测试xyz视频工作室

,,"四川大学2019年新纳入开放共享收费范围的实验仪器设备收费标准""序号","设备所属二级单位名称","设备基本信息",,,,,"技术指标及功能","服务学科领域","收费标准",,,,,,"设备责任人姓名及联系方式","单项说明",,"设备编号","设备名称","实验室名称","型号/规格","设备原值(万元)",,,"直接成本费(元)","实验服务费(元)","设备折旧费等(元、校外用户计取)","单位(个、次、小时)","校内用户收费标准合计(元)","校外用户收费标准合计(元)",,"1","生命科学学院","20139312","高效液相色谱仪","生物资源与生态环境教重室","E2695","34.
56001953125","溶剂数:4路,流速范围:0.
001-10.
000ml/min代谢产物分析测定","生物学","90","40","160","个","130","290","徐辉13882013501","2","生命科学学院","20101312","高效液相色谱仪","生物科学专业实验中心","CBM-20A","23.
79001953125","rt值,分离","生物学","100","30","160","个","130","290","侯太平13881807925","3","生命科学学院","2015CF50","色谱仪","资源生物学及生物制药省重室","TBE-300C","29.
80001953125","主机容量:300ML,单次分离量:毫克-10克量级,进样圈:20ML,转速范围:0-1000RPM,流速范围:0.
1-50ML/MIN,可进行190-700NM紫外到可见光","生命学院植物组","30","100","160","个","130","290","唐琳13980549118","4","生命科学学院","20062564","液相色谱仪","生物科学专业实验中心","LC-6AD","23.
60657","Rt值,分离","生命科学","20","110","160","个","130","290","喻东13688401591","5","生命科学学院","20107530","高效液相色谱仪","资源微生物学及微生物省重室","1525EF","34.
937","1525二元泵,流速范围:0.
001~10.
0mL/min","生物学","90","40","160","个","130","290","张杰18030547068","6","生命科学学院","20173232","超快速液相色谱","生物资源与生态环境教重室","UltiMate3000RSLC","33.
247758","用于植物天然产物的快速分离和鉴定","生物学","80","50","160","个","130","290","张阳17381809743","7","生命科学学院","20152439","快速纯化液相色谱系统","分子生物学及生物技术省重室","AKTApure25L1","33.
072754","蛋白样品纯化","生物科学","60","20","80","小时","80","160","朱晓峰18200199627","8","轻工科学与工程学院","20066985","数字式透气仪","服装设计与纺织工程实验室","YG461E(0-3000)","3.
60000244140625","测量范围:0.
2-11834mm/s(L/m2s)测量单位:mm/s、L/m2s或可定制改选其他单位测量精度:好于显示值±2%(仪器的流量误差,不超过±2%)测试压力:0-300Pa(YG461E),0-3000Pa(YG461E-Ⅱ)电源:220V±10%,50Hz,最大1150W吸风机性能:功率1100W,风量120m3/h测试头/测试面积:5、20、50、100cm2、Φ50、Φ70mm(等于Φ38)","轻工、材料","20","10","20","小时","30","50","宋庆双18113052215","9","轻工科学与工程学院","20130849","纺织品热传导性能测试仪","服装设计与纺织工程实验室","YJ-606","7.
5","加热板温度调节范围:20~50℃","轻工、材料","20","20","60","小时","40","100","宋庆双18113052215","10","轻工科学与工程学院","20130853","接触角测定仪","服装设计与纺织工程实验室","HARKE-SPCAX1","4.
80000244140625","接触角测试范围:099.
9%;微生物2000s)内多次成像,且每次成像的曝光时间可以累积,并自动保存结果,无干预的成像结束后,用户可以挑选最适合曝光时间的图像保存;冷CCD温度:低于温室-50℃以下;低读出噪音及暗电流,以保证长时间曝光后的背景噪音低:CCD读出噪音60%;化学发光、荧光及普通凝胶、膜、微孔板等的数字图像,并对获得的图像进行数据分析.
","核酸、蛋白的成像及数据分析","10","5","60","个","15","75","黄震13568944600","150","生命科学学院","20152561","DNA合成仪","生物学院办公室","Oligo800","29.
44001953125","超高效合成系统:控制器:内置程序控制,PC电脑软件可便捷、高效控制仪器和存储方法.
工作模式:相互独立、电子控制的双注射器泵直线驱动装置,双压力传感器反馈回路,无需混合器和阻尼器.
流速范围:1ul/min–100.
00ml/min.
以1ul/min为增量.
流量精度:≤0.
075%RSDor≤0.
02minSD.
最高操作压力:100psi.
延迟体积:99.
9%;微生物99.
9%;微生物99.
9%;微生物16KN;最大直径:180mm2.
负载端主轴:转速:0r/min—6000r/min;精度:+/-1r/min;额定转矩236Nm;转矩精度:0.
5%;端面径向/轴向跳动≤0.
003mm;最大径向/轴向载荷:>16KN;最大直径:200mm3.
其他轴:驱动主轴上下移动Z轴行程:+/-60mm;驱动主轴前后移动Y轴450mm(+270/-180);负载主轴左右移动X轴行程:150mm;负载主轴旋转A轴-5°~95°,定位精度0.
5角分;4.
转矩测量系统:输入端双量程100/10Nm;输出端双量程200/20Nm5.
转角测量系统:输入端+/-2.
5",3000rpm;输出端+/-2",1000rpm","航空航天、机械","100","校内:200;校外:400","470","小时","300","970","周广武13980864246","323","空天科学与工程学院","20187593","高性能机电传动空间环境模拟实验平台","航空航天985平台实验室","SCUAA-STCP1200","129.
85785","功能:该实验台主要用于模拟空间环境,测试空间活动零部件(空间减速器和空间轴承等)的传动误差、回差、刚度、效率、摩擦力矩、振动、可靠性、寿命等技术指标,评估空间活动零部件的综合性能.
技术指标:1.
真空室外形尺寸:Φ1200mm*1600mm(直段);2.
极限真空度:优于5*10-4Pa(空载,2小时内)、工作真空度:优于1.
3*10-3Pa;3.
热沉温度范围:-70℃~150℃4.
热沉平均降温速率:-60℃~+130℃范围,热沉升温速率:≥2℃/min,降温速率:≥1℃/min;5.
热沉表面温度均匀性:≤±2℃;6.
谐波减速器和轴承实验台架(所有传感器均安装在真空室内).
","航空航天、机械","200","校内:300;校外:600","310","小时","500","1110","周广武13980864246","324","空天科学与工程学院","2016CE72","光学轮廓仪","航空航天985平台实验室","ContourGT-K","65.
078","光学轮廓仪是一种非接触三维形貌测量系统,主要用途涵盖了亚纳米量级粗糙度测量到毫米尺度台阶高度测量.
可满足研发、磨损分析、失效分析及工艺控制等领域的需求.
主要技术指标:a.
双LED光源(白光和绿光).
b.
垂直测量范围:0.
1nm至10mmc.
垂直分辨率:0.
999;品污染度:20nm;共振扫描镜扫描速度:200张/s;激光器:458nm,476nm,488nm,514nm,561nm,633nm,405nm.
1.
荧光定位、定量测量,多重荧光标记信号检测.
2.
荧光断层扫描、重叠及三维重建.
3.
荧光光漂白恢复(FRAP)和荧光共振能量转移(FRET)分析.
4.
发射光光谱扫描取图,对于重叠光谱进行拆分,实现荧光共定位的应用.
5.
利用荧光标记,测定细胞内如钠、钙、镁、pH等离子浓度的比率及动态变化.
6.
进行细胞损伤、荧光漂白后恢复(FRAP)、荧光共振能量转移实验(FRET)、解笼锁(UNCAGE)等光刺激","生物学、药学","80","20","100","小时","100","200","杨寒朔13568933746","397","华西临床医学院","20130937","荧光定量PCR仪","移植免疫研究室","CFX96","32.
8754","荧光定量","生物医学","30","10","80","次","40","120","陈又南18980602273","398","华西临床医学院","待建账","小型扫描电子显微镜","华西临床医学院公共实验技术中心","EVO10","119","分辨率:3nm(30kV);加速电压:1KV~30KV;放大倍数:5~300000倍;样品台:X=80mm,Y=100mm,Z=35mm;旋转:360度;倾斜:-10至+90度","生物、医学","15","75","90","个","90","180","苏波13882266682","399","生命科学学院","20184751","多功能实时无标记细胞分析仪","四川大学生长代谢衰老研究中心","xCELLigenceRTCA","49.
2000390625","实时无标记动态细胞分析技术;检测速度:16个样本检测时间≤4秒;检测项目:基于小室原理的细胞浸润、细胞毒性、细胞增殖及分化、细胞黏附及伸展、细胞与细胞相互作用、受体介导的信号通路等.
","生物学","50","50","200","小时","100","300","肖智雄02885415509","400","华西药学院","2017BF80","超分辨激光共聚焦显微镜","靶向药物与新型给药系统省重点实验室","LSM800","242","主要技术指标:是4个独立激光器组成,超高分辨率成像通过独立硬件实现.
检测器由多个GaAsP或HyD(或同等/更有灵敏度)平面多通道检测器组成.
超高分辨率要求:XY方向上分辨率不低于140nm,Z方向不低于400nm;超高分辨率成像为线性成像.
所有超高分表率成像可以用作定量分析;如荧光强度分析、FRET分析等.
高精度活细胞工作站至少具有三种功能:自动寻找焦平面、单次聚焦锁定功能及连续聚焦功能.
主要功能:该设备能突破常规激光共聚焦显微镜的光学衍射极限,在纳米水平上对组织/器官切片和活细胞进行亚细胞结构和动力学等方面的研究,可以用于观测固定细胞、活细胞、动物组织的深层结构,得到清晰锐利的多层Z平面结构(光学切片),和实时动态的活细胞影像.
并配备专业的图像处理软件,实现对超高分辨率图像的深层处理和分析.
","生物医学、药学、药剂学等","150","50","400","小时","200","600","严忠勤18030422842","401","华西药学院","20176026","小动物活体光学成像系统","靶向药物与新型给药系统省重点实验室","LIVISLuminaIII","159.
880078125","1、采用顶置式背照射、背部薄化科学一级CCD,工作温度达到绝对-90°C,温度可视化;2、CCD相机,参数如下:芯片尺寸1.
33cm*1.
33cm,有效像素量1024*1024,量子效率85%(500-700nm);3、采用定焦镜头,最大光圈f/0.
95;4、系统最小检测光子数<=120光子/弧度/平方厘米,检测灵敏度达到可检测小鼠皮下少于50个生物发光细胞的产品;5、采用近红外增强型150W高效能卤灯;6、激发光滤片转轮可同时装载19个滤片;7、发射光滤片转轮可同时装载8个滤片,标配滤片数量7个;具备独家的荧光光谱分离功能,可提供被SCI收录的证明文献2篇的产品;9、成像视野范围可调,最大视野范围为12.
5cmn*12.
5cm;10、动物载物台温度可控(20~40°C),且即时温度可通过软件显示;11、标配软件包含图像获取及数据分析模块,且具备成像参数设置向导,可通过软件设置自动顺序成像、时间序列成像、多通道成像、生物发光和荧光多模块式顺序成像等功能,具备圆形、矩形、轮廓线、不同规格微孔板等多种ROI圈选定量模式,用于信号的定量分析,采用国际公认的定量标准,以动物表单位时间、单位面积、单位弧度发出的光子数作为定量单位;12、分析软件具备多光谱分离算法,可进行背景光去除、探针纯光谱信息提取、多探针分离、信号光谱特征分析、图像叠加等操作;13、具备气体麻醉系统,蒸发罐,真空泵、流量控制、尾气吸收等装置均一体化集成,且具备预麻醉盒,用于小鼠成像前预麻醉处理,可同时麻醉三只以上小鼠.
主要功能:荧光成像、化学发光成像以及切伦科夫成像","生物医学、药学、药剂学等","150","50","400","小时","200","600","严忠勤18030422842","402","华西公共卫生学院","20139E8D","液相色谱仪","公共卫生与预防医学实验中心","thermoUHPLC-3000","27.
948","系统最高耐压1034bar,最高8mL/min流速,体现出高流速下耐受高压的稳定性能,分析速度是常规液相的50倍,高分离度条件下实现峰容量最大化","预防医学药学化学","30","20","90","小时","50","140","史莹13880494955","403","华西公共卫生学院","20145578","高效液相色谱仪","公共卫生与预防医学实验中心","安捷伦1260","38.
23501953125","等度泵、四元泵和二元泵系统压力上限600bar,最高流速可达5mL/分钟,等度泵和四元泵系统压力上限200bar时,流速可高达10mL/分钟,再加上80Hz的检测速率","预防医学药学化学","30","20","90","小时","50","140","史莹13880494955","404","华西公共卫生学院","20169816","高效液相色谱仪","公共卫生与预防医学实验中心","ultimate3000","34.
701315","1.
流速范围:200–10,000μL/min2.
流速准确度:0.
1%at1mL/min3.
流速精度:2M,3.
扫描速度≥15000u/sec4.
正负极切换时间≤15msec,5.
离子源ESI,APCI","药学、法医、公卫","100","100","400","个","200","600","杨林18628077737","415","华西基础医学与法医学院","20048148","组织切片膜片钳系统","基础医学实验教学中心","EPC-10,水浸式镜头+红外监测","82.
170078125","1.
单探头电脑全自动控制放大器.
2.
Lockin功能精确测量膜电容.
3.
钳制电压±200mv,最小调幅1mV.
4.
钳制电流±100nA/±2nA.
5.
快速补偿电容0-15pF(50G欧反馈电阻).
6.
慢补偿电容0.
2-1000pF(50G欧反馈电阻)7.
全细胞反馈电容1-255pF(1000M欧反馈电阻).
7.
水浸式镜头,红外监测","生物学,医学","80","100","420","小时","180","600","张金虎15828400683","脑片等组织切片""416","华西基础医学与法医学院","20116595","膜片钳系统","基础医学实验教学中心","EPC-10","76.
26","1.
双探头电脑全自动控制放大器.
2.
具有Lockin功能测量膜电容.
3.
钳制电压±200mv,最小调幅1mV.
4.
钳制电流±100nA/±2nA.
5、快速补偿电容0-15pF(50G欧反馈电阻)5.
慢补偿电容0.
2-1000pF(50G欧反馈电阻)6.
全细胞反馈电容1-255pF(1000M欧反馈电阻)","生物学,医学","50","50","200","小时","100","300","张金虎15828400683","细胞""417","水利水电学院","20161700","综合岩石力学力学试验系统","岩土省重点实验室","MTS815","708.
560625","实现传统的动静加载、单向拉伸等功能;特色功能是实现THM耦合实验;实现不同渗透介质(液体/气体)的渗透测试.
主要技术指标:1.
THM试验及低频荷载试验,频率5Hz以下,温度200度,围压140MPa2.
可注入双相渗透介质,气体压力100MPa,液体140MPa,可注入瓦斯、氮气、二氧化碳、盐水等介质3.
高低温测试温度-100~300°(单轴)","岩土工程","300","50","1050","个","350","1400","张茹13880009601","岩石单轴压缩测试"500","100","1800","个","600","2400","张茹13880009601","岩石单轴压缩测试,加声发射测试"200","50","750","个","250","1000","张茹13880009601","岩石巴西劈裂测试"400","100","1500","个","500","2000","张茹13880009601","岩石巴西劈裂测试,加声发射测试"200","50","750","个","250","1000","张茹13880009601","岩石三点弯曲测试"400","100","1500","个","500","2000","张茹13880009601","岩石三点弯曲测试,加声发射测试"350","100","1350","个","450","1800","张茹13880009601","岩石直接拉伸测试"600","100","2100","个","700","2800","张茹13880009601","岩石直接拉伸测试,加声发射测试"1000","200","3600","个","1200","4800","张茹13880009601","岩石常规三轴测试"1200","250","4350","个","1450","5800","张茹13880009601","岩石常规三轴测试,加声发射测试"5500","500","18000","个","6000","24000","张茹13880009601","岩石三轴高温测试"3200","500","11100","个","3700","14800","张茹13880009601","岩石三轴渗透测试"5700","800","19500","个","6500","26000","张茹13880009601","岩石THM(温度-渗流场-应力场耦合)测试"6000","800","20400","天","6800","27200","张茹13880009601","岩石常规三轴蠕变测试,加声发射测试"8000","800","26400","天","8800","35200","张茹13880009601","岩石常规三轴蠕变测试,加声发射测试"1400","300","5100","个","1700","6800","张茹13880009601","岩石循环加卸载实验"1400","300","5100","个","1700","6800","张茹13880009601","岩石疲劳实验""418","水利水电学院","20126352","岩石剪切系统","岩土省重点实验室","TEST60","256.
44015625","主要用于岩石本身、混凝土本身、混凝土与岩石接触面以及岩体软弱结构面等抗剪(断)试验,主要技术指标:1.
双向加载,轴向100t,水平荷载250t,主要用于方形试件剪切试验和双向加载试验;2.
岩石、结构面动力荷载下剪切测,频率最大5Hz","岩土工程","350","100","1350","个","450","1800","张茹13880009601","岩石或者岩体结构面的剪切测试"700","150","2550","个","850","3400","张茹13880009601","岩石剪切的全场非接触式应变测试"950","150","3300","个","1100","4400","张茹13880009601","岩石剪切的全场非接触式应变测试,加声发射测试"3500","800","12900","天","4300","17200","张茹13880009601","岩石剪切蠕变测试"4500","800","15900","天","5300","21200","张茹13880009601","岩石剪切蠕变测试加全场非接触式应变测试"5500","800","18900","天","6300","25200","张茹13880009601","岩石剪切蠕变测试加全场非接触式应变测试,加声发射测试""注:本收费标准自发文之日起执行,原有收费标准中与本文有不一致的,以本收费标准为准,由实验室及设备管理处负责解释.