官方微信|手机版

行业应用

化工仪器网\行业应用\所有分类

检测分类
当前条件

电位滴定法测定复合碘溶液中磷酸含量

为了建立复合碘溶液的内控质量标准,需要对磷酸的实验含量进行测定。 本文分别选择了 T860 和 T960 两款电位滴定仪,并搭配不同的 pH 电极进行测试。

推荐
产品
自动电位滴定仪

自动电位滴定仪

型号:T860

地下水现场必检项目如何选仪器?《地下水环境监测技术规范》HJ 164-2020解读

《地下水环境监测技术规范》(HJ 164-2020)为首次修订,将于于2021-03-01 实施。在《地下水环境监测技术规范》(HJ/T 164-2004)的基础上,结合十余年地下水污染物监测方法的更新情况和全|国实际应用经验进行修订完善,增加了监测井布设、建设和管理等适应当前地下水环境监测需求的内容。该标准的发布实施,将进一步规范地下水环境监测工作,为水污染防治提供有力的技术支撑。

推荐
产品
雷磁 便携式原位水质监测仪

雷磁 便携式原位水质监测仪

型号:DZB-715
水质多参数分析仪

水质多参数分析仪

型号:DZS-708L

徕卡在电子行业的产品解决方案

显微镜很难采用均匀的照明,获得与模具连接部分的导线的清晰图像。借助 DVM6 内置的多种照明模式并使用匀光器柔化光线,用户可以通过均匀分布的照明拍摄引导线的清晰图像。不但能通过图片确保它们接触良好。同时使用DVM6的“景深合成功能”,可克服在高倍率下景深不够的限制,拥有高倍率下导线的完全对焦图像。

推荐
产品

罗非鱼中4种四环素类药物的测定解决方案

本实验参考国标GB/T 21317-2007《动物源性食品中四环素类兽药残留量检测方法液相色谱-串联质谱法与高效液相色谱法》,建立了基于Raykol Fotector Plus固相萃取分析罗非鱼中四环素类抗生素的检测方法。

行业应用丨离子色谱在包装饮用水行业的应用

中国饮用天然矿泉水国家标准规定:饮用天然矿泉水是从地下深处自然涌出的或经人工揭露的未受污染的地下矿泉水;含有一定量的矿物盐、微量元素和二氧化碳气体;在通常情况下,其化学成份、流量、水温等动态在天然波动范围内相对稳定。为保证饮用者的安全,规范市场秩序,检测矿泉水中阴阳离子具有重要的意义。

推荐
产品
阴离子保护柱

阴离子保护柱

型号:SH-G-1、SH-GP-2、SH-GP-1
盛瀚阳离子色谱柱

盛瀚阳离子色谱柱

型号:SH-CC-3、 SH-CC-4

通微应用案例-液相色谱法检测纺织品中甲醛配置方案

甲醛是一种重要的有机物,具有广泛的用途,如杀菌、防腐等。在纺织品的加工过程中,含甲醛的交联剂广泛用于纺织品的抗皱整理、含甲醛助剂常被用于直接染料来提纺织品色牢度、高品质的含甲醛交联剂也会用于纺织品的涂料印花,这些含甲醛的助剂在改善纺织品性能的同时,也增加了纺织品甲醛超标的风险。

推荐
产品
EasySep®3030 HPLC高效液相色谱

EasySep®3030 HPLC高效液相色谱

型号:EasySep®3030

医疗器械中环氧乙烷检测气相色谱仪

环氧乙烷(EO)被用于医疗设备的消毒,但它是一种已知的致癌物。有关法规要求在生产和使用中要定期对其进行检测。环氧乙烷(EO)检测解决方案是用顶空气相色谱法定量测定已经消毒的医疗设备中EO含量。医疗设备中残留环氧乙烷分析气相色谱方案仪器配置合理、操作简单、结果可靠,是医疗器材生产厂及医院的实用检测方案。

速冻制品复合膜包装袋耐寒性的监测方案

耐寒性是表征包装材料在低温下的力学性能,是速冻制品复合膜包装袋的重要性能之一,通常以包装的抗冲击性表征材料的耐寒性。本文利用Labthink兰光FIT-01薄膜冲击试验仪对速冻制品复合膜包装进行抗摆锤冲击能量测试,并对试验原理、设备参数及试验过程进行了描述,可为企业在筛选监控包装的耐寒性时提供参考方法。

枸杞子中甜菜碱的检测

本方案适用于枸杞中甜菜碱的检测。枸杞子:本品为茄科植物宁夏枸杞Lycium barbarum L.的干燥成熟果实。夏、秋二季果实呈红色时采收,热风烘干,除去果梗,或晾至皮皱后,晒干,除去果梗。2020 版《中国药典》一部 枸杞子【含量测定】项下甜菜碱的测定,将之前的薄层色谱法改为高效液相色谱法,前处理采用碱性氧化铝固相萃取柱净化。

Biochrom30+ 氨基酸分析仪氧化水解法检测小鸡配合饲料中氨基酸

Biochrom30+ 氨基酸分析仪氧化水解法检测小鸡配合饲料中氨基酸。样品前处理所用试剂必须使用重蒸馏水或与之等质的水(电导率<10μs)。

推荐
产品
英国百康Biochrom氨基酸分析仪

英国百康Biochrom氨基酸分析仪

型号:Biochrom 30+
12345共100页1293条记录

热门方案

最新发布企业

推荐专题

[{"ID":"1443","Title":"电位滴定法测定复合碘溶液中磷酸含量","Describe":"为了建立复合碘溶液的内控质量标准,需要对磷酸的实验含量进行测定。 本文分别选择了 T860 和 T960 两款电位滴定仪,并搭配不同的 pH 电极进行测试。","CompanyName":"海能未来技术集团股份有限公司","PgID":"171","CompanyID":"283082","CreateTime":"2021-03-01","HitNumber":"4","Name":"制剂","ClassID":"21983","ClassName":"制药","FClassID":"21640","FilePath":"2/20210301/637502030569414768685.pdf","FileDomain":"img76","IsDownload":"0","SecondData":[{"ID":"2394","ProductID":"34573254","Type":"T860","Name":"自动电位滴定仪","PictureDomain":"img66","Picture":"2/20200527/637261861075950775971.png","IsZhuTui":"1","UserID":"276976"}]},{"ID":"1439","Title":"地下水现场必检项目如何选仪器?《地下水环境监测技术规范》HJ 164-2020解读","Describe":"《地下水环境监测技术规范》(HJ 164-2020)为首次修订,将于于2021-03-01 实施。在《地下水环境监测技术规范》(HJ/T 164-2004)的基础上,结合十余年地下水污染物监测方法的更新情况和全|国实际应用经验进行修订完善,增加了监测井布设、建设和管理等适应当前地下水环境监测需求的内容。该标准的发布实施,将进一步规范地下水环境监测工作,为水污染防治提供有力的技术支撑。","CompanyName":"上海仪电科学仪器股份有限公司","PgID":"174","CompanyID":"217134","CreateTime":"2021-02-26","HitNumber":"116","Name":"环境水","ClassID":"21679","ClassName":"环保","FClassID":"21639","FilePath":"2/20210226/637499404551935400925.pdf","FileDomain":"img80","IsDownload":"0","SecondData":[{"ID":"2389","ProductID":"30895369","Type":"DZB-715","Name":"雷磁 便携式原位水质监测仪","PictureDomain":"img47","Picture":"2/20181217/636806337509009087903.jpg","IsZhuTui":"1","UserID":"202606"},{"ID":"2390","ProductID":"30859726","Type":"DZS-708L","Name":"水质多参数分析仪","PictureDomain":"img68","Picture":"2/20200121/637151957316930165521.jpg","IsZhuTui":"0","UserID":"202606"}]},{"ID":"1438","Title":"徕卡在电子行业的产品解决方案","Describe":"显微镜很难采用均匀的照明,获得与模具连接部分的导线的清晰图像。借助 DVM6 内置的多种照明模式并使用匀光器柔化光线,用户可以通过均匀分布的照明拍摄引导线的清晰图像。不但能通过图片确保它们接触良好。同时使用DVM6的“景深合成功能”,可克服在高倍率下景深不够的限制,拥有高倍率下导线的完全对焦图像。","CompanyName":"徕卡显微系统(上海)贸易有限公司","PgID":"171","CompanyID":"115947","CreateTime":"2021-02-25","HitNumber":"88","Name":"电子元器件","ClassID":"21758","ClassName":"电子","FClassID":"21648","FilePath":"2/20210225/637498682703281522808.pdf","FileDomain":"img80","IsDownload":"1","SecondData":[{"ID":"2388","ProductID":"34727229","Type":"LAS","Name":"徕卡LAS X 软件","PictureDomain":"img67","Picture":"2/20200629/637290211165431498245.jpg","IsZhuTui":"1","UserID":"94175"},{"ID":"2387","ProductID":"28924844","Type":"","Name":"德国徕卡金相显微镜DM12000M","PictureDomain":"img48","Picture":"2/20180211/636539448338470343693.jpg","IsZhuTui":"0","UserID":"94175"},{"ID":"2386","ProductID":"28910130","Type":"","Name":"德国徕卡 正置金相显微镜 DM8000M","PictureDomain":"img47","Picture":"2/20180206/636535331071628287622.jpg","IsZhuTui":"0","UserID":"94175"},{"ID":"2385","ProductID":"30013906","Type":"","Name":"德国徕卡 视频显微镜DVM6","PictureDomain":"img50","Picture":"2/20180206/636535241468653186943.jpg","IsZhuTui":"0","UserID":"94175"}]},{"ID":"1437","Title":"罗非鱼中4种四环素类药物的测定解决方案","Describe":"本实验参考国标GB/T 21317-2007《动物源性食品中四环素类兽药残留量检测方法液相色谱-串联质谱法与高效液相色谱法》,建立了基于Raykol Fotector Plus固相萃取分析罗非鱼中四环素类抗生素的检测方法。","CompanyName":"睿科集团股份有限公司","PgID":"174","CompanyID":"263077","CreateTime":"2021-02-25","HitNumber":"91","Name":"水产品","ClassID":"21853","ClassName":"食品","FClassID":"21638","FilePath":"2/20210225/637498678609231182476.pdf","FileDomain":"img77","IsDownload":"1","SecondData":[{"ID":"2384","ProductID":"26786186","Type":"","Name":"睿科Fotector Plus高通量全自动固相萃取仪","PictureDomain":"img48","Picture":"2/20190219/636861934648525277830.png","IsZhuTui":"1","UserID":"254446"}]},{"ID":"1425","Title":"行业应用丨离子色谱在包装饮用水行业的应用","Describe":"中国饮用天然矿泉水国家标准规定:饮用天然矿泉水是从地下深处自然涌出的或经人工揭露的未受污染的地下矿泉水;含有一定量的矿物盐、微量元素和二氧化碳气体;在通常情况下,其化学成份、流量、水温等动态在天然波动范围内相对稳定。为保证饮用者的安全,规范市场秩序,检测矿泉水中阴阳离子具有重要的意义。","CompanyName":"青岛盛瀚色谱技术有限公司","PgID":"183","CompanyID":"18952","CreateTime":"2021-02-24","HitNumber":"120","Name":"饮用水","ClassID":"21680","ClassName":"环保","FClassID":"21639","FilePath":"2/20210224/637497806836688583996.pdf","FileDomain":"img77","IsDownload":"0","SecondData":[{"ID":"2354","ProductID":"27600514","Type":"SH-G-1、SH-GP-2、SH-GP-1","Name":"阴离子保护柱","PictureDomain":"img67","Picture":"2/20170731/636371096320596767815.jpg","IsZhuTui":"1","UserID":"34983"},{"ID":"2355","ProductID":"23209854","Type":"SH-CC-3、 SH-CC-4","Name":"盛瀚阳离子色谱柱","PictureDomain":"img67","Picture":"2/20160112/635881911784030347646.jpg","IsZhuTui":"0","UserID":"34983"}]},{"ID":"1423","Title":"通微应用案例-液相色谱法检测纺织品中甲醛配置方案","Describe":"甲醛是一种重要的有机物,具有广泛的用途,如杀菌、防腐等。在纺织品的加工过程中,含甲醛的交联剂广泛用于纺织品的抗皱整理、含甲醛助剂常被用于直接染料来提纺织品色牢度、高品质的含甲醛交联剂也会用于纺织品的涂料印花,这些含甲醛的助剂在改善纺织品性能的同时,也增加了纺织品甲醛超标的风险。","CompanyName":"上海通微分析技术有限公司","PgID":"171","CompanyID":"369111","CreateTime":"2021-02-24","HitNumber":"100","Name":"纺织原料","ClassID":"21786","ClassName":"纺织皮革","FClassID":"21652","FilePath":"2/20210224/637497758580057522688.pdf","FileDomain":"img80","IsDownload":"1","SecondData":[{"ID":"2331","ProductID":"34340581","Type":"EasySep®3030","Name":"EasySep®3030 HPLC高效液相色谱","PictureDomain":"img68","Picture":"2/20200513/637250097354590076756.jpg","IsZhuTui":"1","UserID":"371443"}]},{"ID":"1421","Title":"医疗器械中环氧乙烷检测气相色谱仪","Describe":"环氧乙烷(EO)被用于医疗设备的消毒,但它是一种已知的致癌物。有关法规要求在生产和使用中要定期对其进行检测。环氧乙烷(EO)检测解决方案是用顶空气相色谱法定量测定已经消毒的医疗设备中EO含量。医疗设备中残留环氧乙烷分析气相色谱方案仪器配置合理、操作简单、结果可靠,是医疗器材生产厂及医院的实用检测方案。","CompanyName":"南京科捷分析仪器有限公司","PgID":"174","CompanyID":"527","CreateTime":"2021-02-23","HitNumber":"129","Name":"其他","ClassID":"22913","ClassName":"医疗卫生","FClassID":"21645","FilePath":"2/20210223/637496882162367066770.doc","FileDomain":"img76","IsDownload":"1","SecondData":[{"ID":"2318","ProductID":"34678085","Type":"","Name":"GC 7900(AFC) 气相色谱仪","PictureDomain":"img67","Picture":"2/20200619/637281584098167689808.jpg","IsZhuTui":"1","UserID":"190"}]},{"ID":"1420","Title":"速冻制品复合膜包装袋耐寒性的监测方案","Describe":"耐寒性是表征包装材料在低温下的力学性能,是速冻制品复合膜包装袋的重要性能之一,通常以包装的抗冲击性表征材料的耐寒性。本文利用Labthink兰光FIT-01薄膜冲击试验仪对速冻制品复合膜包装进行抗摆锤冲击能量测试,并对试验原理、设备参数及试验过程进行了描述,可为企业在筛选监控包装的耐寒性时提供参考方法。","CompanyName":"济南兰光机电技术有限公司","PgID":"165","CompanyID":"1142","CreateTime":"2021-02-22","HitNumber":"131","Name":"包装","ClassID":"21788","ClassName":"印刷包装","FClassID":"21653","FilePath":"2/20210222/637495831360814405874.pdf","FileDomain":"img80","IsDownload":"0","SecondData":[{"ID":"2316","ProductID":"29530826","Type":"","Name":"镀铝纸摆锤式冲击测试仪","PictureDomain":"img48","Picture":"2/20180104/636506681018117857340.jpg","IsZhuTui":"1","UserID":"1218"}]},{"ID":"1415","Title":"枸杞子中甜菜碱的检测","Describe":"本方案适用于枸杞中甜菜碱的检测。枸杞子:本品为茄科植物宁夏枸杞Lycium barbarum L.的干燥成熟果实。夏、秋二季果实呈红色时采收,热风烘干,除去果梗,或晾至皮皱后,晒干,除去果梗。2020 版《中国药典》一部 枸杞子【含量测定】项下甜菜碱的测定,将之前的薄层色谱法改为高效液相色谱法,前处理采用碱性氧化铝固相萃取柱净化。","CompanyName":"北京迪科马科技有限公司(迪马科技)","PgID":"174","CompanyID":"150167","CreateTime":"2021-02-05","HitNumber":"135","Name":"药材和饮片","ClassID":"21985","ClassName":"制药","FClassID":"21640","FilePath":"2/20210205/637481405361554173855.docx","FileDomain":"img76","IsDownload":"0","SecondData":[{"ID":"2310","ProductID":"24754160","Type":"","Name":"低温蒸发光散射检测器","PictureDomain":"img68","Picture":"2/20200107/637140108262093459705.jpg","IsZhuTui":"1","UserID":"133732"}]},{"ID":"1414","Title":"Biochrom30+ 氨基酸分析仪氧化水解法检测小鸡配合饲料中氨基酸","Describe":"Biochrom30+ 氨基酸分析仪氧化水解法检测小鸡配合饲料中氨基酸。样品前处理所用试剂必须使用重蒸馏水或与之等质的水(电导率<10μs)。","CompanyName":"大昌洋行(上海)有限公司(大昌华嘉科学仪器部) ","PgID":"174","CompanyID":"976","CreateTime":"2021-02-04","HitNumber":"357","Name":"饲料","ClassID":"21697","ClassName":"农业","FClassID":"21641","FilePath":"2/20210204/637480441508690354882.pdf","FileDomain":"img77","IsDownload":"0","SecondData":[{"ID":"2306","ProductID":"2935289","Type":"Biochrom 30+","Name":"英国百康Biochrom氨基酸分析仪","PictureDomain":"img43","Picture":"2/20100818/634177477810781250.jpg","IsZhuTui":"1","UserID":"883"}]}]