1)microsheet微米片
英文短句/例句
1.PREPARATION AND ELECTROMAGNETIC PROPERTIES OF MICROMETER Fe FLAKES MODIFIED WITH EPOXY RESIN环氧树脂修饰微米片状Fe粉的制备与电磁性能
2.Preparation of Nano-(Micro-) Crystal Thin Films on Self-Source Substrate;反应性基片上制备纳米（微米）晶薄膜
3.Progress in the Developments of DSM IC Technology in the 21~(st) Century21世纪深亚微米芯片技术的新进展
4.Polymer-Assisted Micro-Scale Assembly of ZnO Nanosheets微观尺度高分子协同组装ZnO纳米片
5.Whole-Chip ESD Protection Design for Deep Submicron Mix-Signal CMOS VLSI深亚微米混合信号全芯片ESD电路设计
6.Crack- A mark found on a wafer that is greater than0.25 mm in length.裂纹-长度大于0.25毫米的晶圆片表面微痕。
7.The Machine Vision System of Defect Detection for Deep-submicrometer IC;深亚微米级IC晶片缺陷检测的机器视觉系统
8.Study on the Application of Tablets Coated with Aqueous Hydroxypropyl Methylcellulose Phthalate(HPMCP) Nanoparticles;水性HPMCP纳米微粒在片剂肠溶包衣中的应用研究
9.The Microstructures of Nano-carbon Particles Graphite Fragments and Electrochemical Reaction Behaviors;纳米碳粒的石墨碎片微结构及电化学性质
10.Sonochemical Route to SrF_2 Microspheres by Nanoplates Self-assembly超声化学法制备SrF_2纳米片自组装微球(英文)
11.Research Progress of Polymer/Graphite Nanosheets Composites聚合物/纳米石墨微片复合材料的研究进展
12.Microwave Properties and Applications of Ferromagnetic Nanowire Arrays铁磁纳米线阵复合基片的微波特性与应用
13.Facile Synthesis and Formation Mechanism of Silver Nanoplates with Edge Lengths of Several Micrometers边长为微米级的银纳米片的简易合成与形成机理
14.THE USE OF AN EULARGER FOR MAKING 24×35MM SLIDES DERECTLY FRON ELECTRON MICROSCOPIC PLATES利用放大机直接由电子显微底片制作24×35毫米幻灯片
15.Microwave Magnetic Properties and Microwave Absorption Properties of Plate-like Metal and Alloy Nanoparticles;片状磁性金属及合金纳米颗粒的微波磁性与微波吸收特性研究
16.Preparation of Unsaturated Resin/Gaphite Nanosheets Conductive Composites Induced by Electric Field;电场诱导制备不饱和树脂/纳米石墨微片复合导电材料
17.The Preparation of Graphite Nanosheets/magnetite Composite and Its Self-assembly Behaviors under Magnetic Field;纳米石墨微片/Fe_3O_4复合粉末的制备及其在磁场下的自组装
18.Nanogold-Based Gene Chip for Rapid Pathogen Detection;基于纳米金新型检测系统的临床病原微生物快速检测芯片的研制
相关短句/例句
submicro-flakes亚微米片
1.Nickel hydroxide submicro-flakes were prepared by a hydrothermal synthesis method using Ni(NO_3)_2·6H_2O and NaOH as source materials.6H2O和NaOH为原料,在水热条件下制备了氢氧化镍亚微米片。
3)deep submicron chip深亚微米片
4)graphite nanosheets纳米石墨微片
1.A new kind of conducting filler,graphite nanosheets was made by sonicating the expanded graphite.经过超声波粉碎,可将膨胀石墨制备成一种新型导电填料——纳米石墨微片。
2.A conductive coatings based on graphite nanosheets(GNs) and resin has been developed.以纳米石墨微片作为导电填料,高分子树脂作为粘结剂,制备高导电性复合涂料,研究其电磁屏蔽等相关性能。
3.As a conductive fillers, graphite nanosheets can be induced by the AC electric field in unsaturated polyester resin and then prepared oriented unsaturated polyester resin/graphite nanosheets composite.以纳米石墨微片作为导电填料,将它分散于不饱和树脂中,在交流电场作用下取向制备不饱和树脂/纳米石墨微片复合导电材料。
5)graphite nanosheets(NanoG)石墨纳米微片
6)micron-sized space debris微米级空间碎片
1.Although single impact on a spacecraft from micron-sized space debris does not always damage the vehicle,the accumulative effect of numerous impacting micron-sized space debris in high frequency can affect its performance.微米级空间碎片数量巨大,与航天器的碰撞概率很高,其累积效应会影响航天器的性能。
延伸阅读
氨酚伪麻片（日片）与氨苯伪麻片（夜片）药物名称：氨酚伪麻片（日片）与氨苯伪麻片（夜片）英文名：Compound paracetamol Combination Tablets汉语拼音：主要成分：日服片：对乙酰氨基酚、盐酸伪麻黄碱；夜服片：对乙酰氨基酚、盐酸伪麻黄碱、盐酸苯海拉明。性状：日服片为白色，夜服片为蓝色。药理作用：动物试验表明本品具有解热、镇痛、镇静作用，另可降低鼻气道阻力及粘膜血管的通透性。药代动力学：适应症：用于治疗感冒引起的发热、头痛、四肢疼痛、鼻塞、流涕、喷嚏等症状。用法与用量： 白天服日服片，每日二次（8小时一次），每次1～2片。 晚上睡前服用夜服片，一日一次，每次1片。不良反应：偶见。为轻度口干、口苦、上腹不适、困倦、多汗等。禁忌症：对（包括日服片和夜服片）组分过敏者禁用。注意事项： 1.每日不超过8片，疗程不超过7天。超量服用可产生头晕、失眠、神经质等症状。 2.心脏病、高血压、甲亢、糖尿病、青光眼、肺气肿等呼吸困难、前列腺肥大伴排尿困难者不宜服用。 3.避免与降压药或抗抑郁药同时服用，服药期间避免饮酒。 4.孕妇、哺乳期妇女使用前应咨询医生。 5.服用本品若症状未改善或伴高热，应及时停药。 6.对麻黄碱药理作用敏感者及老年人慎用。12岁以下儿童不宜服用。 7.夜用片服药期间可引起头晕、嗜睡，故不宜驾车、高空作业及操纵机器。规格：每片含 日服片 夜服片 对乙酰氨基酚 0.325g 0.5g 盐酸伪麻黄碱 30mg 30mg 盐酸苯海拉明贮藏：遮光，密闭保存。有效期：暂定二年。处方药：是
