GC/MS,GC-MS
1)GC-MSGC/MS
1.Analysis of fatty acids in the seed oil of Momordica.charantia var.abreviata Ser.by GC-MS;癞葡萄籽油脂肪酸组成的GC/MS分析
2.Analysis of Volatile Chemical Components of Ramulus cinnamomi by GC-MS and Chemometric Resolution;GC/MS和化学计量学解析法分析桂枝挥发油成分
3.Determination of Trace Epichlorohydrin in Water by Purge and Trap Pre-concentration/GC-MS/SIM;吹扫捕集/GC/MS/SIM法测定环氧氯丙烷
英文短句/例句

1.Determination of MDMA by GC/MS;MDMA毒品简介及GC/MS分析
2.Analysis of BDMPEA by GC/MS;BDMPEA毒品的GC/MS分析
3.Analysis of decis and thiodan by Gas Chromatography-Mass Spectrometry;GC/MS检验“敌杀死”和“赛丹”
4.Qualitative and quantitative analysis of cocaine by GC/MS and GC;GC/MS和GC法定性定量分析可卡因
5.The qualitative analyse of ketamine in the blood by GC/MS/MS;血液中氯胺酮的GC/MS/MS分析
6.Analysis of accelerator in blood with SPME-GC/MS/MS;SPME-GC/MS/MS法分析血中助燃剂残留物
7.Comparison of VOCs Measurements Between GC/MS And PTR-MSPTR-MS与GC/MS在VOCs分析中的比较
8.GC and GC/MS in studying the Illicit drugs intelligence program;GC法和GC/MS法在地区毒品情报分析中的应用
9.Study on applicability GC and GC/MS techniques to estimation of drug origins;GC和GC/MS技术在毒品来源推断中的应用
10.DETERMINATION OF TETRAMINE IN BLOOD BY SPE AND GC /MS ?GC /NPD;固相萃取技术与GC/MS、GC/NPD结合检验血中毒鼠强
11.Determination of fenfluramine in corpse using GC/NPD and GC/MS;中毒致死者体内芬氟拉明的GC/NPD、GC/MS法测定
12.GC/MS and LC/MS Based Metabonomic Study of Liver Diseases;基于GC/MS和LC/MS技术的肝病代谢组学研究
13.Determination of odor compounds 2-MIB and GSM in water by SPME-GC/MS/MSSPME-GC/MS/MS法测定水中2-甲基异莰醇和土臭素
14.Determination of Metolachlor in Rape Seed by GC/MS/MSGC/MS/MS法测定油菜籽中异丙甲草胺残留量
15.Determination of MDA and MDMA by TFA Derivatization-GC/MS/MS尿中MDMA和MDA的三氟乙酰化-GC/MS/MS分析法
16.The Applications of GC-MS in Environment and Herbs;GC/MS在环境和中草药分析中的应用
17.Application of GC/MS to Qualitative Analyses of Some Drugs;GC/MS在药物定性分析中的若干应用
18.The determination of Diazepam by GC-CI-MS/MS;利用GC-CI-MS/MS检验安定
相关短句/例句

Gas Chromatography-Mass SpectrometryGC-MS
1.Analysis of Chemical Constituents of Aglaia Odorata by Gas Chromatography-Mass Spectrometry;米兰花化学成分的GC-MS分析
2.The cellular fatty acid compositions of 19 strains of foodborne pathogenic bacteria, were extracted with organic reagent, isolated through thin layer chromatography and determined by capillary gas chromatography-mass spectrometry (GC-MS).通过有机溶剂提取、TLC分离及GC-MS对食源性致病菌中常见的4个属9种19株病原菌的全细胞脂肪酸组分进行了分析。
3.106%, 17 chemical components were identified by gas chromatography-mass spectrometry (GC-MS).106%,用GC-MS法从荠菜挥发油中分离并确定出17种化学成分,占挥发油总量的95。
3)GC/MSGC-MS
1.Resolution of GC/MS data of total particulate matter in mainstream smoke of tobacco after silylating;卷烟主流烟气粒相物硅烷衍生化GC-MS数据的解析(英文)
2.Qualitative Analysis of Aldehyde Isomers by GC/MS;三种醛异构体的GC-MS测定
3.Determination of aromatic amines in side-stream cigarette smoke by GC/MS;采用GC-MS测定侧流卷烟烟气中芳香胺
4)GC MSGC-MS
1.Follow up Screening of Extraction Process of Volatile Oil in Supplemented Xanthium Powder by GC MS;GC-MS追踪筛选加味苍耳子散挥发油提取工艺
2.The vaporous and particulate organic pollutants were simultaneously sampled by GDX 101 and glass fiber filters (GF) respectively After organic pollutants in GDX 101 and the filters were separately extracted,they were analyzed qualitatively with GC MS.用 GDX-1 0 1吸附剂和玻璃纤维滤膜 ( GF)同时采集气相和颗粒物上有机污染物 ,样品经提取分离后用 GC-MS进行定性分析。
3.METHODS The GC MS technique was used to analyze the content of fatty acids in seeds of Sinapis alba.方法 采用 GC-MS联用技术分析白芥子 (Sinapis alba)乙醚提取物。
5)GCMSGC-MS
1.A Study on Tetrachlorophthalic Anhydride by Catalytic Chlorination of Phthalic Anhydride Using GCMS;GC-MS法用于苯二甲酸酐催化氯化过程的研究
2.By this property of active carbon fiber,we do sampling,solvent absorption and GCMS analysis in the way of processing organic compound fertilizer.利用活性炭纤维的强吸附力,对生产有和合肥过程中产生的有机污染废气进行采样、溶剂解吸和GC-MS分析。
6)GC/MS/MSGC/MS/MS法
1.Detection of clenbuterol residues in biological materials by GC/MS/MS;GC/MS/MS法测定生物材料中克伦特罗残留量的研究
延伸阅读

GC/MS分子式:CAS号:性质:气相色谱仪和质谱仪联机(或通过接口),用分离分析的仪器,GC/MS都配有电子计算机,构成GC/MS/DS系统。GC用于混合试样各组分的分离。分离后的单一组分依次进入质谱系统:先经离子源将试样分子离子化,再经质量分析器将离子按质荷比m/z大小分离,顺序由检测器检测构成质谱信号。电子计算机则用作数据的采集、存储、处理、检索和仪器的自动调近代。在GC/MS联用仪中,为了不破坏质谱系统的高真空条件,以保证色谱仪和质谱仪间的匹配,必须采用适当的接口装置以排除色谱的载气,最常用的是分子分离器。若气相色谱中配用内径小于0.25mm的毛细管柱,则可直接与离子源连接,不必通过分离器。是鉴定复杂有机混合物的非常有效的工具。