to all types of solid organic and inorganic scintillators used in detectors for scintillation counting and spectrometry. The object of this standard is to define a standardized nomenclature for scintillation detectors in which most of the properties can be found. The object of this standard is to standardize the dimensions of bare scintillators in order to facilitate interchangeability of non-encapsulated scintillators and to facilitate intercomparisons of measurements with encapsulated scintillators. Liquid scintillators are not addressed by this standard. NOTE The identification labels laid down in Clause 2 of the present standard include certain dimensions which may be expressed in millimetres or inches. The SI system recommends the use of millimetres rather than inches.

Nuclear instrumentation - Nomenclature (identification) of scintillators and scintillation detectors and standard dimensions of scintillators

GSO IEC 61435:2015 核测量仪器 辐射探测器用高纯锗晶体 基本性能的测量方法

This International Standard is applicable to high-purity germanium crystals used for radiation detectors for gamma-rays and X-rays. Such germanium is monocrystalline and has a net concentration of fewer than 1011 electrically active impurity centers per cm3, usually of the order of 1010 cm–3. This International Standard specifies terminology and test methods for measurements of basic characteristics of high-purity germanium crystals. These characteristics are net electrically active impurity concentrations (hereinafter (NA – ND)), deep-level impurity-centre concentration and crystallographic quality of crystals. These test methods are not mandatory but have found general use in the industry and provide verifiable and desired information to the detector manufacturer. Test methods for completed assembled germanium detectors are given in IEC 60973 and IEC 60759.

Nuclear instrumentation - High-purity germanium crystals for radiation detectors - Measurement methods of basic characteristics

GSO IEC 60462:2015 核仪器 用于闪烁计数的光电倍增管 测试程序

This International Standard establishes test procedures for photomultiplier tubes (PMT) for scintillation and Cherenkov detectors. This standard is applicable to photomultiplier tubes for scintillation and Cherenkov detectors. Photomultiplier tubes are extensively used in scintillation and Cherenkov counting, both in the detection and analysis of ionizing radiation and for other applications. For such uses, various characteristics are of particular importance and require additional tests to those conducted to measure the general characteristics of PMT. This has made desirable the establishment of standard test procedures so that measurements of these specific characteristics may have the same significance to all manufacturers and users. The tests described in this standard for PMT to be used in scintillation detectors are supplementary to those tests described in IEC 60306-4, which covers the basic characteristics commonly requiring specification for photomultiplier tubes. This recommendation is not intended to imply that all tests and procedures described herein are mandatory for every application, but only that those tests carried out on PMT for scintillation and Cherenkov detectors should be performed in accordance with the procedures given in this standard.

Nuclear instrumentation - Photomultiplier tubes for scintillation counting - Test procedures

NB/T 25046-2015 核电厂水工设计规范

Hydraulic design specifications for nuclear power plants

GSO IEC 62598:2014 核测量装置和设备 结构要求和辐射参数分类

This International Standard applies to the manufacture and installation of electrical measuring systems and instruments utilizing radioactive sources (radiometric gauges, hereinafter called gauges). It also applies to source housings intended for use in the aforementioned measuring systems. This standard applies to equipment, which is not related to power production or to the fuel cycle. It does not apply to portable gauges which, because of their construction and purposes for use, are intended to be operated as mobile equipment and it does not apply to gauges operated with X-ray tubes, but it can be analogously applicable to these gauges. The object of this standard is to specify constructional requirements for the design of instruments utilizing radioactive sources in regard of radiation protection. This standard does not take into account mechanical or electrical hazards.

Nuclear instrumentation - Constructional requirements and classification of radiometric gauges

GSO IEC 62088:2014 核测量仪器 闪烁体光电二极管 测试程序

This International Standard applies to solid-state photodiodes (PD) and solid-state photodiode arrays (PDA) used in scintillation detectors or in Cherenkov detectors. Avalanche photodiodes (APD) are also covered by the test methods recommended in this standard, but they need some additional specific tests also described in this standard. Not all tests described in this standard are mandatory, but tests that are used to specify performance should be carried out in accordance with the procedures described herein. The intent of this standard is to establish standard test procedures for photodiodes used in scintillation detectors and to define the parameters which shall be provided by the supplier for each type of photodiode.

Nuclear instrumentation - Photodiodes for scintillation detectors - Test procedures

GSO IEC 62495:2014 核测量仪器和设备 使用微型 X 射线管进行 X 射线分析的移动荧光设备

This International Standard is applicable to the radiological safety of portable handheld X-ray fluorescence (XRF) analysis equipment utilizing a miniature X-ray tube as the source of ionizing radiation for industrial applications. The following are beyond the scope of this standard: a) portable XRF analysis equipment utilizing a radioactive source(s); b) large fixed installation XRF analysis equipment utilizing an X-ray tube; c) veterinary and medical applications for portable XRF analysis. The object of this standard is to establish performance specifications for general radiation, electrical, safety and environmental characteristics of the design and operation, and test methods in relation to radiological safety for portable XRF analysis equipment utilizing a miniature X-ray tube. The proposed performance specifications are aimed at minimizing and avoiding the health risk associated with the use of these devices. Analytical performance specifications are beyond the scope of this standard. Portable XRF analyzers utilizing low power, miniature X-ray tubes as sources of ionizing radiation represent a new class of industrial equipment. The miniature X-ray tube replaces the small radioisotope sources (e.g., Fe-55, Co-57, Cd-109, Am-241 and Cm-244) that have been used in portable analyzers for applications such as analysis of lead in paint, alloy identification, and soil screening for hazardous materials

Nuclear instrumentation - Portable X-ray fluorescence analysis equipment utilizing a miniature X-ray tube

GSO IEC 60713:2014 CAMAC 子程序

This standard covers requirements for subroutines for CAMAC systems as defined in IEC Publication 516: A Modular Instrumentation System for Data Handling; CAMAC System. Its application shall not conflict or cause conflict with the mandatory requirements of IEC Publication 516.

Subroutines for CAMAC

GSO IEC 62089:2014 核仪器仪表 α/β气体正比计数器的校准和使用

This International Standard applies to alpha/beta gas proportional counting systems used for the determination of the alpha-ray or beta-ray emission rates of radionuclides in sample counting. The intent is to establish standard methods for calibration and use of alpha/beta gas proportional counters, including measurement of their characteristics. Though principally applicable to beta-ray energies in excess of 100 keV, the techniques described in this standard are also useful for beta-ray energies at lower energies, provided a higher degree of care is taken with regard to sample preparation and calibration and measurement details.

Nuclear instrumentation - Calibration and usage of alpha/beta gas proportional counters

GSO IEC 61453:2014 核测量仪器 用于放射性核素测定的伽马闪烁探测器系统 校准和常规测试

This International Standard specifies methods of calibration and routine tests of scintillation detector systems for the measurement of gamma-ray energies and emission rates of radionuclides and the assay of radioactivity. This International Standard is applicable to scintillation detector systems based on inorganic scintillators for photon measurements. Typical applications include radionuclide identification and assay in various industrial, environmental, and medical applications. The detector system consists of three major components: a scintillating material that produces photons of light when ionizing radiation interacts with it; one or more photomultipliers or photodiodes, optically coupled to the scintillator, which convert the light photons to an amplified electrical pulse or pulses; and associated electronic instrumentation which powers the photomultiplier and processes the output signal. Both energy calibration and efficiency calibration are covered. The following three techniques are considered: a) total spectrum counting (see 3.1) which employs a system that counts all pulses above a low-energy threshold (see 5.1, 5.2 and 5.3); b) single-channel analyzer (SCA) counting (see 3.2) which employs a system with a counting channel established through upper and lower energy boundaries (see 5.1, 5.2, and 5.3); c) multichannel analyzer counting (see 3.3) which employs a system in which multiple counting windows are utilized. This technique allows measurements for which the continuum under the total absorption peak may be subtracted without introducing unacceptable error. In case of overlapping peaks in the spectrum, a multichannel analyzer (MCA) with access to a peak deconvolution program is necessary. This case is not covered by this standard.

Nuclear instrumentation - Scintillation gamma ray detector systems for the assay of radionuclides - Calibration and routine tests

GSO IEC 60677:2014 由 CAMAC 计算机自动操作的控制和测量系统中的质量传递

This standard covers requirements for subroutines for CAMAC systems as defined in I EC Publication 516: A Modular Instrumentation System for Data Handling; CAMAC System. Its application shall not conflict or cause conflict with the mandatory requirements of I EC Publication 516.

Block transfers in CAMAC systems

GSO IEC 60313:2014 核实验室设备中使用的同轴连接

This International Standard applies to coaxial connectors for electrical instruments used in nuclear laboratories. While particularly useful in such applications, the connectors included in this standard are also useful in other applications. However, this standard does not necessarily apply to nuclear power installations where special requirements may necessitate the use of other connectors, some of which (e.g. types N and TNC) are described in various parts of IEC 60169.

Coaxial connectors used in nuclear laboratory instrumentation

GSO IEC 62372:2014 核测量仪器 内置闪烁体 测量光输出和主观清晰度的方法

This International Standard is applicable to housed scintillators for registration and spectrometry of alpha-, beta-, gamma-, X-ray and neutron radiation. Their basic parameters such as a light output and intrinsic resolution are established. This Standard specifies the requirements for the equipment and the methods of defining the basic parameters of housed scintillators, such as: – The direct method is intended for light output measurement of scintillators on the base of any given scintillation material. The scintillators certified using this method can serve as a working standard of housed scintillators (hereinafter - working standard) when using the method of comparison. – The method of comparison with the working standard is intended for housed scintillators based on the same scintillation material as the one of the working standard. The standard does not apply to gas or liquid scintillators and scintillators for counting or current measurement.

Nuclear instrumentation - Housed scintillators - Measurement methods of light output and intrinsic resolution

GSO IEC 60775:2014 BASIC语言 实时响应由CAMAC计算机自动操作的控制和测量系统

This document applies to CAMAC systems as defined in I E C Publication 516: A Modular Instrumentation System for Data Handling; CAMAC System. Nothing in this document shall supersede or extend the mandatory requirements of I E C Publication 516.

Real-time BASIC for CAMAC

GSO IEC 61976:2014 核测量设备和仪器 光谱仪 HPGe伽马射线光谱仪中光谱背景特征的表征

This International Standard applies to gamma-ray spectra collected with hyperpure germanium detectors (HPGe) for use in gamma-ray spectrometry, especially for low-background detectors and measurements. This standard defines terms used to describe the background and the background spectrum itself. This standard does not present methods that describe how to reduce the background.

Nuclear instrumentation - Spectrometry - Characterization of the spectrum background in HPGe gamma-ray spectrometry

GSO IEC 61052:2014 快速输送机的标准程序符合国际标准IEC1052 与快速总线数据收集系统一起使用的标准例程

The standard routines defined in this standard are applicable to FASTBUS systems as defined in the IEC 935. The object is to provide standard routines that have the same meaning to all users so as to minimize duplication of software effort, and maximize interchangeability of FASTBUS systems, subsystems and software.

IEC 1052 FASTBUS standard routines. Standard routines for use with FASTBUS data acquisition system

GSO IEC 60498:2014 核设备用高压同轴连接器

This specification applies to coaxial connectors associated with electrical measuring instruments used in nuclear instrumentation.

High-voltage coaxial connectors used in nuclear instrumentation