标准解读
《T/SCGS 313010-2024 磁粒子成像设备激励系统工作参数评价规范》是一份针对磁粒子成像技术中使用的激励系统性能进行评估的标准文件。该标准详细规定了用于评价磁粒子成像设备激励系统工作参数的方法、指标及测试条件，旨在确保此类设备能够达到预期的性能水平，从而支持医学诊断或科学研究等领域应用时的质量与安全。
根据此标准，首先明确了术语定义，包括但不限于“磁粒子”、“成像区域”、“激励线圈”等关键概念，为后续内容的理解打下基础。接着，标准列出了需要被测量的主要参数，如磁场强度分布、频率响应特性、时间稳定性等，并对每一项参数给出了具体的测试方法和要求。此外，还特别强调了环境因素（如温度、湿度）可能对测试结果产生的影响及其控制措施。
对于测试过程，《T/SCGS 313010-2024》提出了详细的指导原则，包括测试前准备、操作步骤、数据记录方式等，以保证不同实验室之间可以获得可比性高的实验结果。同时，也指定了如何处理异常值以及重复性检验的要求，增强了整个评价体系的可靠性和准确性。
最后，该标准还提供了关于报告编写格式的建议，确保所有相关方都能清晰地理解测试结果及其意义。通过遵循这份标准，制造商和服务提供商可以更好地了解其产品在实际使用中的表现，而研究人员则能基于更准确的数据开展深入研究。
如需获取更多详尽信息，请直接参考下方经官方授权发布的权威标准文档。
....
查看全部
- 现行
- 正在执行有效
- 2024-03-11 颁布
- 2024-03-11 实施
文档简介
ICS01.100.01
CCSJ04
团体标准
T/SCGS313010—2024
磁粒子成像设备激励系统
工作参数评价规范
Specificationforevaluationofoperatingparametersof
excitationsystemsformagneticparticleimagingequipment
2024⁃03⁃11发布2024⁃03⁃11实施
中国图学学会发布
中国标准出版社出版
T/SCGS313010—2024
目次
前言··························································································································Ⅲ
引言··························································································································Ⅳ
1范围·······················································································································1
2规范性引用文件········································································································1
3术语和定义··············································································································1
4磁粒子成像设备激励系统····························································································2
4.1磁粒子成像设备系统组成······················································································2
4.2磁粒子成像设备组成和各部件主要功能····································································2
4.3激励系统组成及功能····························································································3
5磁粒子成像设备激励系统工作参数评价指标····································································3
5.1概述·················································································································3
5.2激励磁场均匀性指标····························································································3
5.3机械结构稳定性指标····························································································3
5.4系统电力稳定性指标····························································································4
5.5系统散热效率指标·······························································································4
6检测方法·················································································································5
6.1通用要求···········································································································5
6.2激励磁场均匀性检测方法······················································································5
6.3机械结构稳定性检测方法······················································································5
6.4系统电力稳定性检测方法······················································································5
6.5系统散热效率检测方法·························································································5
附录A（规范性）激励磁场均匀性检测方法·······································································6
A.1检测仪器··········································································································6
A.2准备测试条件·····································································································6
A.3设置扫描参数·····································································································6
A.4测试激励磁场均匀性方法······················································································6
A.5结果表述···········································································································7
附录B（规范性）机械结构稳定性检测方法········································································8
B.1制作机械结构稳定性检测模体················································································8
B.2准备测试条件·····································································································8
B.3设置扫描参数·····································································································8
B.4测试机械结构稳定性····························································································8
B.5结果表述···········································································································9
Ⅰ
T/SCGS313010—2024
附录C（规范性）系统电力稳定性检测方法······································································10
C.1检测仪器·········································································································10
C.2准备测试条件···································································································10
C.3设置扫描参数···································································································10
C.4测试系统电力稳定性··························································································10
C.5结果表述·········································································································10
附录D（规范性）系统散热效率检测方法·········································································12
D.1检测仪器·········································································································12
D.2准备测试条件···································································································12
D.3设置扫描参数···································································································12
D.4检测激励线圈散热情况·······················································································12
D.5结果表述·········································································································13
参考文献····················································································································14
Ⅱ
T/SCGS313010—2024
前言
本文件按照GB/T1.1—2020《标准化工作导则第1部分：标准化文件的结构和起草规则》的规
定起草。
请注意本文件的某些内容可能涉及专利。本文件的发布机构不承担识别专利的责任。
本文件由北京航空航天大学提出。
本文件由中国图学学会归口。
本文件起草单位：北京航空航天大学、中国科学院自动化研究所、中国科学院昆明动物研究所。
本文件主要起草人：安羽、李光辉、杜洋、田捷、惠辉、刘晏君、雷思奥、何杰、张博、冯欣、钟景、牟玮、
刘振宇、尹琳、禹晓梅、王建红、李鸿丽。
Ⅲ
T/SCGS313010—2024
引言
磁粒子成像是新一代生物医学成像技术，基于磁粒子作为示踪剂，利用其非线性磁化响应信号，具
有高灵敏度、高特异性、高时空分辨率、无辐射且无成像深度限制等优势，在国内外均得到了快速的发
展和应用，且已展现出一定的技术积累和应用潜力。目前，该技术已经在检测深层微小肿瘤、植介入血
管成像、在体细胞示踪、实时动态血流监测、脑卒中和脑损伤检测、肺灌注成像等多领域开展预临床研
究，被证明在临床上具有广泛的应用前景。
磁粒子成像设备激励系统的工作参数直接决定设备工作性能，影响成像质量，最终关乎到诊断检
查结果的准确性。磁粒子成像设备工作激励系统工作参数是设备性能的核心要素，这些参数的设定直
接关系到成像质量，进一步影响诊断结果的准确性。然而磁粒子成像设备激励系统的评价和规范方
面，目前尚无统一的标准和定量的指标。因此对磁粒子成像设备激励系统工作参数进行评定和相关指
标的定量分析，形成统一标准，具有重要意义。
本文件制定通用要求，以规范磁粒子成像设备激励系统的研发与质量评估，推动磁粒子成像技术
的高质量发展。
本文件的发布机构提请注意,声明符合本文件时,可能涉及到专利（CN114533016B）“基于梯形波
激励的多色定量磁纳米粒子成像方法及系统”，（CN114521883B）“闭孔式无场线扫描磁粒子成像装置、
系统及方法”，（CN115778353B）“基于旋转谐波图的磁场自由线磁粒子成像方法”，（CN115153490B）
“基于非旋转场自由线的磁纳米粒子检测成像装置、方法”，（CN117686954B）“基于振荡梯度磁场编码
的磁粒子成像方法及设备”，（US11,454,681B1）“Magneticparticleimagingmethodbasedonnon⁃ideal
fieldfreepoint”以及相关的专利的使用。
本文件的发布机构对于这些专利的真实性、有效性和范围无任何立场。
该专利持有人已向本文件的发布机构承诺,他们愿意同任何申请人在合理且无歧视的条款和条件
下,就专利授权许可进行谈判。该专利持有人的声明在本文件的发布机构备案。相关信息可以通过以
下联系方式获得：
专利持有人姓名：田捷、安羽、惠辉、唐振超、李光辉、刘晏君、雷思奥、何杰、张博、张浩然、钟景；
地址：北京市海淀区花园路街道37号北京航空航天大学学院路校区。
请注意除上述专利外，本文件的某些内容仍可能涉及专利。本文件的发布机构不承担识别专利的
责任。
Ⅳ
T/SCGS313010—2024
磁粒子成像设备激励系统
工作参数评价规范
1范围
本文件规定了磁粒子成像设备激励系统工作参数评价指标与检测方法。
本文件适用于永磁体、常导磁体和超导磁体磁粒子成像设备的验收检验和状态检验。
2规范性引用文件
下列文件中的内容通过文中的规范性引用而构成本文件必不可少的条款。其中，注日期的引用文
件，仅该日期对应的版本适用于本文件；不注日期的引用文件，其最新版本（包括所有的修改单
温馨提示
- 1. 本站所提供的标准文本仅供个人学习、研究之用，未经授权，严禁复制、发行、汇编、翻译或网络传播等，侵权必究。
- 2. 本站所提供的标准均为PDF格式电子版文本（可阅读打印），因数字商品的特殊性，一经售出，不提供退换货服务。
- 3. 标准文档要求电子版与印刷版保持一致，所以下载的文档中可能包含空白页，非文档质量问题。
最新文档
- 浆砌块石挡墙施工方案
- 2026年新教育培训合作合同协议
- 加油站人员薪酬管理实施方案
- 检验批划分方案及规范-检验批的划分规范
- 水利工程周边构筑物保护措施
- 医院医疗废物的处理方案
- 管理层收购后上市公司关联交易的多维度剖析与治理优化
- 筒型基础系缆平台冰-结构相互作用的多维度解析与应用研究
- 筑牢安全防线：非煤矿山企业安全管理的问题剖析与优化策略
- 北师大版五年级数学下册课后练习题-确定位置
- 医学课题申报书技术指标
- 交通安全协管员考试题库及答案解析
- 职业病尘肺防治知识培训课件
- 民族区域自治法课件
- 2025年校医考试题库及答案讲解
- 机器人技术机械臂
- 医院培训课件：《临床输血安全管理》
- 医疗垃圾分类培训考核试题(附答案)
- （国网）社会单位一般作业人-网络信息安全准入考试复习题及答案
- 常识题目及答案大全初中
- 2025年陕西高中学业水平合格考试地理试卷试题（含答案）
评论
0/150
提交评论