PET药物,PET radiopharmaceutical
1)PET radiopharmaceuticalPET药物
1.With the research and development of the PET techniques,the PET radiopharmaceuticals in oncology has played more and more important role in the tumor science study and clinical application.随着正电子发射计算机断层显像技术(PET)的研发,PET药物在肿瘤科学研究及临床应用中具有越来越重要的作用。
2.The recent years witnessed applications of click chemistry to PET radiopharmaceutical synthesis,because of its distinctive advantages including high speed,yield and stereospecificity under mild conditions.本文综述了近年来点击化学在PET药物合成中的研究进展(包括将18F和11C导入药物分子),并展望其发展前景。
2)radiopharmaceuticals for PETPET放射性药物
3)PET/PET-CO-PEN blendPET/PET-co-PEN共混物
1.The blow molding processing characteristics of PET/PET-CO-PEN blend is introduced.介绍聚对苯二甲酸乙二酯(PET)/PET共聚聚萘二甲酸乙二酯(PET-co-PEN)共混物的成型加工特性,探讨利用加工PET的设备、两步法注射拉伸吹塑工艺,生产耐热和阻隔PET/PET-co-PEN共混物制品的可行性。
4)PET fabricPET织物
1.Anti-ultraviolet ray reorganization and performance research on PET fabric with nanoscale titanium dioxide;PET织物纳米TiO_2抗紫外线整理及性能研究
2.Effect of ultrasonic treatment on the PET fabric′s dyeing properties;超声波处理对PET织物染色性能的影响
英文短句/例句

1.Study on the alkali treatment process to pet fabrics with moisture absorption & comfortability吸湿干爽型PET织物的碱减量工艺研究
2.Simultaneous dyeing and finishing of PET fabric with nanoscale TiO_2 and dyesPET织物的纳米TiO_2同浴染色整理
3.About the Technology of Alkaline Treatment to PTT/PET Fabric;PTT/PET针织物碱处理工艺的优化
4.Study on the Properties of PET/PTT Bicomponent Fiber and Its Fabics;PTT/PET并列复合纤维及其织物的性能研究
5.Preparation of Polyaniline/Polyester Conductive Fabric via in-situ Polymerization原位聚合法制备PANI/PET导电织物及其性能分析
6.Testing and Analysis of the Elastic Property of PTT/PET Bi-component Filament FabricsPTT/PET双组分长丝织物弹性性能测试与分析
7.Tensile property of testing and analysis of PTT/PET bi-component filament yarn fabricPTT/PET双组分长丝织物拉伸性能测试与分析
8.Analysis of surface unevenness of knitted fabrics made with PTT/PET bi-component filamentsPTT/PET双组分长丝针织物布面不匀的成因分析
9.Surface Modification and Antibacterial Property Research of PET Non-woven FabricPET非织造布表面改性及抗菌性能研究
10.Research on Production Process of Middle-weight PET Spunbonded Nonwovens中厚型PET纺粘非织造布的工艺探讨
11.Production process discussion of knitting special used PET staple针织专用的PET短纤生产工艺探讨
12.STUDY ON PET/TLCP COMPATIBILIZED BY IONOMER AND ITS APPLICATION离聚物增容PET/TLCP共混物的研究及应用
13.Effects of Annealing Condition on the Glass Transition Behavior of PET in R-PET/LLDPE-g-MA Blends热处理条件对R-PET/LLDPE-g-MA共混物中PET玻璃化转变行为的影响
14.Study on Blends and Copolyester of PET/PEN;PET与PEN共混物及其共聚酯的研究
15.Structure and Properties of PET/TPEE Melt Blend SamplesPET/TPEE共混物的结构与性能
16.Mechanical properties of compatibilized polypropylene/recycled poly(ethylene terephthalate) blends增容PP/回收PET共混物的力学性能
17.Physical properties of PET/PA blended air-jet textured yarnsPET/PA混纺喷气变形纱的物理性能
18.Prolong the using time of PET prepolymer filter element延长PET预聚物过滤器滤芯使用时间
相关短句/例句

radiopharmaceuticals for PETPET放射性药物
3)PET/PET-CO-PEN blendPET/PET-co-PEN共混物
1.The blow molding processing characteristics of PET/PET-CO-PEN blend is introduced.介绍聚对苯二甲酸乙二酯(PET)/PET共聚聚萘二甲酸乙二酯(PET-co-PEN)共混物的成型加工特性,探讨利用加工PET的设备、两步法注射拉伸吹塑工艺,生产耐热和阻隔PET/PET-co-PEN共混物制品的可行性。
4)PET fabricPET织物
1.Anti-ultraviolet ray reorganization and performance research on PET fabric with nanoscale titanium dioxide;PET织物纳米TiO_2抗紫外线整理及性能研究
2.Effect of ultrasonic treatment on the PET fabric′s dyeing properties;超声波处理对PET织物染色性能的影响
5)PET low polymerPET低聚物
1.Plasticizer DOTP was prepared from ethylene glycol residue (major component is PET low polymer) using single step process in which alcoholysis and ester interchange were combined.以聚酯生产中产生的下脚料——乙二醇残渣(主要含PET低聚物)为原料,采用辛醇合并醇解、酯交换一步法工艺,合成了增塑剂DOTP。
6)small animal PET小动物PET
1.The application of small animal PET in drug development;小动物PET在药物研究中的应用
2.Advantages and challenges, fundamentals, and development of small animal PET are reviewed and applications of small animal PET in medicine and drug development are discussed in this article.小动物PET是一种无创伤性的分子影像学技术 ,是连接实验科学和临床科学的桥梁 ,在医药学研究中具有独特的价值。
延伸阅读

PC/PET blend PC/PET分子式:CAS号:性质:共混物一般采用机械共混法制备,具有较好的相容性,尤其当PET/PC在60%~70%/40%~30%的共混比例下相容性最好,若PET含量少于上述比例,则共混物具有两相结构。其特点是:有较优良的拉伸强度和加工流动性,在宽广的温度范围内有很高的冲击强度,悬臂梁冲击强度在室温时为960J/m,在-20℃时仍保持为693J/m。有优异的耐化学腐蚀性,司在汽油、机油中工作,并且无应力开裂。刚性好,耐磨,尺寸稳定。耐热性好,加工工艺性良好等。该类共混物适于制造汽车零件,运动器材,草地及园艺工具,各种工业用机械零件。用此类共混物代替超韧尼龙在高温、低温和化学腐蚀性强的环境中使用,能保持良好的尺寸稳定性。