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GC-APCI离子源 2.1 可与气相色谱联用 2.2 如与液相色谱联用，气动离轴雾化器使LC的流速高达1 ml/min, 梯度从100%的水相到100%的有机相 2.3 使用流速范围10 μL/min – 1 mL/min 2.4 在10分钟内实现液相色谱和气相色谱的切换 2.5 利用电子质量控制器控制雾化气流量 2.6 从气相色谱到质谱的传输线可加热到310°C，防止凝聚 3. 气相色谱 3.1柱温箱 3.1.1温控范围：室温+5℃-450℃； *3.1.2程序升温阶数：24/25(阶/平台)； 3.1.3标准升温速率：150℃/min； 3.1.4可独立控温且具有过热保护功能。 3.2分流/不分流毛细管进样口 3.2.1最高使用温度：≥ 450？C； 3.2.2压力范围：0－150psi；进样口经过惰性处理； *3.2.3总流量范围：0－1500ml/min ； 3.2.4电子气路控制，电子参数设定压力、流速、线速度和分流比； 3.2.5具有微动开关，进样自动触发，没有延时效应 。 3.2.6 自动调整分流比：≥10000:1 3.3 仪器面板:全彩色触摸屏20cm，可通过触摸屏设定仪器操作参数 3.4 全电子气路控制系统 3.4.1所有气路系统都需具备电子流量/压力控制功能； 3.4.2压力设定值和控制精度：≤0.001psi； 3.5 独立的的氢火焰离子化检测器 3.5.1 DEFC Type 11, 230V 3.5.2 带电子流量控制器EFC 3.5.3 *陶瓷喷嘴，降低峰形拖尾 3.6 消耗品 3.6.1 色谱柱BR-5 30*0.32mm*0.25um毛细管色谱柱2根 3.6.2 GC, INSTALLATION KIT 4. 超高效液相色谱 4.1 二元泵带在线脱气机 *4.1.1输液系统：具有伺服控制可变冲程设计和平滑运动控制。 4.1.2流量范围：0.001 – 2 mL/min，增量为0.001 mL/min。 4.1.3流量精度：0.07 % RSD 4.1.4流量准确度：±1% *4.1.5压力范围：0 – 1300bar 4.1.6压力脉动：<1 % 4.1.7 pH-范围：2.0 – 12.5 *4.1.8延迟体积: <10 μL *4.1.9梯度组成准确度：±0.35%(1-99%) 4.1.10 ISET智能模拟技术：软件自动设置模拟不同品牌液相色谱仪，完成方法转移 4.1.11软件能够准确精密地混合添加剂或缓冲液 4.2 高性能自动进样器 *采用计量泵设计，可以实现高压进样，重叠进样。自动进样器在线混合和柱前衍生。（提供盖章彩页证明） 4.2.1 进样范围：0.1 – 100 μL ，步进0.1 μL 4.2.2 精密度： < 0.15 % RSD *4.2.3 压力范围：最高1300bar 4.2.4 样品位数：>200位 4.2.5 进样周期时间：< 19 s， 4.2.6 交叉污染：流通设计一般< 0.001% 4.3 柱温箱 4.3.1 温度范围： 4°C - 110 °C 4.3.2 温度精度：± 0.05 °C 4.3.3 温度准确度：± 0.5 °C 4.3.4 色谱柱容量：同时容纳10cm柱8根或30cm柱4根，可内置可控温柱切换阀，可随意切换。 4.3.5 加热方式：半导体加热制冷 *4.3.6 左右两个半导体加热制冷模块，可独立调节温度 4.3.7 GLP 性能柱识别组件：具有RFID标签，记录系列号、压力限、切换次数和阀类型。 4.3.8 四柱切换阀及阀驱动 4.4 检测器1：二极管阵列检测器 4.4.1 二极管对数：1024 *4.4.2 波长范围：190～640nm 4.4.3 波长精度：<0.1 nm 4.4.4 基线噪音：±0.15×10？-5AU（标准池） 4.4.5 基线漂移：1×10？-4AU *4.4.6 采样速率：240Hz 4.5检测器2：紫外检测器 4.5.1 紫外检测器：VWD-3400RS，要求可用变色龙软件控制，与热电U3000及布鲁克impact II qtod有良好兼容性。 *4.5.2 频带宽度：6 nm at 254 nm 4.5.3 波长范围：190-900 nm *4.5.4 波长精确度：± 0.1 nm 4.5.5灯：氘灯、钨灯，均具温度监控功能，自动识别包括序列号在内的所有信息 *4.5.6 最大数据采集频率：200HZ *4.5.7 自动校正：D-alpha线法自校正，氧化钬滤光器验证 4.6 消耗品 4.6.1 SB-C18 4.6x100mm 1.8um色谱柱两根 4.6.2手拧聚酮接头10个，在线过滤器滤芯10个，手拧接头10个，PEEK管线，密封垫2个，过滤白头5个。 5 仪器控制及数据处理系统 5.1 提供可控GC及GC-APCI源的专业软件，要求与Bruker Impact II qtof的硬软件兼容。 5.2 提供可控超高效液相色谱的专业软件，要求与Bruker Impact II qtof的硬软件兼容。 5.2.1 全中文32位图形化操作界面 5.2.2 安装验证（IQ ）：仪器软、硬件的自动认证； 5.2.3电子日志：实时记录仪器使用操作情况，随时查阅仪器状态。满足GLP规范 5.3 提供软件升级服务，要求把现有的Empower2升级到Empower3。 6. 品牌电脑2台：I7处理器，16G内存，1T硬盘, 27英寸显示器。 7. 技术服务 7.1安装：仪器制造商授权的技术人员现场安装调试，仪器指标验收合格后附验收报告。 7.2培训：除现场安装培训外，还至少为1名操作人员提供1次相关软硬件的操作培训。 7.3售后： 7.3.1制造商山东超过20名正式工程师，售" ["features"]=> string(1835) "随着科学研究的深入发展，材料科学、环境科学、石油化工、药学、生命科学、基础医学、临床检验、历史考古等众多领域的研究面临着研究对象所属背景极端复杂这一共性问题。样本成分十分复杂，用其他方法难以摒除干扰取得目标物的结构和含量信息。色谱质谱联用系统是目前分析表征技术中最适合用于复杂体系分离分析的技术手段。随着全国双一流建设的推进，各个高校和科研院所均加大了对高端色谱质谱联用系统的投入。山东大学理化测试平台的色谱质谱联用系统仅仅处在中游水平。 目前，化学院材料科学、有机化学、环境化学、分析化学等学科的研究中面临着研究体系中挥发性化合物分子结构精确鉴定等迫切需要解决的问题。山东大学理化测试平台现有的GCMS-TQ8050气质联用仪仅为低分辨率的气相色谱质谱，仅适合用于挥发性化合物的定量分析，分辨率较低，不适用于分子结构解析。自布鲁克Impact II 高分辨质谱安装以来，相关样品分析的需求一直在增长，但目前布鲁克Impact II 高分辨质谱仅能与液相色谱联机。为了解决相关学科急需解决的技术难题，同为为了完善、丰富布鲁克Impact II 高分辨质谱的应用领域，申请购置GC及GC-APCI源与现有的布鲁克Impact II 高分辨质谱联用。 购置GC及GC-APCI源与现有的布鲁克Impact II 高分辨质谱联用可以完善、丰富该质谱功能，分析测试项目涵盖挥发性有机物、不挥发有机物、金属离子的定性定量分析、形态分析和快速检测，满足来自于各类科研领域的需求，势必会推进相关学科的科学研究，进而推进山东大学双一流建设的进程。" ["configs"]=> string(0) "" ["open_reserv"]=> string(0) "" ["charge_info"]=> string(0) "" ["manu_at"]=> string(0) "" ["manufacturer"]=> string(0) "" ["manu_date"]=> string(10) "1639929600" ["purchased_date"]=> string(10) "1639929600" ["control_address"]=> string(0) "" ["require_training"]=> string(1) "0" ["ctime"]=> string(10) "1679428804" ["atime"]=> string(10) "1694534400" ["mtime"]=> string(10) "1679428804" ["access_code"]=> NULL ["group"]=> array(3) { [65]=> string(45) "结构成分与物性测量平台（化学）" [15]=> string(21) "化学与化工学院" [4]=> string(12) "山东大学" } ["group_id"]=> string(2) "65" ["group_name"]=> string(45) "结构成分与物性测量平台（化学）" ["tag_root_id"]=> string(1) "0" ["billing_dept_id"]=> string(1) "0" ["incharges"]=> string(6) "袁进" ["tags"]=> string(0) "" ["incharges_info"]=> array(1) { [363]=> string(6) "袁进" } ["contacts_info"]=> array(1) { [363]=> string(6) "袁进" } ["tagsInfo"]=> array(0) { } ["en_name"]=> string(52) "High Resolution Gas Chromatography-Mass Spectrometry" ["yiqikong_share"]=> string(1) "1" ["bluetooth_serial_address"]=> string(0) "" } string(21) "化学与化工学院"

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array(62) { ["id"]=> string(3) "364" ["icon_url"]=> string(79) "http://172.17.42.1/lims/cache/1c901b57c749768cc4fc6569584830ac.png?_=1679428805" ["icon16_url"]=> string(79) "http://172.17.42.1/lims/cache/dd0255cb9e64e3e663dcb190523d54eb.png?_=1679428805" ["icon32_url"]=> string(79) "http://172.17.42.1/lims/cache/1c901b57c749768cc4fc6569584830ac.png?_=1679428805" ["icon48_url"]=> string(79) "http://172.17.42.1/lims/cache/4183cfa41c250cfad6ea0792108f3922.png?_=1679428805" ["icon64_url"]=> string(79) "http://172.17.42.1/lims/cache/292f1774ec587bc83eea9ebd1e62dc75.png?_=1679428805" ["icon128_url"]=> string(79) "http://172.17.42.1/lims/cache/2ea60115b78febf307f6444366cba6b8.png?_=1679428805" ["iconreal_url"]=> string(79) "http://172.17.42.1/lims/cache/2ea60115b78febf307f6444366cba6b8.png?_=1679428805" ["url"]=> string(55) "http://172.17.42.1/lims/!equipments/equipment/index.364" ["name"]=> string(18) "接触角测量仪" ["name_abbr"]=> string(24) "jie chu jiao ce liang yi" ["phone"]=> string(0) "" ["contact"]=> string(6) "于群" ["email"]=> string(16) "qunyu@sdu.edu.cn" ["location"]=> array(0) { } ["location2"]=> string(3) "114" ["accept_sample"]=> string(1) "1" ["accept_reserv"]=> string(1) "1" ["reserv_url"]=> string(62) "http://172.17.42.1/lims/!equipments/equipment/index.364.reserv" ["sample_url"]=> string(62) "http://172.17.42.1/lims/!equipments/equipment/index.364.sample" ["price"]=> string(6) "414179" ["status"]=> string(1) "0" ["ref_no"]=> string(8) "2000342S" ["cat_no"]=> string(10) "0304035202" ["model_no"]=> string(7) "DSA100S" ["control_mode"]=> string(8) "computer" ["is_using"]=> string(1) "0" ["connect"]=> string(1) "0" ["is_monitoring"]=> string(1) "0" ["is_monitoring_mtime"]=> string(1) "0" ["current_user"]=> string(2) "--" ["accept_limit_time"]=> string(1) "0" ["organization"]=> string(0) "" ["specification"]=> string(27) "包含接触角测试附件" ["tech_specs"]=> string(1102) "主要技术指标 1接触角测量范围：0- 180 °，分辨率：+/- 0.01 °。 2表面张力测量范围：1x10-2- 2000 mN/m，分辨率：0.01 mN/m。 3最大可测样品体积：不小于300 ×∞×250 mm（L×W×H）。 4光学系统：采用折叠式光路设计，图像的失真度为0。 5采用470nm单色高亮度LED光源，并进行绝热处理。 6相机角度正负4度数字可调，相机角度误差可自动带入软件矫正。 7滚动角测量套装：需配置外置倾斜测试样品系统，倾斜角度0-90°，分辨率±0.01°，最小转速： 0.1°/秒，最大转速不小于3°/秒。 8温控腔：可精确调节温度，温度范围-10-130°C，内部试样室大小不小于120×120×25 mm(W×D×H)。 9接触角测量软件：测量静态、动态接触角（前进角和后退角）和滚动角，测量过程可以拍摄存储或实时分析，提供五种自动拟合方法，并可自动测定粘附功，基线调整自动、手动、水平、曲面等方法。 表面张力测量软件：悬滴法（杨氏方程）测量液体表面/界面张力。" ["features"]=> string(223) "：接触角测量是一种现对滴定、光源、光学信号的控制和获取，并选择合适的方程和方法对获取的图像进行分析处理，得出接触角。根据悬滴法测试液体的表/界面张力。" ["configs"]=> string(0) "" ["open_reserv"]=> string(0) "" ["charge_info"]=> string(0) "" ["manu_at"]=> string(0) "" ["manufacturer"]=> string(0) "" ["manu_date"]=> string(10) "1578585600" ["purchased_date"]=> string(10) "1578585600" ["control_address"]=> string(24) "9tyckkTscTI/0woeEZhfHg==" ["require_training"]=> string(1) "1" ["ctime"]=> string(10) "1679428805" ["atime"]=> string(6) "-28800" ["mtime"]=> string(10) "1679428805" ["access_code"]=> string(16) "DTS9PF6D83PXWJP3" ["group"]=> array(3) { [65]=> string(45) "结构成分与物性测量平台（化学）" [15]=> string(21) "化学与化工学院" [4]=> string(12) "山东大学" } ["group_id"]=> string(2) "65" ["group_name"]=> string(45) "结构成分与物性测量平台（化学）" ["tag_root_id"]=> string(1) "0" ["billing_dept_id"]=> string(1) "0" ["incharges"]=> string(6) "于群" ["tags"]=> string(0) "" ["incharges_info"]=> array(1) { [481]=> string(6) "于群" } ["contacts_info"]=> array(1) { [481]=> string(6) "于群" } ["tagsInfo"]=> array(0) { } ["en_name"]=> string(19) "Drop shape analyzer" ["yiqikong_share"]=> string(1) "1" ["bluetooth_serial_address"]=> string(24) "9tyckkTscTI/0woeEZhfHg==" } string(21) "化学与化工学院"

array(62) { ["id"]=> string(3) "365" ["icon_url"]=> string(79) "http://172.17.42.1/lims/cache/7dbb7f73db312fad77e8985f7b4e5867.png?_=1694165047" ["icon16_url"]=> string(79) "http://172.17.42.1/lims/cache/987ceb0b7a6d33d33158a47eafda03fe.png?_=1694165047" ["icon32_url"]=> string(79) "http://172.17.42.1/lims/cache/7dbb7f73db312fad77e8985f7b4e5867.png?_=1694165047" ["icon48_url"]=> string(79) "http://172.17.42.1/lims/cache/7c3a477102c139c68a61869a21a0a108.png?_=1694165047" ["icon64_url"]=> string(79) "http://172.17.42.1/lims/cache/5e75bd5651db85c560839312d4c1f73e.png?_=1694165047" ["icon128_url"]=> string(79) "http://172.17.42.1/lims/cache/3b0750d80a5fdc121180fb1408b1957b.png?_=1694165047" ["iconreal_url"]=> string(79) "http://172.17.42.1/lims/cache/d325bd87acd4430361e5f00525206691.png?_=1694165047" ["url"]=> string(55) "http://172.17.42.1/lims/!equipments/equipment/index.365" ["name"]=> string(21) "总有机碳分析仪" ["name_abbr"]=> string(25) "zong you ji tan fen xi yi" ["phone"]=> string(11) "18264166711" ["contact"]=> string(6) "齐娜" ["email"]=> string(13) "nq@sdu.edu.cn" ["location"]=> array(0) { } ["location2"]=> string(3) "371" ["accept_sample"]=> string(1) "1" ["accept_reserv"]=> string(1) "1" ["reserv_url"]=> string(62) "http://172.17.42.1/lims/!equipments/equipment/index.365.reserv" ["sample_url"]=> string(62) "http://172.17.42.1/lims/!equipments/equipment/index.365.sample" ["price"]=> string(8) "428034.6" ["status"]=> string(1) "0" ["ref_no"]=> string(8) "2000207S" ["cat_no"]=> string(8) "03030156" ["model_no"]=> string(5) "TOC-L" ["control_mode"]=> string(8) "computer" ["is_using"]=> string(1) "0" ["connect"]=> string(1) "0" ["is_monitoring"]=> string(1) "0" ["is_monitoring_mtime"]=> string(1) "0" ["current_user"]=> string(2) "--" ["accept_limit_time"]=> string(1) "0" ["organization"]=> string(0) "" ["specification"]=> string(54) "测定范围（mg/L） TC：0－30000 IC ：0－35000" ["tech_specs"]=> string(0) "" ["features"]=> string(48) "固液体样品总有机碳和总氮含量分析" ["configs"]=> string(0) "" ["open_reserv"]=> string(0) "" ["charge_info"]=> string(0) "" ["manu_at"]=> string(6) "中国" ["manufacturer"]=> string(0) "" ["manu_date"]=> string(10) "1556467200" ["purchased_date"]=> string(10) "1556467200" ["control_address"]=> string(24) "oGkI9Rq3kMlsGN88z+BxNA==" ["require_training"]=> string(1) "1" ["ctime"]=> string(10) "1679428805" ["atime"]=> string(10) "1694534400" ["mtime"]=> string(10) "1694165047" ["access_code"]=> string(16) "J49SKMJ8HFK4SQJH" ["group"]=> array(3) { [65]=> string(45) "结构成分与物性测量平台（化学）" [15]=> string(21) "化学与化工学院" [4]=> string(12) "山东大学" } ["group_id"]=> string(2) "65" ["group_name"]=> string(45) "结构成分与物性测量平台（化学）" ["tag_root_id"]=> string(3) "256" ["billing_dept_id"]=> string(1) "2" ["incharges"]=> string(6) "齐娜" ["tags"]=> string(0) "" ["incharges_info"]=> array(1) { [505]=> string(6) "齐娜" } ["contacts_info"]=> array(1) { [505]=> string(6) "齐娜" } ["tagsInfo"]=> array(0) { } ["en_name"]=> string(29) "Total Organic Carbon Analyzer" ["yiqikong_share"]=> string(1) "1" ["bluetooth_serial_address"]=> string(24) "oGkI9Rq3kMlsGN88z+BxNA==" } string(21) "化学与化工学院"

array(62) { ["id"]=> string(3) "366" ["icon_url"]=> string(79) "http://172.17.42.1/lims/cache/9c9dd7e336b5f2bd2d2e4392a87232e9.png?_=1697332140" ["icon16_url"]=> string(79) "http://172.17.42.1/lims/cache/4d8a9098498677896b3c93154cbe7c5e.png?_=1697332140" ["icon32_url"]=> string(79) "http://172.17.42.1/lims/cache/9c9dd7e336b5f2bd2d2e4392a87232e9.png?_=1697332140" ["icon48_url"]=> string(79) "http://172.17.42.1/lims/cache/bda6acc6de502962c09050dc93bf12d1.png?_=1697332140" ["icon64_url"]=> string(79) "http://172.17.42.1/lims/cache/8a88a473a416433c4b59773648db2b7a.png?_=1697332140" ["icon128_url"]=> string(79) "http://172.17.42.1/lims/cache/8ad606d14e58cde3558b2b69585da9e4.png?_=1697332140" ["iconreal_url"]=> string(79) "http://172.17.42.1/lims/cache/19ea50426f062e744280c399bb63eb34.png?_=1697332140" ["url"]=> string(55) "http://172.17.42.1/lims/!equipments/equipment/index.366" ["name"]=> string(29) "热重-红外-气质三联机" ["name_abbr"]=> string(38) "re zhong -hong wai -qi zhi san lian ji" ["phone"]=> string(11) "13589030818" ["contact"]=> string(6) "冯磊" ["email"]=> string(19) "feng_lei@sdu.edu.cn" ["location"]=> array(0) { } ["location2"]=> string(3) "363" ["accept_sample"]=> string(1) "1" ["accept_reserv"]=> string(1) "1" ["reserv_url"]=> string(62) "http://172.17.42.1/lims/!equipments/equipment/index.366.reserv" ["sample_url"]=> string(62) "http://172.17.42.1/lims/!equipments/equipment/index.366.sample" ["price"]=> string(7) "1418564" ["status"]=> string(1) "0" ["ref_no"]=> string(8) "2110860S" ["cat_no"]=> string(8) "03030247" ["model_no"]=> string(28) "STA8000+Spectrum Two+ClarusS" ["control_mode"]=> string(8) "computer" ["is_using"]=> string(1) "0" ["connect"]=> string(1) "0" ["is_monitoring"]=> string(1) "0" ["is_monitoring_mtime"]=> string(1) "0" ["current_user"]=> string(2) "--" ["accept_limit_time"]=> string(1) "0" ["organization"]=> string(0) "" ["specification"]=> string(38) "室温-1600度，分辨率：优于0.5" ["tech_specs"]=> string(1721) "TGA模块 *4.2.1温度范围：15~1200 oC,温度可扩展至-15 °C - 1200 °C 4.2.2灵敏度：0.1 μg 4.2.3样品容量：大于1200 mg 4.2.4升温速度：大于400 oC/min 4.2.5称量精度：±0.03% *4.2.6动态基线漂移（20 °C/min，室温到1000 °C）：＜10 μg（无需扣背景） 4.2.7冷却时间：从1100℃降至50℃小于15min； 4.3 FTIR模块： *4.3.1波数范围：8300-350cm-1 4.3.2 光谱分辨率：优于0.5cm-1 *4.3.3 波长精度：0.01cm-1 *4.3.4 波长准确度：0.1cm-1 *4.3.5 信噪比：50000:1（1min测试，峰峰值） 4.4 GC/MS模块 4.4.1至少有1个分流/不分流进样口 4.4.2编程的全电子气路控制； 4.4.3有快速升温及快速降温的功能，最大升温速率可达100°C/min以上，降温速率从450°C降至50°C小于3分钟（22°C室温时）； 4.4.4不少于100位的液体自动进样器 4.4.5分析范围：1.0 ~ 1100.0 amu （满足科研级别要求） 4.4.6离子源：无需任何工具即可拆卸清洗方便安装的离子源 4.4.7检测器：长寿命高灵敏度电子倍增检测器 4.4.8预四级杆的四级杆分析仪，稳定可靠 4.4.9稳定性：48小时以内稳定于±0.1 m/z （稳定时间长，高度匹配热重的实际测试行为） 4.4.10真空泵：255 L/sec高性能空冷分子涡轮泵，真空度可在3 min以内达到检测要求（空气/水达到要求） 4.4.11标配单一宽范围真空规 4.4.12扫描速率：最大至12500 amu/sec（满足热质联用同步监控要求） 4.4.13不小于106宽范围（根据描绘速率） 4.4.14最新NIST标准谱库：包括AMDIS解卷积软件，Wiley质谱库，药物，污染物，农药以及代谢物Maurer/Pfleger/Weber库。" ["features"]=> string(627) "热重分析仪（TGA）、红外光谱仪（IR）和气相色谱质谱仪（GCMS）联用是目前最前沿的逸出气体分析（EGA）手段之一。对于准确定性、定量分析高分子材料、有机材料等样品中的组分、添加剂、挥发份和裂解气中各种有机组份和无机组分的测定。通过热重加热样品，样品会因挥发物的存在、热裂解或者燃烧产生逸出气体，这些气体被传输到红外收集池中，检测功能基团；随后气体被导入气相色谱质谱仪中，对气体的分子结构进行解析，从而对样品逸出气体进行更全面的解析" ["configs"]=> string(0) "" ["open_reserv"]=> string(0) "" ["charge_info"]=> string(0) "" ["manu_at"]=> string(6) "中国" ["manufacturer"]=> string(0) "" ["manu_date"]=> string(10) "1628697600" ["purchased_date"]=> string(10) "1628697600" ["control_address"]=> string(24) "FHfrXHEK7k7y6A55Lt/JwA==" ["require_training"]=> string(1) "0" ["ctime"]=> string(10) "1679428805" ["atime"]=> string(10) "1694534400" ["mtime"]=> string(10) "1697332140" ["access_code"]=> string(16) "G6P8C2JZX0CAXW8G" ["group"]=> array(3) { [65]=> string(45) "结构成分与物性测量平台（化学）" [15]=> string(21) "化学与化工学院" [4]=> string(12) "山东大学" } ["group_id"]=> string(2) "65" ["group_name"]=> string(45) "结构成分与物性测量平台（化学）" ["tag_root_id"]=> string(1) "0" ["billing_dept_id"]=> string(1) "2" ["incharges"]=> string(6) "冯磊" ["tags"]=> string(0) "" ["incharges_info"]=> array(1) { [445]=> string(6) "冯磊" } ["contacts_info"]=> array(1) { [445]=> string(6) "冯磊" } ["tagsInfo"]=> array(0) { } ["en_name"]=> string(67) "Thermogravimetric - Infrared - Gas Chromatography/Mass Spectrometry" ["yiqikong_share"]=> string(1) "1" ["bluetooth_serial_address"]=> string(24) "FHfrXHEK7k7y6A55Lt/JwA==" } string(21) "化学与化工学院"