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现，尤其2022年世界各国出现了破纪录的极端高温，如我国河南超过43℃、河 北超过 44℃、重庆 43.7℃，国外伊朗 53.6℃、葡萄牙 47℃、英国 40.3℃。研究 表明，当气温高于 38℃（路面温度约55℃），气温每升高1℃（路面温度升高约 5℃），路面抗车辙性能衰减约50%，也就是说相同交通量下车辙深度随气温升高 呈指数增长。也就是说，夏季出现极端高温天气时，有可能会在短短几天内迅速 产生严重车辙变形。路面建成通车后，车辙发生取决于路面温度与交通荷载，而 交通荷载无法改变，则预防车辙产生唯一可能的技术途径就是降低夏季路面温度。 项目组基于沥青路面热物理环境及热量传递方式开发彩色阻热涂层，研发彩 色阻热涂层喷洒装备及施工技术，可以减弱沥青路面吸、散热效应，能有效降低 夏季沥青路面温度，缓解城市热岛效应，提高道路工程质量以及行车舒适性。将 彩色阻热涂层铺装技术引入道路工程，对美化道路环境、改善交通出行条件及降 低交通事故发生率等也将发挥积极的作用。彩色阻热材料及沥青路面彩色化关键 技术在陕西、浙江、河南等省推广应用，建成了一批示范工程，极大地提升了沥 青路面使用品质，得到了社会的普遍好评。主","2026-10-09T19:27:18.234Z",[604,605,606,607,608],{"code":449,"name":450},{"code":559,"name":560},{"code":495,"name":496},{"code":425,"name":426},{"code":499,"name":500},[450,560,496,426,500],{"resultType":386,"id":611,"title":612,"abstract":613,"orgName":487,"province":469,"date":614,"trl":10,"transferMode":10,"keywords":393,"industry":10,"patentType":10,"legalStatus":10,"isOpenLicense":395,"isRevitalized":395,"techMaturity":10,"starRating":10,"licenseFeeText":10,"patentNo":10,"ipc":10,"inventors":10,"tags":615,"tagNames":632},"cmv1bi7gi02hebdd8yoq5w5wv","抗裂耐久半刚性基层沥青路面关键技术","半刚性基层沥青路面开裂、车辙问题是世界性难题，一直困扰着道路工程界。 我国传统半刚性基层沥青路面通车2~3年大多数出现严重裂缝、不同程度车辙及 水损害等早期破坏，通车5~6年大多数需要“开膛破肚”式大中修。该项目以国 家自然基金项目、交通运输部行业联合科技攻关项目和陕西、河南、浙江等省交 通科技项目以及一批重大建设工程为支撑，历经 15 年联合攻关与工程实践，创 新了耐久性沥青路面结构设计理论、抗裂耐久半刚性基层沥青路面结构、垂直振 动压实试验方法（VVTM）、VVTM 路面材料设计方法与施工技术，攻克了传统 半刚性基层沥青路面抗裂耐久性不足的技术难题，形成了抗裂耐久半刚性基层沥 青路面成套技术，并在陕西、河南、浙江、四川、吉林、辽宁、海南等省推广应 用，建成了一批示范工程，极大地提升了半刚性基层沥青路面使用品质，得到了 交通运输部的认可和社会的普遍好评。 主要创新性成果取得专利42项（发明专利24项）和软件著作权2项，编制 地方标准 7 部、团体标准 1 部，出版专著 2 部，发表学术论文 85 篇（SCI\u002FEI收 录51篇）。成果率先在陕西省全面推广应用，相继建成一大批典范工程并已形成 技术示范，通车 10 年以上未发现裂缝、明显车辙与水损害，极大提升了陕西省 沥青路面质量，显著提高了沥青路面耐久性，得到社会各界的好评和交通运输部 的充分肯定。2012 年，交通运输部在陕西召开全国高速公路施工标准化活动现 场会，作为路面典型示范工程在全国推广应用，发挥了引领示范作用。 截止到 2018 年底，在全国形成示范工程累计高速公路 4200km 以上、干线 公路 1300km 以上，仅建设成本节约 76 亿元以上，并延长了路面使用寿命，极 大地减少了养护与大中修费用，取得了显著社会经济效益，推广应用前景广阔。 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小型化节点的新型物联网测试共性技术，为各类场景下工业检测智能 物联网向高容量、高速率、资源平衡方向的发展提供关键技术支持。 项目所研发的物联网测试技术已成功应用于建筑施工、物流运输、 石油储运、医疗设备智能化等行业，解决了“沥青路面施工质量监测”、 “冷链运输状态监测”、“集输管道状态监测”和“负压仓智能化升 级”等具体工程问题，相关技术在多个具体场景获得广泛应用。由于 所研究成果对抗击新冠肺炎疫情发挥了积极作用而被西安电视台报 道，并被学习强国等网络平台转载，获得了较好的社会反响和积极的 反馈评价。 （三） 关键技术 1）多源异构感知节点解析兼容技术。 为了测试功能的多样化需要协调多种感知节点并协调测试需求。 项目研发了多设备异构协议解析融合方案，打通了异构协议节点间信 息交互的屏障，实现了对多种异构协议一致性和互操作性的测试与评 价。 2）融合计算与最优化传输技术。 为了减小上游数据的收发量，减轻服务器数据处理的负载，必须 全面优化计算资源并降低物联网能耗。项目结合了最优化与自适应理 论，解决了自主路径选择与规划难题，建立了分布式计算策略，结合 — 354 — 最优化数据分配与传输全面提升了节点的运算能力并极大降低了网 络负载。 3) 小型化与低功耗节点技术。 为了最大化系统总吞吐量，必须通过拓扑控制满足总体的服务质 量需求。项目解决了基于拓扑控制的高速 mesh 难题，提出了冲突负 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井侧壁检测设备。与现有基于固定探头的超声波反射探测仪器相比, 所研制设备采用旋转移动超声波探头，通过对多路回波信号的综合分 析，可以检测到 360°全方位的完整深井侧壁信息,从而获得更科学和 精确的深井侧壁参数,并利用点云技术实现侧壁的三维建模和可视化 展示，使用户可以更直观地观测到侧壁缺陷位置和大小等信息。 所研制设备主要应用于公路、铁路、桥梁、公共基础设施等大型 建筑的施工中。在深井灌桩的钻孔过程中对成孔的直径、垂直度、侧 壁裂缝、暗沟、崩塌情况、地质结构和岩层强度等进行全面检测。在 — 171 — 施工作业中钻孔发生异常时，也可以利用该设备还原井下侧壁情况以 便给施工者的现场处理和下一步决策提供依据。该设备有助于提高钻 孔质量，减少施工工期和施工费用。 （三）关键技术 1.基于旋转移动探头的 360°全方位超声波深井侧壁检测技术 该设备的基本工作原理是：首先通过升降绞车将探头放到深井底 部，然后在 PC 端上位机的控制下，绞车控制系统控制电缆绞盘带动 探头匀速上升，探头周期性地将成孔深度和上升速度等信息发送给上 位机。探头中的声纳测量系统控制旋转机械结构带动超声波传感器匀 速旋转，周期性地发送超声波，检测超声回波的强度和传输时间，并 将回波强度和时间等信息发送给 PC 端的控制系统中。控制系统收到 钻孔深度、上升速度、回波强度和收发时间等参数后，经过计算，获 得成孔侧壁形状、地质状况、坍塌、倾斜等参数，也可以将这些信息 合成钻孔的全景图像，从而能够直观地显示成孔质量。 图 1 超声波深井检测设备工作原理 移动探头中的超声波传感器旋转一圈过程中，每转过一定的角度 就发出一个超声波脉冲信号。旋转一周的过程中一共发射 300 个脉冲 — 172 — 信号，可以采集一圈中 300 个点的数据。深井检测设备根据这些数据 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层应用平台模型，包含以下三个内容：施工项目的建设管理信息 化系统、路面及结构物检测、监测及养护、机电设备检测、监测及养 护。 （三） 关键技术 采用大数据和云计算的技术架构，实现了数据、GIS、视频等资 源的智能融合，建立事件、流量、收费、养护等专题的挖掘模型，涵 盖了高速公路监控、路政、养护、资产等各个业务条线的应用功能。 通过对既有交通数据的分析挖掘，结合交通的历史数据、图片和手机 信息进行深层次的数据碰撞，实现车辆轨迹在时间、空间上全方位智 能分析。 基于 5G 移动互联网技术，运用公路网络视频监控系统视频监控 图像，可实现对视频监控图像中人、车、物等行为、事件乃至交通环 境(保护)参数的智能化检测和分析，核心子系统主要包括多源异构信 息采集系统、核心智能分析系统、联动处理系统等。 — 161 — 基于地理信息技术， 利用高精度道路专用测速雷达作为超速检 测手段，捕获所有经过车辆，以机动车图片抓拍、车辆号牌识别等车 辆特征数据采集，布控比对报警，查报站出警拦截，对道路超速违法 情况进行常年不间断的自动记录，为快速纠正超速违法行为提供重要 的技术手段和证据。 技术成熟度： 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且冻土的缓慢变化特性对数据的连续性、设备的稳定性等提出异常严苛的要求。 图1 高含冰冻土 冻胀融沉危害 及 冻土监测环境 本项目随着青藏铁路等重大冻土工程建设，十数年不断完善、更新和创新， 系统解决了恶劣环境下冻土工程与环境监测中高精度监测与远程无线传输、异构 信息存储与检索、数据共享与权益保护、灾害分析与预测等复杂工程问题，构筑 了具有集成创新特征的自主可控的“冻土工程与环境监测”完整应用系统，并在 青藏铁路、青藏公路、哈大高铁、哈齐高铁等国家重大冻土工程与环境监测中得 到广泛应用，积累了大量珍贵的监测数据；授权发明专利 4 项、实用新型专利3 项、软件著作权2项，取得了丰硕的理论成果、应用成果和社会效益，切实推动 了我国冻土工程与环境领域的科技进步；是目前中国多年冻土区唯一长期运营的 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余项，获得国家技术发明二等奖1项和省部级科学技术一等奖 4项。目前，中心拥有科研生产用房1100平方米，各类MEMS传感器封装测试设备总价值1500万元以上。中心以高温、高压压力传感器、高频、微型、力、加速度等特殊需求传感器及数据记录仪作为主要加工、生产方向，建设完成了专用的 MEMS 微纳传感器及数据记录仪的生产和检验工艺线，建立了完善的传感器测试平台，通过了ISO9000质量管理体系认证及GJB9001B-2009国军标体系认证。(一)传感器篇1．XJA1高g值加速度传感器a. 特点 自主制造的微机械加工耐高g值压阻芯片 100,000g的量程，高过载保护 灵敏度高、长期稳定性好 高频响 高过载,小体积 低成本b. 概述XJA1高g值冲击加速度计采用的 MEMS压阻式硅芯片拥有自主的知识产权，其独特的内部结构，为传感器提供了可靠的过载保护、适当的空气阻尼及良好的密封性。主要用于航空航天、兵器、船舶、轨道交通装备等对冲击、碰撞、爆破产生的加速度测量。c. 技术参数过载保护：100,000g响应频率：≥100kHz供电；+5VDC满量程输出：60mV±20mV工作温度：-40℃～125℃相对湿度：0%～85%绝缘电阻：100MΩ(50VDC)重量：≤5g2．XJG2高温压力传感器a. 特点 自主制造的微机械加工耐高温压阻力敏芯片 可长期在高温下工作 灵敏度高、长期稳定性好 动态频响好 高量程、高过载b. 概述XJG2高温压力传感器采用MEMS 技术和SOI技术，集成平膜压力传感器芯体，并采用先进的梁膜结构设计，使其具有耐高温及瞬时高温冲击的能力、动态频率响应高（最高可达到1MHz）、超高量程，以及高过载（最大可承受满量程 20倍）等特点。“耐高温压力传感器”为国家高技术研究发展计划(863计划)MEMS领域重点项目成果，并通过部级成果鉴定，拥有自主知识产权(发明专利：ZL 01 1 28782.9和 ZL001.13961.4)。该压力传感器广泛应用于航空航天、国防、石油、化工、冶金、电力、船舶、汽车、医药、科研等领域对高温流体的测量。c. 技术参数耐瞬时高温冲击:2000℃测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～500KPa……150MPa供电：1.5mA或5mA或9V零位输出：≤±2mV3．XJG4微型压力传感器a. 特点 微型结构体积小、重量轻 长期稳定性好 测量范围宽 动态频响高b. 概述在空气动力学研究、飞行器及发动机试验、风洞试验、流体力学及水工试验、水轮机及水下兵器试验、生物医学应用，化爆或核爆冲击波等许多研究中，出于对不改变被测流场的考虑或受安放位置局限，必须原位测压时，常常对传感器的外形尺寸的微型化有较为苛刻的要求，以期在不干扰流场状态情况下，复现动态流场的变化规律。XJG4微型压力传感器正是为这些应用开发的，它采用了微型化设计的微机械加工工艺制成集成压阻力敏元件，进行精致巧妙的微型封装，通常外径在Φ8mm到Φ15mm、长度不超过25mm，并且可按照用户要求的形状与尺寸定制。微型压力传感器系列以其小巧的外形、高输出、高温、优异的动态和静态特性以及极高的可靠性而显示其特色。c. 技术参数测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～10KPa……60MPa 供电：1.5mA或5mA或9V零位输出：≤±2Mv 满量程输出：100mV±40mV过载压力：≥150%FS 工作温度：－25℃～85℃贮存温度：－40℃～125℃ 相对湿度：0%～85%绝缘电阻：100MΩ(50VDC)4．XJG8高频响压力传感器a. 特点 动态频响好 自主研制的微机械加工的耐高温压阻力敏芯片 长期稳定性好 测量范围宽b. 概述XJG8高频响压力传感器利用微机械加工技术使得集成硅膜片有效尺寸小，因而固有频率高；利用硅优良的弹性力学特性，加之低的电桥内阻抗，从而不仅利于获得高频响，低至零频高至接近固有频率的宽频带响应，而且有低至亚微秒的上升时间及非常平滑的幅频特性曲线。综合性能优于压电动态压力传感器，动态频率响应极高（最高可达到1MHz）。该系列传感器适用于军事工程、化爆试验、石油勘采与测井、材料、力学、土木工程学、岩土力学、创伤医学、液压动力机械试验等科学试验与现代化仪器仪表中，测量一些变化高、波形陡的动态压力波形与幅值、有效值，是动态测压的首选。c. 技术参数动态频响：最高1MHz测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～10KPa……60MPa供电：1.5mA或5mA或9V零位输出：≤±2mV绝缘电阻：100MΩ(50VDC)5．XJG7高过载压力传感器a. 特点 测量压力高 自主研制的微机械加工的压阻力敏芯片 具备瞬间动态高压力的抗过载能力b. 概述XJG7高过载压力传感器是一种能够承受并测量2GPa动态瞬间高压力的超高压力传感器，主要应用领域为动能弹侵彻、油井勘探、新型材料的高压合成、地下核弹爆炸、高速公路安全防护、动能弹拦截、车辆碰撞安全、水下冲击波的测量等。c. 技术参数测量范围： 0~2GPa传感器封装尺寸：≤ф30mm固有频率：≥500kHz精度：1%FS功耗： 10mW工作温度：-40℃~200℃耐瞬时高温冲击：≥3000℃，瞬时高温持续时间：100毫秒重量： ≤100克6．XJE2 高温高压充油压力芯体a. 特点 优良的线性特性 长期稳定性好 动态特性好 可长期在高温下工作b. 概述XJE2高温高压系列充油压力芯体采用高精度、高稳定性微压力敏芯片或SOI压力力敏芯片作为弹性敏感单元，通过（高温）充硅油工艺和（高温）精密补偿工艺，可实现（高温下）0～60MPa…～200MPa 的压力测量。将 XJE 系列充油压力传感器芯体装入具有标准和特定螺纹的压力接口中，可制作出结构型式多样的压力传感器，并与标准信号处理电路配合，可将压力信号转换成多种工业标准电信号输出，适用于各种不同压力测量产品的组装和生产。c. 技术参数测量介质：与不锈钢、密封圈兼容的各种液体或气体量程：0～60MPa……200MPa内阻：1KΩ～6KΩ，25℃供电：1.5mA或5mA或9V零位输出：≤±2mV满程输出：80mV±20mV过载压力：≥200%FS7．XJB2高温压力变送器a. 特点 自主研制的微机械加工的耐高温压阻力敏芯片 灵敏度高，长期稳定性好 激光全焊接封装 测量范围宽 分体式设计，用户可调整零位、满度b. 概述XJB2高温压力变送器选用耐高温压力传感器芯体，由于采用MEMS技术和SOI技术，集成平膜压力传感器芯体，并采用先进的梁膜结构设计，使其具有耐高温及高温瞬时冲击的能力。传感器输出信号经过分体式变送盒的放大处理，将其转换成标准电信号。传感器壳体采用激光焊接封装，确保了该产品的优异性能和长期稳定性。分体式设计，便于用户调整零位、满度，该压力变送器广泛应用于航空、航天、国防、石油、化工、冶金、电力、船舶、汽车、医药、科研等领域对高温气体、液体的测量。c. 技术参数耐瞬时高温冲击: 2000℃测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～500KPa……150MPa供电电压：标准24VDC或12VDC～32VDC输出信号：4～20mA或1～5V或 0～5V或0.5～4.5V(5VDC供电)8．XJB6智能数字压力变送器a. 特点 宽温液晶数字显示 全温度范围内的数字化温度补偿技术及非线性修正技术 数字量输出，抗电磁及射频干扰能力强。 可模拟量（4～20mA）同时输出 具备通讯输出接口（RS-485），便于总线组网应用 长期稳定性好 性价比高、精度高b. 概述XJB6是一款高精度、高稳定性的数显变送器产品。变送器传感器芯片工作温区广、信号处理部分可进行非线性和温漂补偿。解决了模拟变送器温度漂移等问题，数字量输出、抗干扰性强、无需其它采集设备，可直接与计算机通讯。该产品采用专用宽温液晶显示，并通过精密数字化温度补偿及非线性修正技术精心制造。通用的RS485总线，方便组成网络化的压力检测系统。产品在输出标准模拟信号的同时，可扩展各种通讯接口，是普通压力变送器的理想替代产品。该产品广泛适用于石油化工、水电、城市供水、科研等领域液体压力的精密测量与显示。c. 技术参数测量介质：与硅、不锈钢、玻璃兼容的各种液体或气体量程：0～20KPa……150MPa供电电压：标准24VDC或12VDC～32VDC输出信号：模拟量4～20mA\u002F数字量液晶显示（RS485通讯输出）过载压力：≥150%FS(二)记录仪篇1．抗高过载微型记录仪HGR-10\u002F20型数据记录仪内部采用一套数据采集电路、一套数据存储电路和一套数据传输电路，安装在专用的金属壳体内。在壳体内填充有缓冲保护层对电路进行过载保护，使记录仪抗强冲击过载能力达5万g；记录仪具有体积小、多通道高采样率、大容量、低功耗、抗高冲击过载、数据记录可靠性高等特点，适用于高过载环境下的多参数数据采集。表1 HGR-10\u002F20主要性能指标型号 HGR-10 HGR-20数据通道 1通道（H）+4通道（L） 1通道（H）+4通道（L）采样率高速通道3MHz，12位ADC 高速通道8MHz，12位ADC低速每通道125KHz，8位ADC 低速每通道500KHz，8位ADC体积 φ30×35mm3重量 50克抗过载能力 5万g供电要求 5V，50mA动态范围根据用户具体要求设置输入阻抗 ＞1MΩ频率响应 0.1 Hz～500KHz共模拟制比 ＞90dB存储容量 1～4G字节传输接口采用USB2.0标准，300M字节\u002F分钟工作温度范围 -40℃～50℃在HGR-10\u002F20型数据记录仪的基础上，可以根据用户要求定制记录仪，模拟通道数可以增加至16通道还可以增加数字通道，采样率也可以进行灵活配置。2．抗高过载大容量可编程高采样率 XX 记录仪HDR-10\u002F40\u002F80具有 8个同步采样的模拟通道，输入电压范围、输入通道数、采样频率和采集时间可以编程，记录器具有存储容量大、抗高过载、数据记录可靠性高等特点。表2 HDR-60\u002F80\u002F90主要性能指标型号 HDR-10 HDR-40 HDR-80数据通道 1通道同步4通道同步8通道12位ADC 12位ADC 12位ADC采样率 80MHz，每通道20MHz 每通道10MHz体积电路仓体积φ52×46mm3，电池仓体积52×66×20mm3重量 235克抗过载能力 5万g供电要求自代电池8.4V\u002F1000mAh，功耗200mA动态范围根据用户具体要求设置输入阻抗 ＞1MΩ频率响应 0.1 Hz～8MHz共模拟制比 ＞90dB存储容量 4～16G字节传输接口采用USB2.0标准，300M字节\u002F分钟工作温度范围 -40℃～50℃3．多路模拟信号及多种总线通讯数据记录仪MBR-200型记录仪具有32路模拟信号通道和一路总线数字信号通道，按照一定的采样频率，存储被测产品在测试过程中的各种模拟信号（例如振动信号、冲击信号、压力信号、温度信号等）和被测产品中心处理器产生的总线上的数字信号（包括RS232、RS485、RS422和CAN总线等）。模拟信号每通道输入电压范围和每个通道的采样率可以分别进行设置，既可以同时采集高速信号和低速信号；数字通道的总线类型、同步方式和波特率可以设置。记录仪采用2路冗余的存储系统，内置高容量独立的电池系统，安装在专用的壳体内，内部填充高强度树脂材料。记录仪数据通过SPI接口上传至上位机。表3 MBR-200主要性能指标型号 MBR-200模拟通道 32通道采样率 100 KHz，12位ADC总线类型 RS232、RS485、RS422和CAN可选波特率 9600、19200、115200、1Mbps可选体积 65×70×55mm3重量 560克抗过载能力 5万g供电要求自代电池8.4V\u002F1000mAh，功耗100mA动态范围根据用户具体要求设置输入阻抗 ＞1MΩ频率响应 0.1 Hz～500KHz共模拟制比 ＞90dB存储容量 4～16G字节传输接口采用USB2.0标准，300M字节\u002F分钟工作温度范围 -40℃～50℃4．冲击过载测试记录仪IAR-100型记录仪采用抗高过载测试技术和高g值加速度计，获取在给定弹目交会条件下的冲击加速度曲线。与被测产品同样的目标和着靶速度条件下，冲击过程中记录仪和被测产品受到的冲击加速度幅值和历程相同。冲击试验完毕后回收到记录仪，读出冲击加速度数据，并对冲击加速度进行积分获得模拟试验弹的速度曲线，再对速度数据积分获得模拟冲击试验弹的位移曲线，通过速度曲线和位移曲线来评判加速度测试的准确性。表4 IAR-100主要性能指标型号 IAR-100采样率 100kHz数据分辨率 8位二进制，即40g\u002FLSB加速度测量范围 -10000g～+50000g测试误差不大于15%加速度传感器的非线性误差不大于10%交叉轴灵敏度不大于10%形态形状与结构与被测产品完全相同质量质量与被测产品完全相同抗过载能力 10万g供电要求自代电池，功耗10mA输入阻抗 ＞1MΩ频率响应 0.1 Hz～100KHz存储容量 1G字节传输接口 SPI数字接口，100M字节\u002F分钟工作温度范围 -40℃～50℃5．恶劣环境下无线分布式存储测试系统无线分布式存储测试系统由数据控制中心和若干个测试节点（无线存储测试系统）组成。无线存储测试系统将ICP传感器、信号调理电路、数据采集存储电路、时间统一电路、控制系统电路、无线数据通讯模块、电源管理电路和电池组等集成封装成一体，构成一个可植入爆炸现场独立工作的微小系统，具有很高的可靠性。数据控制中心通过发送测试命令来控制、管理以及协调测试节点去完成测试任务，而测试节点主要是负责采集爆炸冲击波场信号，并回传给数据控制中心，进行后续分析处理。由于无线存储测试系统防护等级达到10万g，较好地解决了“引线电测法”的各种问题，可靠获取冲击波超压曲线，并通过计算得到正压持续时间和冲量。表5 IAR-100主要性能指标型号 DTS-100采样率采样率可以编程，100 K Hz~4 MHz；数据分辨率 12位二进制放大倍数 8档放大倍数可编程输入阻抗 1MΩ传感器指标量程范围是50 psi ～15 000 psi，谐振频率大于500 kHz，响应时间小于1 μs，非线性小于1%FS体积 φ60×120mm3重量 500克电池容量 1Ah抗过载能力 10万g存储容量 4G字节读数接口 USB2.0 高速模式，传输速度为100M字节\u002F分钟工作温度范围 -40℃～50℃无线电作用距离 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